Whatever your requirements, there s a Haas

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2 HIGH-PERFORMANCE VERTICAL MACHINING CENTERS Rigid foundation 4-5 Motion control 6-7 Spindle & spindle drive 8-11 Toolchangers Chip removal & coolant systems Distinctive machines 16 Operator convenience Performance enhancements Model variations Rotary tables & indexers The Haas control Machine configurations & dimensions Specifications Whatever your requirements, there s a Haas VMC to meet your needs. Travels range from 8" x 8" x 12" (xyz) for the diminutive Office Mill, up to 150" x 50" x 50" for the massive VS-3, and the versatile VF series covers everything between. Table capacities range from 2 tons for our medium and large machines, up to 5 tons for the VS series. The capabilities for Haas VMCs are as varied as the machine capacities, with many configurations available, including 40-taper, 50-taper, geared-head, high-speed, high-production, mold making machines and more. And the legendary Haas control makes every Haas VMC easy to operate. Built with the operator and prograer in mind, it s packed with intuitive features you won t find on any other CNC machining center. Inside this brochure you ll find all the latest technological advancements, new machine sizes and capabilities that Haas Automation has developed through constant research and ongoing product development. 2

3 MODELS: Office Mill Mini Mill Toolroom Mill Mill/Drill Center VF-1 & 2 VF-3, 4 & 5 VF-6 11 VF / 50-Taper Gantry Router Super Large See model guide on pages

4 Rigid Foundation Triangulated Wide-Stance Castings Get out your tape measure and check the distance between leveling bolts. Measure the width of the column and the depth of the saddle. Then look inside the castings for the heavy-duty, vibration-absorbing ribs that Haas designs in. Now go measure the competition you ll find they just don t measure up to a Haas. Massive Cast-Iron Construction Cast iron is more expensive to buy and machine, but it provides up to ten times the damping capacity of steel. That s why Haas uses cast iron for all major components. Castings are reinforced internally with heavy ribs to resist flex and damp vibrations, and each casting is inspected thoroughly before and after machining to ensure it is free of flaws. All structural components are optimized using finite element analysis (FEA) to produce the most rigid designs. Specifications subject to change without notice. Not responsible for typographical errors. 4

5 1 Setup, 5 Sides Surfaced, Drilled and Tapped Haas base castings are machined on state-of-the-art, 5-side CNC machines. Each casting is machined, drilled, tapped and inspected in a single setup to provide higher accuracies and smoother production. Our ability to precisely machine all critical features of each casting eliminates alignment errors in final assembly. High-accuracy in-process inspection guarantees that every casting meets our stringent quality standards. Innovative Designs and High-Accuracy Processing Yield a 20% increase in machine rigidity. Anti-Flex, Reinforced Base & Column Castings Our specially designed base and column castings feature anti-flex, vibration-absorbing ribs that transfer vibrations away from the cutting area. The columns feature an internal torque-tube configuration that yields superior rigidity and provides the most antiflex properties of any design. Rigid, Cost-Effective Design Solutions. 5

6 Motion Control Electronic Thermal Compensation System When ballscrews rotate, they generate heat, which can cause them to expand. With high duty cycles, ballscrew growth can lead to cutting errors. Our electronic thermal compensation (ETC) algorithm accurately models this heating effect and compensates for screw position. 100% Ballbar Tested Haas uses a state-of-theart ballbar test to check the linear accuracy and geometry of every machine. This test is done with a bar that tracks machine movement to ±0.5 micron, with a 0.1-micron resolution. The bar is attached to the spindle and to a fixed point on the table. The machine is then put through a series of circular moves to certify synchronous movement and verify machine squareness. Data from the ballbar is fed into a computer that plots a chart illustrating machine accuracy. Any deviations in squareness or accuracy show up as distorted circles that are very easy for a technician to spot. A copy of this chart ships with each Haas VMC as assurance that the machine is accurate and properly aligned. Double-Anchored Ballscrews Haas uses only premium-quality ballscrews and guides from the world s top manufacturers. Although more expensive, their premium quality is the only way to achieve the high accuracy and long life that our customers demand. Ballscrews are anchored at both ends and inspected for 100% parallelism to the axis guides. Preloaded ball nuts eliminate backlash. Linear Scales When absolute positioning accuracy is necessary, linear scales are the only way to ensure exact axis positioning under fluctuating temperatures. Linear scales ensure positioning accuracy along X, Y and Z axes by compensating for the thermal variations inherent in all machine tools. With a 1-micron resolution, these scales deliver the extreme accuracy required for mold making and other highprecision machining applications. (Available on VF-1 through VF-11.) 6

7 Recirculating Ball Guideways Haas uses recirculating ball guideways for each axis of every VMC. These guideways are preloaded for zero clearance, and provide full load-carrying capacity in all directions. They consume less power, do not require adjustment and are proven to outperform sliding box ways for accuracy and speed. Each guideway is automatically lubricated to guarantee long life. Brushless Servomotors Box Way Required Clearance Recirculating Ball Guideway Zero Clearance Haas uses state-of-the-art brushless servomotors that offer more torque in a smaller frame than almost any other motors available. These highperformance servos provide more power for heavy cuts, and higher acceleration/deceleration rates to reduce cycle times. Highresolution encoders and closedloop digital feedback ensure ultraprecise positioning. Recirculating Ball Guideways Outperform Box Ways Recirculating ball guideways are preloaded to provide zero clearance between the moving surfaces. This increases rigidity and stiffness in all directions, while providing higher accuracy and reliability. Box ways require clearance between the moving surfaces in order to operate. Recirculating ball guides have a very low coefficient of friction, allowing faster movements without sacrificing repeatability or positioning accuracy. Box ways have a high coefficient of friction, resulting in stick-slip effects that can lead to machine errors. Automatic Lubrication The Haas automatic lubrication system meters and distributes oil to guideways and ballscrews as the machine operates. This ensures that all critical components are lubricated with the correct amount of oil at all times, saving time and reducing maintenance costs. Haas Direct-Coupled Servomotors Our servomotors are coupled directly to the ballscrews with steel disc couplings to eliminate windup, even under severe loading. This greatly improves positioning accuracy, and provides more accurate threading and contouring. And they don t wear out or lose accuracy over time. 7

8 Main Spindle Features Powerful Vector Spindle Drives The Haas-designed vector spindle drive uses closed-loop, digital servo technology to provide precise speed control and peak performance under heavy cutting loads. The system optimizes the slip angle between the rotor and stator of the spindle motor to greatly increase low-speed torque and accelerations, resulting in the fastest, most powerful spindle ever. These drives allow you to push the spindle to 150 percent of the motor s continuous power rating for 15 minutes, and to 200 percent for 5 minutes. That s more performance headroom than other spindle drives on the market. Spindle Configurations Model TM MM VF-1 VF-2 VF-3 VF-4 VF-5 VF-6 VF-7 VF-8 VF-9 VF-10 VF-11 VM VR VS GR MDC 40 TAPER 50 TAPER 2-SPEED GEARBOX 4,000 / 5,000 RPM * (4K) (5K) 6,000 RPM * 7,500 RPM 10,000 RPM HIGH- TORQUE 10,000 RPM * 12,000 RPM * 15,000 RPM * 30,000 RPM * *Not available on 50-taper machines. Gearbox standard w/50-taper spindle. Gearbox not compatible with all spindle options. All machines available in CT or BT. See model guide on pages

9 On-The-Fly WYE-DELTA Switching Many Haas VMCs feature the Haas Dual-Drive system, which consists of a dual-winding motor Wye and Delta and an electronic switch to change between the two windings. Selecting the best winding for low-rpm cutting and the best winding for high-rpm cutting yields higher torque over a wider rpm range. On-the-fly switching maximizes acceleration/deceleration rates for more chip making and less waiting. High-Capacity Cartridge Spindle (above) The advanced design of our spindles provides high axialthrust capability, yet generates minimal heat. The front and rear bores of the housing and the OD of the spindle are finished in one operation. This guarantees perfect alignment between the bores and ODs, thus reducing bearing heat. Our spindles use pre-loaded angular-contact bearings throughout, with the two forward bearings separated by a large spacer to enhance radial stability enabling heavy cuts in steel. To ensure long life, the spindle is pressurized with air to prevent coolant contamination, and an air/ oil mixture is injected automatically at preset intervals to ensure precise lubrication and long bearing life. PEAK POWER RPM Typical power curve Enhanced power range with on-the-fly Wye-Delta The cartridge design of the Haas spindle simplifies service by allowing quick changeout of the entire spindle. Some items shown in this brochure are optional. Please contact your local distributor for assistance. 9

10 Main Spindle Features Belt Drive The standard configuration for many 40-taper VMCs is a Haas-built cartridge spindle that is driven by the motor via belt. This provides a good combination of torque and rpm for a wide selection of machining operations. It is a great overall value. Inline Drive The most advanced Haas spindle design is an innovative 12,000-rpm, inline direct-drive spindle that is coupled directly to the motor. This provides super-smooth operation for excellent surface finishes, and reduces operating heat for greater thermal stability. (Available only on VM & SS models.) Gear Drive The Haas geared-head spindle provides increased low-end torque for heavy cutting, while retaining the ability to run up to 10,000 rpm for highspeed machining. It is standard on 50-taper machines, providing 450 ft-lb of torque, and optional on 40- taper machines, providing 250 ft-lb of torque. Vibration-Isolated Gearbox Haas has invested more than $4 million in the finest gearmaking and inspection equipment in the world. Haas gears are CNC machined and hobbed out of 8620 steel, heat-treated to 60 Rc, and then precision CNC ground to AGMA Class 13 quality. A drysump oiling system circulates oil to all vital areas of the gearbox, and polyurethane mounts eliminate vibrations that could show up on finishing passes. Synchronized Tapping Using an encoder attached directly to the Haas high-performance spindle, Z-axis motion is synchronized with the spindle s rotation. Synchronized tapping eliminates the need for expensive, floating tap holders, and prevents lead-thread distortion and start-thread pullout. Also, the tap can reverse out of a rigid-tapped hole faster than it went in, which can reduce cycle times. Specifications subject to change without notice. Not responsible for typographical errors. (Standard on all machines except GR, Mini Mill and Toolroom Mill.) 10

11 Spindle Head Thermal Stability Enhancements An independent jacket in our head casting surrounds the spindle. Coolant is circulated through this jacket to remove heat generated by the spindle. This minimizes thermal distortion of the head, eliminating Y- and Z- axis changes. Because the coolant touches all parts of the machining area, it accurately reflects the overall temperature of the machine. To improve thermal stability further, we ve insulated the head and increased the air flow through the spindle-head assembly. Cool air enters from the rear of the machine, flows around the spindle and exits at the top, away from the spindle head. A spindle chiller is also available for VF-1 through VF taper models. This option keeps the spindle head at a constant temperature, even during dry machining. Spindle Head Thermal Control The chart at right shows an 8-hour thermal test of a Haas Super-Speed VMC with inline, direct-drive spindle. The bottom shows spindle speed changes during the test, and the top shows thermal changes in the spindle head over the 8 hours. The test was performed in an uncontrolled environment. During the test, the ambient temperature increased from 71º F (22º C) to almost 75 º F (24º C), with virtually no affect on the spindle head. Note: These test results are provided as an example only. Actual results will vary based on the cutting conditions and environmental conditions during measurement. X Axis Y Axis Z Axis Temp. Spindle RPM Room Temperature 75º 70º 10,000 6,000 2, Machine Operation Time (Hours) Movement (Inches) More Spindle Torque Cutting performance and material removal rates are a product of torque, speed and power. These charts show two of the enhanced-performance options you can add to your Haas VMC. The one at left shows a gear-driven, 7,500-rpm spindle, and the chart at right shows a gear-driven, hightorque, 10,000-rpm spindle. Note: Charts reflect performance with optional 2-speed gearbox. See model guide on pages

12 Tool Changing Economical Electronic Tool Changer The standard Haas 40-taper tool changer is an economical choice for cost-conscious shops. A sinusoidal motion arm accelerates and decelerates the shuttle for smooth operation, and each pocket has a retractable cover that prevents chips from entering the changer and sticking on the tool tapers. Simple design and minimal moving parts guarantee long life and reliable service. (Standard on Mini Mill and VF-1 through VF-5 40-taper models. VF-6 through VF-11 and all 50-taper models come standard with a side-mount tool changer.) Tool Changer Specifications Tool Changer Type # Tools Machine Models Tool-to-Tool Chip-to-Chip Max Diameter full (adj empty) Standard configuration 40-taper umbrella-style 20 VF-1 thru VF sec 4.5 sec 3.5" 40-taper side-mount 24+1 VF-2SS thru VF-6SS 1.6 sec 2.2 sec 3" ( 5" ) 40-taper side-mount 24+1 VF-6 thru VF sec 3.6 sec 3" ( 6" ) 50-taper side-mount 30+1 VF-5/50 thru VF-11/ sec 6.3 sec 4" ( 10" 1 ) Optional configuration 40-taper side-mount 24+1 VF-1 thru VF sec 3.6 sec 3" ( 5" 2 ) 40-taper side-mount 40+1 VF-2YT thru VF sec 3.6 sec 3" ( 5" 3, 6" 4 ) 1) VF-5/50 max diameter 4" ( 7" ) 2) VF-5/40 max diameter 3" ( 6" ) 3) VF-2YT to VF-4 4) VF-5 to VF-11 From concept to reality The Haas-designed and -built sidemount tool changer symbolizes our focus on in-house design, development and manufacturing. It s the best way to ensure total control. We use this approach to refine our processes, control costs and ensure a consistent high level of quality in everything we build. 12

13 SMTC Tool Change Times as Short as 1.6 SECONDS (tool to tool) Inside The Haas Side-Mount Tool Changer The synchronized cycloidal motion of our side-mount tool changers is controlled by precision cams that are manufactured in-house on custom-built, 5-axis Haas machines. This rugged, dependable design uses a special Haas worm-gear drive and an electronically controlled start/stop system for long life and maintenance-free operation. Every Haas SMTC is manufactured completely in-house to guarantee fast, smooth, reliable operation. 13

14 Chip Removal Efficient Free-Flow Enclosure Design Haas VMCs provide more uncluttered room than any other machines in their class. There s plenty of space for chips, with no hidden areas where they can build up. Sloped panels direct chips to the front of the machine, where the optional chip auger compresses them, wrings out the coolant and conveniently discharges them at the side of the machine. Chip Auger People buy CNC machines to make parts faster. The last thing they want is to waste time removing chips. Our auger-style chip conveyor automatically removes chips from the machine, while compressing them and wringing out the coolant at the same time. For added reliability, the system senses torque loads and reverses automatically if a jam occurs. 14

15 Coolant Systems Prograable Coolant Nozzle (right) We spent time watching operators machining parts and noticed they were constantly opening the doors of the machine to readjust coolant lines. Our prograable coolant nozzle is controlled automatically by the part program to direct coolant precisely at the cutting area, eliminating constant adjustments by the operator. The nozzle can also be adjusted from the keypad while a program is running. Easy-Access, Roll-Out Coolant Tanks 300 psi or 1,000 psi Through-Spindle Coolant Through-spindle coolant uses an auxiliary pump to supply coolant through the tool, directly to the cutting edge. This increases tool life, allows higher cutting speeds, and clears chips during deep-hole drilling and blindpocket milling. Two systems are available. One provides up to 300 psi to the cutting edge, and the other provides up to 1,000 psi. The 1,000-psi system includes the auxiliary coolant filter (shown at right). The actual pressure of both systems will vary with the size of the coolant passages in the tool. See page 39 for flow rate details. Our coolant tanks have wheels for easy removal to facilitate cleaning. A separate chip basket and lift-out screen prevent chips from reaching the pump. All electrical and hose connections at the tank can be removed by hand, and the lid and pump can be lifted up and out without removing any fasteners. A 95-gallon coolant tank is standard on the VF-6 through VF-11, and can be added to the VF-1 through VF-5 to increase the coolant capacity. Coolant Level Sensor A sensor in the coolant tank allows you to monitor coolant level directly on the control screen, preventing damaged tools and saving time. Auxiliary Coolant Filter This 25-micron, #2 bag-type filter system removes contamination and minute particles from the coolant before they can be recirculated through the coolant pump. Some items shown in this brochure are optional. Please contact your local distributor for assistance. 15

16 Distinctive Machines Mill Drill Center with Dual Pallet Changer For high-volume production of small parts, where cycle times are short and part loading is frequent, keeping non-cutting time to a minimum is crucial to maintaining a favorable cost per part. The MDC-500 Mill Drill Center is a state-of-the-art machining center that provides high-speed drilling and tapping, as well as full milling capabilities, in an affordable, pallet-changing package designed to increase a shop s parts volume. MDC-500 Travels X 20" (508 ) Y 14" (356 ) Z 20" (508 ) Load Stations 2 Table Size 20" x 12.75" (508 x 324 ) Capacity 700 lb (per station, balanced load) (318 kg) Load Station Change Time 4.7 sec Office Mills Haas Office Mills bring CNC performance and reliability to industries that are unable to fit a normal machine into their facilities. Designed for high-volume production and/or rapid prototyping of small, high-precision 2D or 3D parts, they re small enough to fit through a 36" door, and light enough for most freight elevators. Specifications Model OM-1A OM-2A X 8" (203 ) 12" (305 ) Y 8" (203 ) 10" (254 ) Z 12" (305 ) 12" (305 ) Table Size 20" x 10" (508 x 254 ) Spindle Type Haas-built Haas-built ISO 20 taper ISO 20 taper Spindle Speed 30,000 rpm 30,000 rpm Toolchanger 20 pocket 20 pocket Power Required 1-phase 20A Automatic Pallet Changer System Pallet Size (all models) X 40" (1016 ) Y 19" (483 ) Max Pallet Load 1,000 lb (454 kg) Clamping Force 14, psi ( bar) Increase productivity and run unattended with a Haas VF-3 or VF-4 with automatic pallet changer (APC). The Haas APC is a side-loading pallet changer featuring 40" x 19" steel pallets. Nonmachining tasks, such as fixture setups and part changeovers, can be performed off-line on one pallet while parts are being machined on another. 16

17 Operator Convenience Features Tool Rack System This versatile rack provides convenient storage for toolholders, cutting tools and accessories right at the machine, eliminating the need for a separate tool cart. The system comes with one rack, a shelf and a storage box; extra racks are available. Storage Area Another operator-focused feature is this convenient glove box below the pendant. The hinged door folds down to form a handy shelf, and closes securely to keep items out of sight. Some items shown in this brochure are optional. Please contact your local distributor for assistance. 17

18 Operator Convenience Features Automatic Air Gun Provides a constant blast of air to the cutting tool to clear chips during dry machining. Activated by M code, the air gun can be prograed to turn on while the spindle is turning, or at the end of a cycle. Air consumption for the auto air gun is 6 scfm. Dust Extraction System This system removes dust and particulates generated when machining materials such as graphite and wood, preventing contamination of critical machine components. Powerful suction draws dust away from the tool and into an external collection unit. To keep abrasive particles from reaching critical motion components, the machine s casting assemblies are pressurized. (Available on VF-1 and VF-2.) Servo Auto Door This option opens and closes the machine doors automatically via the part program. This reduces operator fatigue during repetitive machining operations, or allows for unattended operation when used with a robotic loader. (Available on VF-1 through VF-5.) Door-Activated High-Intensity Lighting Halogen lights provide bright, even illumination of the work area for part inspection, job set up and changeovers. Lights turn on and off automatically when doors open and close, or can be activated manually via a switch on the lights. Specifications subject to change without notice. Not responsible for typographical errors. 18

19 Haas Wireless Intuitive Probing System The Haas Wireless Intuitive Probing System (WIPS), with optical transmission for part setting, tool setting and inspection, consists of the following elements: Spindle Probe Module (work probe) Tool Setter Module (tool probe) Intuitive Probing System Sofware The Haas Wireless Intuitive Probing System makes probing easy to understand and use through simple language, a graphical interface and clear instructions. Step-by-step graphical instructions show machine operators how to set up the probing cycles. The Haas Intuitive Probing System software guides the operator through the probing set-up process, prompting them to enter each necessary dimension. Once all dimensions are entered, the operator executes the probing cycle by pushing the Cycle Start button. The probing cycle can then be saved in memory, and recalled when needed. With the Haas Intuitive Probing System, no knowledge of G-code prograing is needed to use the probing system. WIPS is available as a factory-installed option on most new Haas VMCs. Work Probe Features Excellent repeatability Cycle-time reduction High protection against coolant High reliability High performance Easy and intuitive prograing of measuring cycles Tool Probe Features Excellent repeatability Cycle-time reduction High protection against coolant High reliability High performance Easy and intuitive prograing of measuring cycles Waste Oil/Coolant Separator During normal operation, tramp oil and coolant can collect inside a machine s base casting. This unit removes the oil before it can enter the machine s coolant system. 19

20 Performance Enhancements 5-Axis Trunnion Machines The Haas Trunnion Series machines are versatile 5-axis machining centers that provide full, simultaneous 5-axis motion for machining complex parts, or can position a workpiece to almost any angle for multi-side machining. Model VF-2 VF-3 VM-2 VM-3 VM-6 VF-4 VF-5 VF-6 5-Axis Trunnion Super Speed Mold Making The VF-5TR and VF-6TR have a dual-axis trunnion table mounted directly to the bearing trucks in place of the standard T-slot table, which increases rigidity and provides good Z-axis clearance. Both machines are available in 40- or 50-taper configurations. The VF-2TR has the dual-axis trunnion mounted directly to the standard T-slot table, which provides the flexibility to run the machine with or without the trunnion table installed. FEATURES Dual-Axis Table ±120 Tilt, 360 Rotation Side-Mount Tool Changer Automatic Chip Auger Prograable Coolant Nozzle 16 MB Program Memory USB Port Remote Jog Handle High-Speed Machining w/look-ahead User-Definable Macros 20

21 VF-SS Super-Speed VMCs Affordable High-Speed Performance The Haas VF-2SS, VF-3SS, VF-4SS, VF-5SS and VF-6SS high-performance vertical machining centers come standard with an innovative 12,000-rpm, inline direct-drive spindle, an ultra-fast side-mount tool changer and high-speed rapids for reduced cycle times. The all-around enhanced performance of the Super-Speed machines yields shorter cycle times and more parts per shift, making them some of the more popular innovations offered by Haas Automation. The VM Series Speed and Accuracy for the Mold Making Industry Designed specifically for mold makers, the VM-2, VM-3 and VM-6 feature the Haas 12,000-rpm, inline direct-drive spindle, a unique 40-taper design that provides superior surface finishes, excellent thermal stability and quiet operation. VM machines come standard with an automatic chip auger, remote jog handle, automatic air gun, high-speed machining, hard drive with Ethernet interface, USB port, user-definable macros, prograable coolant nozzle and more. A unique, multi-fixture table provides T-slots in both X and Y directions, as well as drilled and tapped holes and precision dowel-pin bores. 21

22 Vertical Machining Center Product Line Office Mills OM-1A OM-2A Toolroom TM-1 TM-1P TM-2 TM-3 Mold Machine VM-2 VM-3 VM-6 40-taper Mill Drill Center MDC Axis VF-2TR VF-1 VF-2 VF-3 VF-4 VF-5 VF-6 Extended Y available Extended X available 50-taper VF-3YT/50 VF-5/50 VF-6/50 VF-7/50 VF-8/50 VF-9/50 Extended X available VF-2SS VF-3SS VF-4SS VF-5SS VF-6SS Extended Y available Gantry Super Speed SR-100 GR-510 GR-712 Extended Z axis available Machine Travels Office Mills OM-1A 8"x8"x12" (xyz) 203x203x305 OM-2A 12"x10"x12" (xyz) 305x254x305 Toolroom Mills TM-1 30"x12"x16" (xyz) 762x305x406 TM-1P 30"x12"x16" (xyz) 762x305x406 TM-2 40"x16"x16" (xyz) 1 016x406x406 TM-3 40"x20"x16" (xyz) 1 016x508x406 Mini VMCs Mini Mill 16"x12"x10" (xyz) 406x305x254 Mini Mill 2 20"x16"x14" (xyz) 508x406x356 Super Mini Mill 16"x12"x10" (xyz) 406x305x254 Super MM 2 20"x16"x14" (xyz) 508x406x Taper Standard VMCs VF-1 20"x16"x20" (xyz) 508x406x508 VF-1YT 20"x20"x20" (xyz) 508x508x508 VF-2 30"x16"x20" (xyz) 762x406x508 VF-2YT 30"x20"x20" (xyz) 762x508x508 VF-3 40"x20"x25" (xyz) 1 016x508x635 VF-3YT 40"x26"x25" (xyz) 1 016x660x635 VF-4 50"x20"x25" (xyz) 1 270x508x635 VF-5 50"x26"x25" (xyz) 1 270x660x635 VF-5XT 60"x26"x25" (xyz) 1 524x660x635 VF-6 64"x32"x30" (xyz) 1 626x813x762 VF-7 84"x32"x30" (xyz) 2 134x813x762 VF-8 64"x40"x30" (xyz) 1 626x1 016x762 VF-9 84"x40"x30" (xyz) 2 134x1 016x762 VF "x32"x30" (xyz) 3 048x813x762 VF "x40"x30" (xyz) 3 048x1 016x762 Machines shown with optional equipment. 22

23 Large Mini w/apcs Mini Mill Super Mini Mill Mini Mill 2 Super Mini Mill 2 VF-3APC VF-4APC APC also available in SS models. VF-5TR VF-5/50TR VF-6TR VF-6/50TR VR-8 VR-11 VF-7 VF-8 VF-9 VF-10 VF-11 VF-10/50 VF-11/50 VS-1 VS-3 50-Taper Standard VMCs VF-3YT/50 40"x26"x25" (xyz) 1 016x660x635 VF-5/50 50"x26"x25" (xyz) 1 270x660x635 VF-5/50XT 60"x26"x25" (xyz) 1 524x660x635 VF-6/50 64"x32"x30" (xyz) 1 626x813x762 VF-7/50 84"x32"x30" (xyz) 2 134x813x762 VF-8/50 64"x40"x30" (xyz) 1 626x1 016x762 VF-9/50 84"x40"x30" (xyz) 2 134x1 016x762 VF-10/50 120"x32"x30" (xyz) 3 048x813x762 VF-11/50 120"x40"x30" (xyz) 3 048x1 016x762 Large Capacity VMCs VS-1 84"x50"x50" (xyz) 2 134x1 270x1 270 VS-3 150"x50"x50" (xyz) 3 810x1 270x Axis VMCs VF-2TR 30"x16"x20" (xyz) 762x406x508 VF-5TR 38"x26"x25" (xyz) 965x660x635 VF-5/50TR 38"x26"x25" (xyz) 965x660x635 VF-6TR 64"x32"x30" (xyz) 1 626x813x762 VF-6/50TR 64"x32"x30" (xyz) 1 626x813x762 VR-8 64"x40"x30" (xyz) 1 626x1 016x762 VR "x40"x30" (xyz) 3 048x1 016x762 VMCs with APC (Automatic Pallet Changer) VF-3APC 40"x20"x25" (xyz) 1 016x508x635 VF-3SSAPC 40"x20"x25" (xyz) 1 016x508x635 VF-4APC 50"x20"x25" (xyz) 1 270x508x635 VF-4SSAPC 50"x20"x25" (xyz) 1 270x508x635 Super-Speed VMCs VF-2SS 30"x16"x20" (xyz) 762x406x508 VF-2SSYT 30"x20"x20" (xyz) 762x508x508 VF-3SS 40"x20"x25" (xyz) 1 016x508x635 VF-3SSYT 40"x26"x25" (xyz) 1 016x660x635 VF-4SS 50"x20"x25" (xyz) 1 270x508x635 VF-5SS 50"x26"x25" (xyz) 1 270x660x635 VF-6SS 64"x32"x30" (xyz) 1 626x813x762 Gantry SR "x52"x8" (xyz) 2 540x1 321x203 GR "x61"x11" (xyz) 3 073x1 549x279 GR "x85"x11" (xyz) 3 683x2 159x279 Mold Machines VM-2 30"x20"x20" (xyz) 762x508x508 VM-3 40"x26"x25" (xyz) 1 016x660x635 VM-6 64"x32"x30" (xyz) 1 626x813x762 Mill Drill Center MDC "x14"x20" (xyz) 508x356x508 23

24 Rotary Tables & Indexers 4TH- AND 5TH-AXIS OPTIONS Adding a fully integrated 4th- or 5th-axis Haas brushless rotary table to your Haas VMC creates a supercharged machining center package that boosts your productivity and reduces setups. Fully synchronized 4th- and 5th-axis configurations are available on most Haas VMC models. Earlier brush-style Haas rotary tables may be used on new VMCs with an adapter kit. Contact Haas or your local Haas Factory Outlet for details. Above: A complex impeller being created on a Haas mill using a dual-axis trunnion table and 5-axis simultaneous motion. Specifications subject to change without notice. Not responsible for typographical errors. 24

25 Rotary Tables & Indexers Product Line Servo Control SCOLCR SC02-ACR T5C T5C T5C 2 T5C 3 T5C 4 HRT SP HRT A HRT160SP HRT210SP HRT310SP HRTA5 HRTA6 HRT Dual HRT160-2 HRT210-2 HRT SHS HRT210SHS-HD TRT HRT HA5C HA5CSB HA5C HA5C 2 HA5C 3 HA5C 4 HRT110 HRT160 HRT210 HRT310 HRT320/FB HRT450 HRT600 HRT210HS also available TRT160 TRT210 TRUNNION TR110 TR160 TR210 TR310 Dual-platter TR160-2 also available Some items shown in this brochure are optional. Please contact your local distributor for assistance. 25

26 The Haas Control LED Beacon Light The Haas-designed beacon light features ultra-bright LEDs that can easily be seen from anywhere in the shop. The LEDs generate very little heat and have a life expectancy of more than 10 years. 15" Color LCD Screen Our full-color, 15" TFT LCD display is designed to work in the machine shop environment. The high-intensity, high-contrast LCD features a very wide viewing angle, and will not fade out in bright light. The panel is mounted behind anti-glare, tempered glass for protection and easy viewing. USB Port The built-in USB port allows the use of customer-supplied USB flash memory devices. Multi-Function Jog Handle Most machines use the jog handle only to move the axes around. On Haas machines, the jog handle can also be used in other modes to cursor through the program for faster editing, override spindle speeds and feedrates, or scan through offsets, parameters, etc. Advanced Program Editing A unique feature of the Haas control is an advanced program editor that allows the operator to edit programs in a dual-window format. One-Button Features Coon multi-step functions, such as powering up the machine or setting tool offsets, have been reduced to the push of a single button. Other often-used functions, such as setting part zeros, homing the machine and selecting the next tool during set up, are also one-button coands. Dedicated Closed System Our focus is to provide Haas users with a robust, dependable control that is seamlessly integrated with the machine. Our closed system is not reliant on PC-based controls or third-party NC suppliers. When you call Haas, you get a company that takes full responsibility for the entire machine. Specifications subject to change without notice. Not responsible for typographical errors. Dedicated Keypad The Haas keypad has more than 130 keys. All coon functions, including a full alphanumeric keypad, are clearly labeled for operator ease. If you ve ever fumbled with hot keys, or had to page through screens looking for a specific function, then you will appreciate the simplicity of the Haas control. There are no encrypted codes to memorize, and many functions can be performed simply with the push of a single button. Stainless Steel Bezel Constructed of heavy-gauge T304 stainless steel with a fine-grained finish, the bezel of the Haas control not only looks great, it s also easy to clean, resists wear and will not corrode. (Not available on all machines.) 26

27 Control Features User friendly Advanced program editor Brushless AC servo drives Up to 833 ipm cutting feedrates Triple 32-bit processors Executes up to 1,000 blocks/second ISO standard G-code compatibility Haas one-button power-up Haas one-button tool offset entry 200 tool offsets 105 work coordinates Tool load monitoring Control Specifications General Microprocessor Triple high-speed 32-bit Program execution speed 1,000 blocks/sec standard Axis control 3 axes linear, 4th and 5th axes optional Interpolation G01, G02, G03, helical Min. input increment inch mode " metric mode Min. output resolution " ( ) Feed Functions Rapid Traverse Override 5%, 25%, 50%, 100% Feedrate Override 0% to 999% in 1% increments Jog Handle Resolution inch mode "/0.001"/0.01"/0.1" per handle division metric mode 0.001/0.01/0.1/1.0 per handle division Jog Feeds inch mode 0.1/1.0/10.0/100.0 ipm metric mode 1.0/10/100/1000 /min. Zero Return One key (G28) Tool life management Helical interpolation Background editing Split-screen program review Trig calculator Tangent calculators Speeds and feeds calculator Spindle Functions Speed Coand Override Tool Functions Length Compensation Diameter/Radius Compensation Length Measurement Life Management Selection S = 1 to max spindle rpm 0% to 999% in 1% increments 200 sets, geometry & wear 200 sets, geometry & wear Automatic length storage 200 sets w/alarms Txx coand Arc calculator RS-232 / DNC link / USB / optional Ethernet Mid-program restart Inch or metric prograing Message page Selectable languages Self-diagnostics Fully descriptive alarms Prograable mirror imaging Advanced pocket milling Bolt-hole drilling Graphic dry run 5 spare M functions Contour accuracy control Text engraving Made in the USA Prograing Compatibility ISO standard G code Positioning Absolute (G90), incremental (G91) Canned Cycles 22 functions standard Circular Pocket Milling G12, G13 Bolt-Hole Drilling G70, G71, G72 Advanced Pocket Milling G150 Inch/Metric Switchable Work Coordinates 105 sets Part Zero Set Automatic storage M Code Outputs 5 spare 2D Cutter Diameter Compensation G40, G41, G42 2D Cutter Length Compensation G43, G44, G49 3D+ Cutter Diameter Compensation G141 5-Axis Tool Length Compensation G143 Data Input/Output Counications Port RS-232, USB Data Rate To 115,200 baud Memory Capacity Standard 1 MB; up to 16 MB optional Number of Programs 500 May be used by options. With 6' or shorter cable. Some items shown in this brochure are optional. Please contact your local distributor for assistance. 27

28 Intuitive Prograing System Simple, intuitive and more powerful than ever Thanks to Haas Intuitive Prograing System, it s no longer necessary for a machine operator to know G code to perform basic milling operations. The IPS software comes standard on our Toolroom Mills, and is optional on all other Haas vertical machining centers. The Haas Intuitive Prograing System is a proprietary conversational operating system that uses an easy-tounderstand tabbed format with full-color graphics to guide the operator through the steps necessary to machine a part. First, the control leads the operator through basic job setup: setting tool and work offsets, selecting the tool type and specifying the material being cut. The operator then selects an operation to perform and fills in basic information as prompted. Default values are automatically filled in for spindle speed, depth of cut and feedrate based on the information provided, but the operator can change these conservative values if desired. Once all necessary information is entered, pushing Cycle Start performs the desired operation. Multiple operations can be recorded and saved as a single G-code program that can be played back to duplicate the part. This program can be transferred to any other Haas VMC and run without editing. Help menus are available directly on screen, and a graphic dry-run feature allows operators to check their work before running a part. 1 Use the top tab menu to select the type of operation to perform. Further define 2 your specific cutting operation by choosing from the lower set of tabs. Fill in the 3 information when prompted by the control and press Cycle Start. Novice operators quickly learn both basic prograing and the finer points of using the Haas control by working with the Intuitive Prograing System. Using plain language, simple graphics and easy-to-follow steps, the Haas Intuitive Prograing System guides the operator through the steps necessary to machine a part. Hard Drive with Ethernet Interface Store and transfer data between your Haas and a network or PC with the Ethernet connection. Program files are easily transferred to and from memory or the internal hard drive, and large files can be accessed by multiple machines. Highspeed data transfers allow DNC of large files at up to 1,000 blocks per second. Compatible with Windows 95, 98, ME, 2000 and XP. Also works with server versions NT 4.0, 2000 and IPX/ SPX or TCP/IP protocol. Easily set up from the control screen. 28

29 DXF File Import The G-code vs. conversational prograing debate has been going on for years in the machine tool industry, with both sides trying to fit all customers and all parts into one box. The conversational-style camp can t or won t see the merits of a CAM generated G-code program. The CAM group can never see the advantage of setting up a job and generating the program quickly at the machine. The fact is, both methods are reasonable and desirable under the right conditions. The Haas control is unique in this regard, as it is very good at both methods of operation, and the addition of *.dxf import takes it to a new level of capability. Haas addition of *.dxf import capability to the Intuitive Prograing System allows a prograer to simply import a *.dxf file into the Haas control, select features on the file holes, threading, pockets, islands or contours and generate the toolpath. The program output is standard G-code easy to understand and edit. By taking advantage of the editing functions of the Haas control, the user can modify features, change the order of operations or even conveniently put them into other programs all at the control, without going back to a computer to repost a CAMgenerated program. The Haas control provides the best of both G-code and conversational-style systems. It doesn t force the user into one method of operation. The Haas control weaves them into a simple, coherent control system: Use manual or CAM generated G-code, or use the Intuitive Prograing System or mix them. Use the prograing strategy that is best for the part; the Haas control will accept them all. Memory Upgrades up to 16 MB Allows loading of large programs directly into the machine, rather than from DNC, for faster feedrates. Battery-powered, high-speed static RAM is faster than dynamic RAM and retains data even when the power is turned off. USB Port The built-in USB port allows the use of customer-supplied USB flash memory devices. 8 M Functions Adds 8 additional M functions for a total of up to 13 user interfaces. Use these to activate probes, auxiliary pumps, clamping devices, part loaders, etc. Memory Lock Keyswitch Locks memory to prevent program editing by unauthorized personnel. It can also be used to lock settings, parameters, offsets and macro variables. Some items shown in this brochure are optional. Please contact your local distributor for assistance. 29

30 High-Speed Machining The High-Speed Machining option for Haas machining centers is a powerful tool to reduce cycle times and improve accuracy. Testing on complex 3- to 5-axis applications has shown drastic reductions in cycle times, as well as increased accuracy and smoother motion. Using a motion algorithm called acceleration before interpolation, combined with up to 80 blocks of lookahead, the HSM option allows contouring feedrates up to 833 ipm without risk of distortion to the prograed path. All prograed motions are accelerated before interpolation to ensure that the movement of each axis does not exceed the acceleration capability of the machine. The look-ahead algorithm determines the fastest feedrate at which each stroke can be blended into the next without stopping. This results in higher accuracy, smoother motion and a higher actual feedrate even with complex part geometry. Many of today s high-speed controls are either very expensive or require a preprocessing mode or special post, which is time consuming and alters the G-code program. The Haas HSM option accepts ISO standard G code from all major CAM systems, and is only a fraction of the cost of other high-speed controls. HSM BENEFITS Greatly reduces cycle times Full look-ahead up to 80 blocks Up to 833 ipm contouring Acceleration before interpolation ISO standard G-code prograing Higher accuracy Smoother motion Remote Jog Handle The patented Haas color remote jog handle expands the capabilities of our standard remote jog handle by adding a 2.8" color graphic display, an 11-button keypad, a triple-knob motion-control system and a built-in LED inspection light. You can set tool and work offsets, jog up to 9 axes, display machine position, show the current program running and much more all from the jog handle. Specifications subject to change without notice. Not responsible for typographical errors. 30

31 4th- and 5th-Axis Control Allows the use of 4th- and 5th-axis rotary tables for multi-side machining or machining complex contours and shapes, such as impellers. Increases productivity and reduces setups. Coordinate Rotation/Scaling Use rotation in conjunction with work offset probing to speed workpiece set up, or use it to rotate a pattern to another location or around a circumference, etc. Use scaling to reduce or enlarge a toolpath or pattern. Second Home Position User-Definable Macros Create subroutines for custom canned cycles, probing routines, operator prompting, math equations or functions, and family-ofparts machining with variables. Engraving By using a single block of code, you can easily engrave any text string enclosed in parentheses. Sequential part numbers can be engraved by using the standard serializing function. Allows the operator to quickly send the axes to a user-defined Home position other than the machine s Home position. 31

32 The Hidden Power Inside the HELP/CALC The Help function is a built-in, searchable operator s manual that explains the various functions of a Haas machine. Simply type in a keyword to quickly find a specific topic, or hit F1 for G-code help and F2 for M-code help. The Calculator pages are another powerful tool. There are calculators for solving triangle equations, circle-circle-tangent equations and circle-linetangent equations, as well as a speeds-and-feeds calculator. Also included are a standard math calculator, a drill-and-tap chart, a decimal-equivalent chart and a time-and-date function. These calculators simplify machining operations and speed math calculations, and the solution to any equation can easily be pasted into a program directly from the calculators. The Power of a Single Button Some of the most powerful features of the Haas control features that every machinist will truly appreciate take only the push of a single button. For example, you can set tool offsets with the push of a single button without having to enter numbers manually into the control. Simply jog a tool to the surface of the part, push the Tool Offset Measure button, and the tool s length is automatically stored in the tool length register. Now, push the Next Tool button and repeat the process for each tool. That s it! Setting work offsets is just as easy. These time-consuming processes have been reduced to a few simple steps, and that s just two of the special features inside every Haas control. Ask your distributor for a complete demonstration, and see for yourself how a Haas will change the way you work. Tool Load Monitoring Maximizing tool life is another key to increasing productivity. The Haas control can monitor the spindle load for each tool and automatically adjust the feeds for that tool if the load exceeds a limit set by the operator. If a tool exceeds the preset limit, the control can be set to reduce the coanded feedrate, alert the operator, go into feed-hold mode or generate a tool-overload alarm. The first time a program is run, the Haas control automatically records the highest load seen for each tool. Using this information and the Tool Load Monitoring feature of the control, the operator can set load limits for each tool. This maximizes tool life, and protects the workpiece and machine from the effects of tool wear. Specifications subject to change without notice. Not responsible for typographical errors. 32

33 Haas Control Advanced Tool Management To maximize productivity, the Haas control has an integrated Advanced Tool Manager that allows you to create a group of redundant tools for use within a program. From a single screen, you can view the different tool groups and their parameters. Simply define which tool numbers are part of a group, and what parameter will determine when to change to a redundant tool. This can be based on feed time, the number of tool calls, the number of holes drilled or tapped, or a preset load limit. To use a group of redundant tools in a program, simply enter the group number as your tool call-out. The tool offsets you defined during set up will automatically be loaded for each tool as it s called up. SETNG /GRAPH Push this button to access the Settings pages of the Haas control, where you ll find a wide selection of operator-definable preferences. Use these settings to optimize the way you work. You can set program restarts and automatic power-off, select languages and units of measure, lock out overrides and parameters, access special features like electronic thermal compensation and much more. The Graphics page provides a 2D representation of the prograed toolpath. Use this graphic dry run to identify possible problems and avoid mishaps. CURNT/COMDS The Current Coands page displays the current running status of the machine, including the current program running, the current position, which tool is in the spindle, the spindle and axis loads, the current spindle speed and the feedrate. Additional screens show which coands and G code are being used in the current program; and a timer shows cycle time, cutting time, power-on time and M30 count (number of parts). Other displays show which macro variables are being used, provide tool-life information, and show the minimum and maximum spindle load for each tool. Some items shown in this brochure are optional. Please contact your local distributor for assistance. 33

34 Machine Configurations & Options = Available configuration = Standard on 40-taper machines = Optional on 40-taper machines = Standard on 50-taper machines = Optional on 50-taper machines SPINDLE CONFIGURATIONS 40-TAPER SPINDLE 50-TAPER SPINDLE 2-SPEED GEARBOX CT SPINDLE BT SPINDLE 5,000 RPM 10,000 RPM HIGH-TORQUE 10,000 RPM 12,000 RPM 15,000 RPM 30,000 RPM TOOL CHANGERS 24-POCKET SMTC 30-POCKET SMTC 40-POCKET SMTC SPECIAL MACHINES SUPER-SPEED MODEL 5-AXIS TRUNNION MODEL SPECIAL OPTIONS AUTO AIR GUN AUX. COOLANT FILTER AUTO PALLET CHANGER AUTOMATIC CHIP AUGER DUST EXTRACTION SYSTEM EXTENDED Z AXIS EXTENDED Y AXIS EXTENDED X AXIS 95-GALLON COOLANT TANK LINEAR SCALES PROGRAMMABLE COOLANT THROUGH-SPINDLE COOLANT EXTRA RAPID TRAVERSE HIGH-INTENSITY LIGHTING BASIC SPINDLE CHILLER AUTOMATIC DOOR CONTROL OPTIONS EXPANDED MEMORY 4TH-AXIS DRIVE 5TH-AXIS DRIVE 8 ADDITIONAL M FUNCTIONS COORD. ROTATION/SCALING HARD DISK/ETHERNET RIGID TAPPING HIGH-SPEED MACHINING USER-DEFINABLE MACROS REMOTE JOG HANDLE SPINDLE ORIENTATION INTUITIVE PROGRAMMING TOOL & PART PROBING TM MM VF-1 VF-2 VF-3 VF-4 VF-5 VF-6 VF-7 VF-8 VF-9 VF-10 VF-11 VM VR VS GR MDC SS TM MM VF-1 VF-2 VF-3 VF-4 VF-5 VF-6 VF-7 VF-8 VF-9 VF-10 VF-11 VM VR VS GR MDC SS TM MM VF-1 VF-2 VF-3 VF-4 VF-5 VF-6 VF-7 VF-8 VF-9 VF-10 VF-11 VM VR VS GR MDC SS TM MM VF-1 VF-2 VF-3 VF-4 VF-5 VF-6 VF-7 VF-8 VF-9 VF-10 VF-11 VM VR VS GR MDC SS * TM MM VF-1 VF-2 VF-3 VF-4 VF-5 VF-6 VF-7 VF-8 VF-9 VF-10 VF-11 VM VR VS GR MDC SS Important: The above chart represents the standard configurations of machines distributed in North America. Machine configurations and availability may differ for other countries and regions. This chart is for reference only. Check with your local Haas distributor for exact pricing, configuration and availability of machines and options. *X-axis scale only. 34

35 Machine Dimensions A D B (max) Y Z C E X W 0.640" " 16 M K L H G F 1.06" " 10.7 J I Side View VF-1 VF-2 VF-3 VF-4 VF-5 VF-6 VF-7 VF-8 VF-9 VF-10 VF-11 A 92.80" " " " " " " " " " " 3531 B (40 Taper) " " " " " " " " " " " 3150 B (50 Taper) " " " " " " " 3505 C 58.00" " " " " " " " " " " 2794 D 36.00" " " " " " " " " " " 762 Front View VF-1 VF-2 VF-3 VF-4 VF-5 VF-6 VF-7 VF-8 VF-9 VF-10 VF-11 E 88.00" " " " " " " " " " " 6528 F 64.00" " " " " " " " " " " 1930 G 42.95" " " " " " " " " " " 1401 H 32.00" " " " " " " " " " " 840 I (Door Opening) 35.50" " " " " " " " " " " 3051 J 30.00" " " " " " " " " " " 1524 K 27.54" " " " " " " " " " " 537 L 21.81" " " " " " " " " 236 M 33.00" " " " " " " " " " " 1092 Table VF-1 VF-2 VF-3 VF-4 VF-5 VF-6 VF-7 VF-8 VF-9 VF-10 VF-11 W 2.08" " " " " " " " " " " X 26.00" " " " " " " " " " " 3048 Y 14.00" " " " " " " " " " " 711 Z 4.92" " " " " " " " " " " T-Slots VF-1 VF-2 VF-3 VF-4 VF-5 VF-6 VF-7 VF-8 VF-9 VF-10 VF-11 Number on Table Specifications subject to change without notice. Not responsible for misprints or typographical errors. Note: Overall shipping dimensions vary; contact Haas for details. 35

36 Machine Specifications (Standard 40-Taper Machines) Travels Table Spindle Axis Motors Tool Changer Accuracy Miscellaneous VF-1 VF-1YT VF-2 VF-2YT VF-3 VF-3YT VF-4 VF-5 VF-5XT X 20" 30" 40" 50" 50" 60" Y 16" 20" 16" 20" 20" 26" 20" 26" Z 20" 20" 25" 25" 25" Spindle Nose to Table 4-24" 4-24" 4-29" 4-29" 7-32" Length 26" 36" 48" 54" 52" 52" 62" Width 14" 18" 14" 18" 18" 25" 18" 23" Max Weight on Table 3,000 lb 3,000 lb 3,500 lb 3,500 lb 4,000 lb kg kg kg kg kg T-Slot Width 5/8" 5/8" 5/8" 5/8" 5/8" T-Slot Center Distance 4.92" 4.92" 3.15" 3.15" 3.15" Taper Size #40 Taper #40 Taper #40 Taper #40 Taper #40 Taper Speed 7,500 max rpm 7,500 max rpm 7,500 max rpm 7,500 max rpm 7,500 max rpm Drive System Direct Speed Direct Speed Direct Speed Direct Speed Direct Speed Belt Drive Belt Drive Belt Drive Belt Drive Belt Drive Max Torque Standard 75 1, , , , , with Optional Gearbox Bearing Lubrication Air/Oil Injection Air/Oil Injection Air/Oil Injection Air/Oil Injection Air/Oil Injection Cooling Liquid Cooled Liquid Cooled Liquid Cooled Liquid Cooled Liquid Cooled Spindle Motor Max Rating 1 20 hp 20 hp 20 hp 20 hp 20 hp 14.9 kw 14.9 kw 14.9 kw 14.9 kw 14.9 kw Axis Motors Max Thrust Rating (z=4,200 lb) 2,550 lb (z=4,200 lb) 2,550 lb (z=4,200 lb) 2,550 lb (z=4,200 lb) 2,550 lb (z=5,600 lb) 3,400 lb ( N) N ( N) N ( N) N ( N) N ( N) N Rapids on X Axis 1,000 ipm 1,000 ipm 1,000 ipm 1,000 ipm 710 ipm 540 ipm 25.4 m/min 25.4 m/min 25.4 m/min 25.4 m/min 18.0 m/min 13.7 m/min Rapids on Y & Z Axes 1,000 ipm 1,000 ipm 1,000 ipm 710 ipm 1,000 ipm 710 ipm 25.4 m/min 25.4 m/min 25.4 m/min 18.0 m/min 25.4 m/min 18.0 m/min Max Cutting 650 ipm 650 ipm 650 ipm 650 ipm 500 ipm 16.5 m/min 16.5 m/min 16.5 m/min 16.5 m/min 12.7 m/min Capacity Standard (optional) 2 20 (24+1) 20 (24+1) 20 (24+1, 40+1) 20 (24+1, 40+1) 20 (24+1, 40+1) Tool Type / Taper CT or BT / 40 CT or BT / 40 CT or BT / 40 CT or BT / 40 CT or BT / 40 Max Tool Diameter Standard 3.5" (full) 3.5" (full) 3.5" (full) 3.5" (full) 3.5" (full) (full / adjacent empty) Max Tool Weight 12 lb 12 lb 12 lb 12 lb 12 lb 5.4 kg 5.4 kg 5.4 kg 5.4 kg 5.4 kg Changer Type Standard (Optional) Carousel (SMTC) Carousel (SMTC) Carousel (SMTC) Carousel (SMTC) Carousel (SMTC) Tool to Tool (optional) 4.2 sec (2.8) 4.2 sec (2.8) 4.2 sec (2.8) 4.2 sec (2.8) 4.2 sec (2.8) Chip to Chip (optional) 4.5 sec (3.6) 4.5 sec (3.6) 4.5 sec (3.6) 4.5 sec (3.6) 4.5 sec (3.6) Positioning ±0.0002" ±0.005 ±0.0002" ±0.005 ±0.0002" ±0.005 ±0.0002" ±0.005 ±0.0002" ±0.005 Repeatability ±0.0001" ±0.003 ±0.0001" ±0.003 ±0.0001" ±0.003 ±0.0001" ±0.003 ±0.0001" ±0.003 Machine Weight 7,100 lb 7,400 lb kg kg 7,300 lb 7,500 lb kg kg 12,500 lb 14,000 lb kg kg 13,300 lb kg 14,600 lb 15,150 lb kg kg Air Required 4 scfm, 100 psi 113 lpm, 6.9 bar 4 scfm, 100 psi 113 lpm, 6.9 bar 4 scfm, 100 psi 113 lpm, 6.9 bar 4 scfm, 100 psi 113 lpm, 6.9 bar 4 scfm, 100 psi 113 lpm, 6.9 bar Power Required (min) VAC VAC VAC VAC VAC VAC VAC VAC VAC VAC 1) 5-minute rating. 2) See page 12 for optional tool changer specifications. 3) Linear scales required to achieve accuracy listed. 36

37 VF-6 VF-7 VF-8 VF-9 VF-10 VF-11 VM-2 VM-3 MDC 64" 84" 64" 84" 120" 120" 30" 40" 20" " 32" 40" 40" 32" 40" 20" 26" 14" " 30" 30" 30" 30" 30" 20" 25" 20" " 4-34" 4-34" 4-34" 4-34" 4-34" 4-24" 4-29" 4-24" " 84" 64" 84" 120" 120" 36" 54" 20" " 28" 36" 36" 28" 28" 18" 25" 12.75" ,000 lb 4,000 lb 4,000 lb 4,000 lb 4,000 lb 4,000 lb 3000 lb 4,000 lb 700 lb per pallet kg kg kg kg kg kg kg kg 318 kg 5/8" 5/8" 5/8" 5/8" 5/8" 5/8" 5/8" 5/8" 5/8" " 4.92" 4.92" 4.92" 4.92" 4.92" 4.375" 3.973" 4.92" #40 Taper #40 Taper #40 Taper #40 Taper #40 Taper #40 Taper #40 Taper #40 Taper #40 Taper 7,500 max rpm 7,500 max rpm 7,500 max rpm 7,500 max rpm 7,500 max rpm 7,500 max rpm 12,000 max rpm 12,000 max rpm 7,500 max rpm Direct Speed Direct Speed Direct Speed Direct Speed Direct Speed Direct Speed Inline Inline Direct Speed Belt Drive Belt Drive Belt Drive Belt Drive Belt Drive Belt Drive Direct Drive Direct Drive Belt Drive 75 1, , , , , , , , , Air/Oil Injection Air/Oil Injection Air/Oil Injection Air/Oil Injection Air/Oil Injection Air/Oil Injection Air/Oil Injection Air/Oil Injection Air/Oil Injection Liquid Cooled Liquid Cooled Liquid Cooled Liquid Cooled Liquid Cooled Liquid Cooled Liquid Cooled Liquid Cooled Liquid Cooled 20 hp 20 hp 20 hp 20 hp 20 hp 20 hp 30 hp 30 hp 20 hp 14.9 kw 14.9 kw 14.9 kw 14.9 kw 14.9 kw 14.9 kw 22.4 kw 22.4 kw 14.9 kw (z=5,600 lb) 3,400 lb (z=5,600 lb) 3,400 lb (z=5,600 lb) 3,400 lb (z=5,600 lb) 3,400 lb (z=5,600 lb) 3,400 lb (z=5,600 lb) 3,400 lb (z=5,600 lb) 3,400 lb 5,600 lb (z=5,600 lb) 2,550 lb ( N) N ( N) N ( N) N ( N) N ( N) N ( N) N ( N) N N ( N) N 540 ipm 600 ipm 540 ipm 600 ipm 360 ipm 360 ipm 710 ipm 710 ipm 1,000 ipm 13.7 m/min 15.2 m/min 13.7 m/min 15.2 m/min 9.1 m/min 9.1 m/min 18.0 m/min 18.0 m/min 25.4 m/min 600 ipm 600 ipm 600 ipm 600 ipm 600 ipm 600 ipm 710 ipm 710 ipm 1,000 ipm 15.2 m/min 15.2 m/min 15.2 m/min 15.2 m/min 15.2 m/min 15.2 m/min 18.0 m/min 18.0 m/min 25.4 m/min 500 ipm 500 ipm 500 ipm 500 ipm 360 ipm 360 ipm 500 ipm 500 ipm 833 ipm 12.7 m/min 12.7 m/min 12.7 m/min 12.7 m/min 9.1 m/min 9.1 m/min 12.7 m/min 12.7 m/min 21.1 m/min 24+1 (40+1) 24+1 (40+1) 24+1 (40+1) 24+1 (40+1) 24+1 (40+1) 24+1 (40+1) 24+1 (40+1) 24+1 (40+1) 24+1 (40+1) CT or BT / 40 CT or BT / 40 CT or BT / 40 CT or BT / 40 CT or BT / 40 CT or BT / 40 CT/40 CT/40 CT/40 3" / 6" 3" / 6" 3" / 6" 3" / 6" 3" / 6" 3" / 6" 3" / 6" 3" / 6" 3" / 6" 76 / / / / / / / / / lb 12 lb 12 lb 12 lb 12 lb 12 lb 12 lb 12 lb 12 lb 5.4 kg 5.4 kg 5.4 kg 5.4 kg 5.4 kg 5.4 kg 5.4 kg 5.4 kg 5.4 kg SMTC SMTC SMTC SMTC SMTC SMTC SMTC SMTC SMTC 2.8 sec 2.8 sec 2.8 sec 2.8 sec 2.8 sec 2.8 sec 2.8 sec 2.8 sec 2.2 sec 3.6 sec 3.6 sec 3.6 sec 3.6 sec 3.6 sec 3.6 sec 3.6 sec 3.6 sec 4.8 sec ±0.0003" 3 ±0.0003" 3 ±0.0003" 3 ±0.0003" 3 ±0.0003" 3 ±0.0003" 3 ±0.0002" ±0.0002" ±0.0002" ±0.008 ±0.008 ±0.008 ±0.008 ±0.008 ±0.008 ±0.005 ±0.005 ±0.005 ±0.0002" 3 ±0.0002" 3 ±0.0002" 3 ±0.0002" 3 ±0.0002" 3 ±0.0002" 3 ±0.0001" ±0.0001" ±0.0001" ±0.005 ±0.005 ±0.005 ±0.005 ±0.005 ±0.005 ±0.003 ±0.003 ± ,000 lb 23,000 lb 24,000 lb 25,000 lb 28,000 lb 29,400 lb 7500 lb 14,000 lb 14,000 lb kg kg kg kg kg kg kg kg kg 4 scfm, 100 psi 4 scfm, 100 psi 4 scfm, 100 psi 4 scfm, 100 psi 4 scfm, 100 psi 4 scfm, 100 psi 4 scfm, 100 psi 4 scfm, 100 psi 9 scfm, 100 psi 113 lpm, 6.9 bar 113 lpm, 6.9 bar 113 lpm, 6.9 bar 113 lpm, 6.9 bar 113 lpm, 6.9 bar 113 lpm, 6.9 bar 113 lpm, 6.9 bar 113 lpm, 6.9 bar 4.25 lpm, 6.9 bar VAC VAC VAC VAC VAC VAC VAC VAC VAC VAC VAC VAC VAC VAC VAC VAC VAC VAC NOTE: FLA/kVA requirements determined by motor horsepower. Check with your Haas distributor for various requirements. Differing VAC/kVA options available. Specifications subject to change without notice. Not responsible for misprints or typographical errors. 37

38 Machine Specifications (Standard 50-Taper Machines) Travels Table Spindle Axis Motors Tool Changer Accuracy Miscellaneous VF-5/50 VF-5/50 VF-5/50XT VF-6/50 VF-6/50 VF-7/50 VF-8/50 X X 50" 50" 60" 60" 64" 64" 84" 84" 64" 64" Y 26" 26" 32" 32" 32" 32" 40" 40" Z Z 25" 25" 30" 30" 30" 30" 30" 30" Spindle Nose Nose to to Table Table 7-32" 7-32" 5-35" 5-35" 5-535" - 35" " 35" Length 52" 52" 62" 62" 64" 64" 84" 84" 64" 64" Width 23" 23" 28" 28" 28" 28" 36" 36" Max Weight on on Table Table 4,000 4,000 lb lb 4,000 4,000 lb lb 4,000 4,000 lb lb 4,000 lb lb kg kg kg kg 1814 kg 1814 kg 1814 kg 1814 kg T-Slot T-Slot Width Width 5/8" 5/8" 5/8" 5/8" 5/8" 5/8" 5/8" 5/8" T-Slot Center Distance 3.15" 4.92" 4.92" 4.92" T-Slot Center Distance " " " " Taper Size Size #50 #50 Taper Taper #50 #50 Taper Taper #50 #50 Taper Taper #50 Taper Speed 7,500 7,500 max max rpm rpm 7,500 7,500 max max rpm rpm 7,500 7,500 max max rpm rpm 7,500 max rpm Drive System 2-Speed 2-Speed 2-Speed 2-Speed 2-Speed 2-Speed 2-Speed Geared Geared Head Head Geared Geared Head Head Geared Geared Head Head Geared Head Max Torque Standard ft-lb ft-lb Nm Nm Nm Nm Nm Bearing Lubrication Air/Oil Air/Oil Injection Injection Air/Oil Air/Oil Injection Injection Air/Oil Air/Oil Injection Air/Oil Injection Cooling Liquid Cooled Liquid Cooled Liquid Max 1 Liquid Cooled Liquid Cooled Liquid Cooled Liquid Cooled Spindle Motor Max Rating1 30 hp 30 hp 30 hp 30 hp hp hp hp hp kw kw kw kw kw kw 22.4 kw kw Axis Motors Max Thrust Rating 5,600 lb 5,600 lb (x=3,400 lb) 5,600 lb 5,600 lb Axis Motors Max Thrust Rating 5,600 lb 5,600 lb (x=3,400 lb) 5,600 lb 5,600 lb N N N N ( (15124 N) 24 N) N N N N Rapids Rapids on on X X Axis Axis ipm ipm ipm ipm ipm ipm ipm ipm m/min m/min m/min m/min m/min 13.7 m/min Rapids on on Y Y && Z Axes Z Axes ipm ipm ipm ipm ipm ipm ipm ipm m/min m/min m/min m/min m/min m/min 15.2 m/min Max Cutting ipm ipm ipm ipm ipm ipm 500 ipm m/min m/min m/min m/min m/min m/min m/min m/min Capacity Capacity Standard Standard Tool Type / Taper CT or BT / 50 CT or BT / 50 CT or BT / 50 CT or BT / 50 Tool Type / Taper CT or BT / 50 CT or BT / 50 CT or BT / 50 CT or BT / 50 Max Tool Diameter Standard 4" / 7" 4" / 10" 4" / 10" 4" / 10" Max Tool Diameter Standard 4" / 7" 4" 10" 4" / 10" 4" / 10" (full (full / / adjacent adjacent empty) empty) / 178 / / 254 / / 254 / / / Max Tool Weight 30 lb 30 lb 30 lb 30 lb Max Tool Weight 30 lb 30 lb 30 lb 30 lb kg kg kg kg kg kg 13.6 kg kg Changer Changer Type Type Standard Standard SMTC SMTC SMTC SMTC SMTC SMTC SMTC SMTC Tool to Tool (avg) 4.2 sec 4.2 sec 4.2 sec 4.2 sec Tool to Tool (avg) 4.2 sec 4.2 sec 4.2 sec 4.2 sec Chip to Chip (avg) 6.3 sec 6.3 sec 6.3 sec 6.3 sec Chip to Chip (avg) 6.3 sec 6.3 sec 6.3 sec 6.3 sec Positioning ±0.0002" ±0.0003"2 ±0.0003"2 ±0.0003"2 Positioning ±0.0002" ±0.005 ±0.0003" ± ±0.0003" ± ±0.008 ±0.0003" 2 Repeatability ±0.005 ±0.0001" ±0.008 ±0.0002"2 ±0.008 ±0.0002"2 ±0.008 ±0.0002"2 Repeatability ±0.0001" ±0.003 ±0.0002" ± ±0.0002" ± ±0.005 ±0.0002" 2 Machine Weight 16,100 ±0.003 lb 16,650 lb ± ,500 lb ± ,500 lb ± ,500 lb Machine Weight 16, lb 16,650 kg 7552 lb kg 22, lb kg 24, lb kg ,500 kg lb Air Required kg 4 scfm, kg psi 410 scfm, kg psi 4 scfm, kg psi 4 scfm, psi kg Air Required 4 scfm, 113 lpm, psi bar 4 scfm, 113 lpm, 100 psi 6.9 bar 4 scfm, 113 lpm, psi bar scfm, lpm, bar psi Power Required (min) 113 lpm, bar VAC 113 lpm, bar VAC 113 lpm, bar VAC lpm, VAC bar Power Required (min) VAC VAC VAC VAC VAC VAC VAC VAC VAC VAC VAC 1) 5-minute rating. 2) Linear scales required to achieve accuracy listed. 38

39 VF-9/50 VF-10/50 VF-11/50 84" 84" 120" 120" 120" 120" " 40" 32" 32" 40" 40" " 30" 30" 30" 30" 30" " - 35" 5-35" 5-35" 5-535" - 35" " 84" 120" 120" 120" 120" " 36" 28" 28" 28" 28" ,000 4,000 lb lb 4,000 4,000 lb lb 4,000 4,000 lb lb kg kg kg 1814 kg 1814 kg 1814 kg 5/8" 5/8" 5/8" 5/8" 5/8" 5/8" " 4.92" 4.92" " " " #50 #50 Taper Taper #50 #50 Taper Taper #50 #50 Taper Taper 7,500 7,500 max max rpm rpm 7,500 7,500 max max rpm rpm 7,500 7,500 max max rpm rpm 2-Speed 2-Speed 2-Speed 2-Speed 2-Speed 2-Speed Geared Geared Head Head Geared Geared Head Head Geared Geared Head Head ft-lb ft-lb Nm Nm Nm Air/Oil Air/Oil Injection Injection Air/Oil Air/Oil Injection Injection Air/Oil Air/Oil Injection Injection Liquid Liquid Cooled Cooled Liquid Liquid Cooled Cooled Liquid Cooled Cooled hp hp 30 hp 30 hp hp hp kw kw kw kw kw kw (x=3,400 lb) 5,600 lb (x=3,400 lb) 5,600 lb (x=3,400 lb) 5,600 lb (x=3,400 lb) 5,600 lb (x=3,400 lb) 5,600 lb (x=3,400 lb) 5,600 lb ( (15124 N) 24 N) N N ( (15124 N) N) N N ( N) N) N N ipm ipm ipm ipm ipm ipm m/min m/min m/min m/min m/min m/min ipm ipm ipm ipm ipm ipm m/min m/min m/min m/min m/min m/min ipm ipm ipm ipm ipm ipm m/min m/min m/min m/min m/min m/min CT or BT / 50 CT or BT / 50 CT or BT / 50 CT or BT / 50 CT or BT / 50 CT or BT / 50 4" / 10" 4" / 10" 4" / 10" 4" / 10" 4" / 10" 4" / 10" / 254 / / 254 / / 254 / lb 30 lb 30 lb 30 lb 30 lb 30 lb kg kg kg kg kg kg SMTC SMTC SMTC SMTC SMTC SMTC 4.2 sec 4.2 sec 4.2 sec 4.2 sec 4.2 sec 4.2 sec 6.3 sec 6.3 sec 6.3 sec 6.3 sec 6.3 sec 6.3 sec ±0.0003"2 ±0.0003"2 ±0.0003"2 ±0.0003" ± ±0.0003" ± ±0.008 ±0.0003" 2 ±0.008 ±0.0002"2 ±0.008 ±0.0002"2 ±0.0002"2 ±0.008 ±0.0002" ± ±0.0002" ± ±0.005 ±0.0002" 2 ± ,500 lb ± ,500 lb 30,900 ±0.005 lb 26, lb kg 29, lb kg ,900 kg lb 4 scfm, kg psi 4 13 scfm, kg psi 4 scfm, psi kg 4 scfm, 113 lpm, psi bar 4 scfm, 113 lpm, psi bar 1134 lpm, scfm, barpsi 113 lpm, bar VAC 113 lpm, bar VAC lpm, 250 VAC 6.9 bar VAC VAC VAC VAC VAC VAC VAC VAC VAC Through-Spindle Coolant Options Volume (GPM) Flow Rate Dynamics The chart above illustrates the relationship between flow and pressure. For both the 300 psi and 1,000 psi through-spindle coolant options, the highest pressure occurs at the lowest flow rate. The actual pressure delivered to the cutting edge depends on the size of the coolant passages in the tool. Smaller coolant passages restrict the flow, causing the pressure to increase (up to the maximum provided by the system). Conversely, larger coolant passages in the tool allow more fluid to pass through, resulting in lower pressure at the cutting edge. 50 Taper Offers More 40 Taper 50 Taper Gage diameter (A) 1.750" " Taper length (B) 2.687" " Tool clamp force* 1,800 lb N 4,000 lb N Max tool weight 12 lb 5.4 kg 30 lb 13.6 kg Max tool diameter 6" " 254 *Nominal A 300 psi TSC output 300 B 1,000 psi TSC output A 1,000 B NOTE: FLA/kVA requirements determined by motor horsepower. Check with your Haas distributor for various requirements. Differing VAC/kVA options available. Specifications subject to change without notice. Not responsible for misprints or typographical errors. Some items shown in this brochure are optional. Please contact your local distributor for assistance. 39

40 Worldwide Support U.S. headquarters & manufacturing facility European headquarters & showroom with machine inventory and spare parts distribution center (Brussels) Asian headquarters & showroom with machine inventory and spare parts distribution center (Shanghai) More than $50,000,000 in spare parts are stocked at 160 locations worldwide. Head Office, California, USA European Headquarters, Brussels, Belgium Asian Headquarters, Shanghai, China Our network of dedicated Haas Factory Outlets provides local attention to detail, fully stocked service vans, and the training and backing of an international organization. In total, more than $50,000,000 in spare parts are stocked at 160 locations worldwide. Local parts inventories are supported by overnight availability from main headquarters. Haas Automation, Inc Sturgis Road, Oxnard, California Toll Free: Fax: Haas Automation, Europe Mercuriusstraat 28, B-1930 Zaventem, Belgium Tel: Fax: Haas Automation, Asia No. 96 Yi Wei Road, Building 67, Waigaoqiao FTZ, Shanghai P.R.C. Tel: Fax: