FAMUP MC and MCP. Vertical CNC machining centers with and without pallet changer.

Transcription

1 EMCO FAMUP CNC machining centers Vertical milling centers FAMUP MC-Line/MCX-Line With integrated pallet changer FAMUP MCP-Line Vertical milling machines FAMUP MMV-Line EMCO, the industrial systems supplier System Production Line MAGDEBURG MVT 160 Modular CNC turning/milling centers HYPERTURN 665MC plus CNC turning centers EN /05 dassel & schumacher, munich. Specifications subject to technical changes. EMCO Concept, the system for industrial training MAXXTURN 95 CNC large-dimension lathes CNC lathes and milling machines with the interchangeable control unit concept TURN 900 Conventional lathes FAMUP MC and MCP CONCEPT TURN/MILL 55 CONCEPT TURN/MILL 105 MAT-20D Precision lathes with cycle control FAMUP MC FAMUP MC FAMUP MC FAMUP MCP FAMUP MCP CONCEPT TURN/MILL 155 CONCEPT TURN 345/MILL 300 MAT-E300 Milling machines MILL FB-5 Vertical CNC machining centers with and without pallet changer innovative machine tools ITALY EMCO FAMUP SRL Via Maniago, 53 - Z. I. loc. Roiata San Quirino (PN) Phone Fax info@emcofamup.it Internet: AUSTRIA EMCO MAIER Ges.m.b.H. Salzburger Straße 80 A-5400 Hallein-Taxach Phone Fax info@emco.at Internet: Submitted by: innovative machine tools

2 MC 75-50, and The future of milling. The EMCO FAMUP MC series. One of the most advanced vertical milling concepts in the world today. Never before has the machining of milled workpieces been so fast and so precise, with a finished surface of such high quality. The MC machines offer a tremendously wide range of uses and phenomenal power, which makes them highly productive even when machining extremely hard materials. The MC series comes with a choice of four different controls: the FANUC 18i, the HEIDENHAIN 530i, the SELCA 4045 and the SIEMENS 840D. All machines in the MC series are equipped with a steel- A glance into the ball-bearing cage: a patented plastic Integrieirte Palettenwechseleinrichtung ceramic circulation system with recirculating linear ball circulation system prevents the ball bearings from bearings. The ball-bearing cage technique is used for the guide ways (only on the MC and MC ). colliding and extends lubrication intervals. The MC 75 and the MC 120 are equipped with a drum type magazine with 30 stations and a tool changing arm. The tool change takes only Motor spindle rpm with 1.5 seconds. On the MC the chain magazine has 40 stations. integrated liquid cooling Complete machine housing Solid machine construction. Our MC machines are constructed in Meehanite cast iron, giving us maximum stiffness and vibration absorption. It even deals with the highest cutting forces with ease. The result is top precision and surface quality of all machined parts. Pivoting CNC control panel for safe and non-fatiguing work on the machine Feed screw and guide qualities. The machining centers of the MC series are equipped with a steel-ceramic circulation system with recirculating linear ball bearings. The ball-bearing cage technique is used for the guide ways. This helps us achieve the best possible guidance quality and extra long lubrication intervals (only for MC75 and MC120). Front operation. Thanks to the new machine layout, the MC series has two front doors (one on the MC 75) to allow enough space to access the working area. This simplifies workpiece loading with the traveling crane, as the L-shape of the open doors provides enough space for the lifting cable. Machine structure MC Large frontal sliding door for the best ergonomics. The doors are mounted externally and are easy to open Technical data MC MC MC Performance and torque diagram Motor spindle rpm Highlights of the MC and MC q Motor spindle rpm 35 kw q Linear guideway system with recirculating linear ball bearings and patented circulating system q Feed screws with steel-ceramic hybrid nuts for raising the thermostability and minimizing heat displacement q Long-life lubrication system for feed screws and guideways Positioning range X-axis longitudinal 750 mm (29.5 ) mm (47.2 ) mm 59.1 ) Positioning range Y-axis latitudinal 500 mm (19.7 ) 600 mm (23.6 ) 800 mm (31.5 ) Positioning range Z-axis vertical 640 mm (25.2 ) 600 mm (23.6 ) 800 mm (31.5 ) Clamping surface 900 x 520 mm (35.4 x 20.5 ) x 620 mm (51.2 x 24.4 ) x 800 mm (69.3 x 31.5 ) Rapid motion speed 40 m/min ( ipm) 40 m/min ( ipm) 24 m/min (944.9 ipm) Axis acceleration 5 m/s 2 (196.9 /s 2 ) 5 m/s 2 (196.9 /s 2 ) 2 m/s 2 (78.7 /s 2 ) Motor spindle speed and performance rpm ISO kw (46.9 hp) rpm ISO kw (46.9 hp) rpm ISO kw (46.9 hp) Tool magazine 30 stations 30 stations 40 stations Highlights MC q Motor spindle rpm 35 kw q Max. table load: kg q Linear guideway systems with double linear roller bearings q Feed screws with recirculating linear ball bearings and automatic oil lubrication system The control panel can be swiveled 90 for a better overall view while programming. The control table has been integrated into the machine housing to reduce the external dimensions (only on the MC and MC ). The machining centers MC and MC have a standard chip tray. With the right electrical and mechanical preparation, this system can also take a chip conveyor. The chip remover is standard equipment on the MC machining center

3 MCP and Change to another dimension. The MCP series from EMCO FAMUP. CNC vertical machining centers with latest generation pallet changing. These machines are comparable to our MC series in quality, performance and precision (see pages 2 and 3). But in productivity the MCP series has enormous advantages to offer. The workpiece is changed on the respective pallet parked outside the working area. Time for pallet change: 9 seconds. And the MCP machine series is also available with any of four different The control panel can be swiveled 90 for a better overall NC controls: the FANUC 18i, the HEIDENHAIN 530i, the SELCA 4045 or the SIEMENS 840D. Drum type magazine with 30 stations and tool changing arm. The tool change takes only 1.5 seconds. view while programming. The control table has been integrated into the machine housing to reduce the external dimensions. The working area is strictly separated from the loading area by a loading gate with pneumatic opening. Photoelectric barriers to protect the operator during the pallet change cycle Mechanical pallet changing. The pallet changing cycle is effected sequentially via the X and Y axes. The entire system of releasing, raising and clamping the pallet is mechanical. This Pallet changing cycle ensures top reliability of the entire procedure and the stiffness of the construction as a whole. So the Motor spindle rpm with integrated liquid cooler precise positioning and machining precision of the workpiece are guaranteed every time. The change takes only 9 seconds. The system is completely enclosed by a robust machine paneling that fulfills all safety standards. The working and loading zones are clearly separated Work on pallet A, pallet B in holding position for loading and unloading Part of a housing Sheath clamp Complete machine housing Pivoting CNC control panel for safe and non-fatiguing working 2. Pallet change from A to B Performance and torque diagram Highlights Pick-up workpiece Contour machining Motor spindle rpm q Motor spindle rpm 35 kw q Linear guideway system with recirculating linear ball bearings and patented circulation system Technical data MCP MCP q Ball screws in steel-ceramic ball bearing guideway systems to raise the thermostability and minimize heat displacement q Long-life lubrication system for feed screws and guideways q Mechanical pallet clamping via cam mechanism q Automatic cleaning of the pallet pick-up for reliable and precise pallet changes Positioning range X-axis longitudinal 700 mm (27.6 ) mm (43.3 ) Positioning range Y-axis latitudinal 500 mm (19.7 ) 500 mm (19.7 ) Positioning range Z-axis vertical 640 mm (25.2 ) 640 mm (25.2 ) Clamping surface 600 x 450 mm (23.6 x 17.7 ) x 450 mm (39.4 x 17.7 ) Rapid motion speed 40 m/min ( ipm) 40 m/min ( ipm) Axis acceleration 5 m/s 2 (196.9 /s 2 ) 5 m/s 2 (196.9 /s 2 ) Spindle speed and performance rpm ISO rpm ISO kw (46.9 hp) 35 kw (46.9 hp) 3. Work on pallet B pallet A in holding position for loading and unloading Tool magazine 30 stations 30 stations 4 5

4 The technology State-of-the-art milling technology. Solid machine construction. Characteristic for the vertical machining centers of the MC-MCP series is a machine structure with a large base and four slideways (two main guides and two lateral support guides) with high loading capacity for static and dynamic loads. This structure guarantees high stability and a perfect linear movement of the Y-axis. At the same time, a maximum of stiffness and precision are guaranteed. The machine stand is constructed using the Finite Element Method. The final assembly department at EMCO FAMUP is equipped with state of the art technology. The new EMCO FAMUP plant in Pordenone, Italy Table saddle Kessler motor spindle. Our machines are equipped with the asynchronized motor spindle from Kessler. The performance data leave no doubt: rpm with liquid cooling. Top performance no less than 35 kw with a maximum torque of 120 Nm. Acceleration from 0 to rpm in just 1.2 seconds. Steel-ceramic circulation system with recirculating linear ball bearings. The MC and MCP machining centers have a circulation system with recirculating linear ball bearings as standard equipment. Using steel and ceramic ball bearings alternately reduces the friction between the bearings, thus keeping the operating temperature constant (not for MC ). The high-performance Kessler motor spindle Coolant equipment of the motor spindle. The motor spindle fitted with a coolant equipment that keeps the operating temperature constant regardless of the load. Optional rotary table. To ensure operating continuity an automatic pallet changer with front mounting construction and two changing stations has been conceived. The generous clamping surface of the pallets makes numerous machine setups possible. For example, rotary tables can be mounted on either one or both of the pallets and that even either with a tail stock or without one. Long-life slideways. Innovative guide ways with ball cage technology are used in the EMCO FAMUP machining centers. A patented plastic circulation system prevents the ball bearings from colliding and extends lubrication intervals by forming natural lubricant reservoirs (not for MC ). Rigid structure. An innovative machine design lends the MC and MCP series an extremely stiff structure. The most critical part of vertical machining centers for their precision and performance is the machine stand. The MC and MCP models are therefore developed using the Finite Element Method (FEM). In a load simulation, the parts of the machine's structure that are under particular stress are found. Where greater loads are concentrated, the material thickness is increased or the internal rib structure of the machine substructure optimized. This prevents wear on the materials and ensures a greater resistance to vibration. The result: much greater stability of the gray cast iron construction while also reducing its weight. Pallet on X carriage Pallet clamping Laterally mounted cooling unit for the motor spindle MCP 70-50, mechanical pallet clamp N via cam clamp Roller bearing cage guides lengthen lubrication intervals and ensure a longer working lifetime. The machines of the MC and MCP series are characterized by their extremely solid machine construction. MCP , mechanical pallet clamp N via cam clamp

5 ; ;; ;;; ;;;;;;;; ; ;;;;;;;;; ;;;;;;;;; ; ;;; ;;;; ;;;; ;; ;;;;;;;;;; ;;;; ;; ;;;; ;;;;;;;;;;; ; ; ; ;;;;;; ;; ; ;; ; ;;;; Technical data MC series Space assignment plan MC Technical data FAMUP MC FAMUP MC FAMUP MC Working range Positioning range X-axis longitudinal 750 mm (29.5 ) 1200 mm (47.2 ) 1500 mm (59 ) Positioning range Y-axis latitudinal 500 mm (19.7 ) 600 mm (23.6 ) 800 mm (31.5 ) Positioning range Z-axis vertical 640 mm (252 ) 600 mm (23.6 ) 800 mm (31.5 ) Min distance spindlenose table 150 mm (5.9 ) 105 mm (4.1 ) 90 mm (3.5 ) Max distance spindlenose table 790 mm (31.1 ) 705 mm (27.8 ) 890 mm (35 ) Table Clamping surface 900 x 520 mm (35.4 x 20.5 ) x 620 mm (51.2 x 24.4 ) x 800 mm (69.3 x 31.5 ) Clamping grooves: number, breadth, distance 5 x 18 x 100 mm (0.2 x 0.7 x 3.9 ) 5 x 18 x 125 mm (0.2 x 0.7 x 4.9 ) 7 x 18 x 100 mm (0.3 x 0.7 x 3.9 ) Max table load 400 kg (881.8 lb) 800 kg ( lb) kg ( lb) Table-floor distance 925 mm (36.4 ) 960 mm (37.8 ) 1065 mm (41.9 ) Electric motor spindle Speed range rpm (opt ISO40) rpm (opt ISO40) rpm (opt ISO 40) Spindle motor performance 35/22,5 kw (46.9/30.2 hp) 35/22,5 kw (46.9/30.2 hp) 35/22,5 kw (46.9/30.2 hp) Tool taper ISO 40 DIN (opt. BT 40) ISO 40 DIN (opt. BT 40) ISO 40 DIN (opt. BT 40) Spindle bearing Ø 80 mm (3.1 ) 80 mm (3.1 ) 80 mm (3.1 ) Drive direct direct direct Axis data Rapid traverse speeds X, Y, Z 40 m/min ( ipm) 40 m/min ( ipm) 24 m/min (944.9 ipm) Work feed X, Y, Z 20 m/min (787.4 ipm) 20 m/min (787.4 ipm) 10 m/min (393.7 ipm) Axis acceleration (X, Y, Z) 5 m/s 2 (196.9 /s 2 ) 5 m/s 2 (196.9 /s 2 ) 2 m/s 2 (78.7 /s 2 ) Feed force S1, X, Y N ( lbs) N ( lbs) N ( lbs) Feed force S1, Z N ( lbs) N ( lbs) N ( lbs) Measurement system (X, Y, Z) encoder encoder encoder Motor performance (X, Y, Z) 7 kw (9.4 hp) 7 kw (9.4 hp) 5,5 kw (4 kw Z-axis) (7.4 hp (5.4 hp Z-axis)) Precision One-sided positioning accuracy ± 5 µm * (± *) ± 5 µm * (± *) ± 5 µm * (± *) in entire stroke area X, Y, Z One-sided repeating accuracy X, Y, Z ± 1,5 µm * (± *) ± 1,5 µm * (± *) ± 1,5 µm * (± *) Backlash 3 µm * ( *) 3 µm * ( *) 3 µm * ( *) Tool change Number of tool stations Tool selection random random random Max. tool Ø (without adjacent tools) 76 mm (150 mm) (3 (5.9 )) 76 mm (150 mm) (3 (5.9 )) 76 mm (150 mm) (3 (5.9 )) Max. tool length 280 mm (11 ) 280 mm (11 ) 280 mm (11 ) Max. tool weight 8 kg (17.6 lb) 8 kg (17.6 lb) 8 kg (17.6 lb) Max. load 120 kg (264.6 lb) 120 kg (264.6 lb) 200 kg (440.9 lb) Time for tool change (tool/tool) 1,5 s 1,5 s 1,8 s General data Power supply 30 kw (40.2 hp) 30 kw (40.2 hp) 30 kw (40.2 hp) Dimensions L x D x H 3492 x x 3269 mm 3940 x x 3269 mm x x mm (137.5 x x ) (155.1 x 126 x ) (196.7 x x ) Weight kg ( lb) kg ( lb) kg (511.8 lb) Compressed air 6 bar 6 bar 6 bar Space assignment plan MC (opt.) Options * These data are based on a room temperature of 22 ± 1 Celsius. Machine installed in accordance with the EMCO FAMUP foundation plan. 8 9

6 Technical data MCP series Space assignment plan MCP Technical data FAMUP MCP FAMUP MCP Working range Positioning range X-axis longitudinal 700 mm (27.6 ) mm (43.3 ) Positioning range Y-axis latitudinal 500 mm (19.7 ) 500 mm (19.7 ) Positioning range Z-axis vertical 640 mm (25.2 ) 640 mm (25.2 ) Min distance spindlenose table 65 mm (2.6 ) 70 mm (2.8 ) Max distance spindlenose table 705 mm (27.8 ) 710 mm (28 ) Table Number of tables 2 nr 2 nr Clamping surface 600 x 450 mm (23.6 x 17.7 ) x 450 mm (39.4 x 17.7 ) Clamping grooves: number, breadth, distance 5 x 14 x 80 mm (0.2 x 0.6 x 3.1 ) 5 x 14 x 80 mm (0.2 x 0.6 x 3.1 ) Max table load 300 kg (661.4 lb) 600 kg ( lb) Table-floor distance 1030 mm (40.6 ) 1010 mm (39.8 ) Center hole 50 H6 diam 50 H6 diam Time for pallet change 9" s 9" s Electric motor spindle Speed range rpm rpm (opt rpm ISO 40) (opt rpm ISO 40) Spindle motor performance 35/22,5 kw (46.9/30.2 hp) 35/22,5 kw (46.9/30.2 hp) Tool taper ISO 40 DIN (Op. BT 40) ISO 40 DIN (Op. BT 40) Spindle bearing Ø 80 mm (3.1 ) 80 mm (3.1 ) Drive direct direct Axis data Rapid traverse speeds X,Y,Z 40 m/1' ( /1') 40 m/1' ( /1') Work feed X, Y, Z 20 m/1' (787.4 /1') 20 m/1' (787.4 /1') Axis acceleration (X, Y, Z) 5 m/s 2 (196.9 /s 2 ) 5 m/s 2 (196.9 /s 2 ) Feed force S1, X, Y N ( ) N ( ) Feed force S1, Z N ( ) N ( ) Measurement system (X, Y, Z) encoder encoder Motor performance (X,Y,Z) 7 kw (9.4 ) 7 kw (9.4 ) Precision One-sided positioning accuracy ± 5 µm * (± *) ± 5 µm * (± *) in entire stroke area X, Y, Z One-sided repeating accuracy X, Y, Z ± 1,5 µm * (± *) ± 1,5 µm * (± *) Backlash 3 µm * ( *) 3 µm * ( *) Tool change Number of tool stations Tool selection random random Max. tool Ø 76 mm (150 mm) [3 (5.9 )] 76 mm (150 mm) [3 (5.9 )] (without adjacent tools) Max. tool length 280 mm (11 ) 280 mm (11 ) Max. tool weight 8 kg (17.6 lb) 8 kg (17.6 lb) Max. load 120 kg (264.6 lb) 120 kg (264.6 lb) Time for tool change (tool/tool) 1,5 s 1,5 s General data Power supply 30 kw (40.2 hp) 30 kw (40.2 hp) Dimensions L x D x H 3915 x x mm (154.1 x 142 x ) 4050 x 3605 x mm (159.4 x x ) Weight kg ( lb) kg ( lb) Compressed air 6 bar 6 bar Space assignment plan MCP (opt.) Options * These data are based on a room temperature of 22 ± 1 Celsius. Machine installed in accordance with the EMCO FAMUP foundation plan