Modular and Mobile Gripping Systems. 100% Flexibility through Modularity

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1 Modular and Mobile Gripping Systems 100% Flexibility through Modularity

2 Superior Clamping and Gripping Jens Lehmann stands for precise gripping, and concentrated safe holding. As a brand ambassador of the SCHUNK team, the No. 1 goalkeeper represents our global competence leadership for clamping technology and gripping systems. The top performance of SCHUNK and Jens Lehmann are characterized by dynamics, precision, and reliability. For more information visit our website: Jens Lehmann

3 Henrik A. Schunk, Kristina I. Schunk, brand ambassador Jens Lehmann, and Heinz-Dieter Schunk Top Performance in the Team SCHUNK is the world s No. 1 for clamping technology and gripping systems from the smallest parallel gripper to the largest chuck jaw program. In order to boost efficiency, SCHUNK customers have bought more than 2,000,000 precision toolholders, 1,000,000 gripping modules, and 100,000 lathe chucks and stationary workholding systems so far. This makes us proud and motivates us to attain new top performances. As a competence leader, we recognize and develop standards with a large potential for the future, which will drive the rapid progress in many industries. Our customers profit from the expert knowledge, the experience, and the team spirit of more than 2,000 employees in our innovative family-owned company. The Schunk family wishes you improved end results with our quality products. Heinz-Dieter Schunk Henrik A. Schunk Kristina I. Schunk

4 Superior Clamping and Gripping It s time to use your machine s full With superior components, find potentials where you would never expect to find them. In your machine. Make use of your machine s full potential - with the extensive product portfolio from SCHUNK. SCHUNK, the competence expert in clamping technology and gripping systems, can now open up the full potential of your processing machines and production processes. Reduce costs by combining accurate, flexible workpiece machining with dynamic production automation. SCHUNK Synergy - when everything fits together. With SCHUNK Synergy, you benefit from superior components from our innovative family-owned company and the result of a perfectly harmonized interplay of clamping technology and gripping systems. The more SCHUNK, the more efficient.

5 potential! Clamping technology and gripping systems the perfectly adjusted interplay makes SCHUNK a champion in terms of productivity. We call it the SCHUNK Synergy. Let s see where the potentials in your machine are hidden. Jens Lehmann

6 SCHUNK No. 1 Products for higher Productivity... in your Automated Handling System Discover new potential now: And order the SCHUNK Synergy poster by telephone up to 20 tons load handling Magnetic lifting technology... in your Lathe... in your Lathe % seconds jaw change Lathe chucks and better surface quality innovative hydraulic expansion toolholders, for lathes and turning / milling centers 1,200 standard chuck jaws The world s largest chuck jaw program for every chuck type

7 ... in your Automated Handling System No. 1 more than unique PGN-plus, the only gripper with multi-tooth guidance 100% cycle increase Universal rotary module SRU-plus 20-S, the new benchmark in top performance 500 standard combinations for line and room gantries from the modular system 90% faster gripper change SWS Quick-change system fully automatic gripper change within seconds... for your Automated Machine Loading... for your Automated Machine Loading in your Machining Center kg load capacity NSR Robot coupling for pallet handling space-saving and extremely flexible 100% 90% less set-up costs with, due to set-up during processing time control KSP plus Clamping force block with jaw monitoring 30% more productivity Automated machine loading with PGN-plus grippers with GSW Spindle interface 20 mm height NSE mini the pneumatic quick-change pallet system in a very flat design

8 ... in your Automated Handling System... in your Automated Asse... in your Machining Center 75,000 customer-specific solutions 0.3 mm shank diameter Hydraulic expansion technology for tool or workpiece clamping mini sets a benchmark in micro machining 100% less than encapsulated KSK Centric clamping vise fully functional in harsh environments 5 -sided workpiece machining in one set-up clamping technology Magnetic 3 µ run-out accuracy -SVL Super-slim tool extension optimized interfering contours up to 85,000 -S predestined for high-speed cutting rpm

9 ... in your Automated Assembly combination options SCHUNK Modular assembly system 180% 25% better gripping force mass ratio EPG The powerful electronic gripper for small components with integrated electronics MPG-plus The most powerful pneumatic miniature gripper in the market 110 embly greater gripping force picks per minute PPU-E The fastest pick & place unit in the market, PPU-P with 90 picks/min... in your Service Robotics Application Future handling 6 degrees of freedom Powerball lightweight arm LWA 4P The lightweight arm with the world s most compact performance. Used on mobile platforms. less than 3 µ run-out accuracy -R with unique patented polygonal clamping technology up to 80 bar coolant-proof or peripheral coolant 100% suitable for all SCHUNK toolholders -SVL Tool extension optimized interfering contours and super-slim more than 35 years of experience in Hydraulic expansion Versatile clamping range with GZB-S Intermediate sleeves, the original. With 29 interfaces, technology. versatile, with 3 µ run-out accuracy 2,000 0 Nm torque with Ø 32 mm for large volume cutting, boring, reaming, and threads µ permanent run-out accuracy, perfect vibration damping, resulting in up to 50% longer service life

10 SCHUNK Mobile Gripping Systems. Trendsetting in Service Robotics. Right from the Start. More than 20 years of experience in mechatronics makes SCHUNK one of the world's most important developers and providers of mobile gripping systems for service robotics. Our mechatronic grippers, gripping hands, rotary modules, lightweight arms, and our modular system already set the standards in various applications today. On the economic side of things, service robotics is becoming increasingly dynamic. SCHUNK is therefore consistently expanding its comprehensive module program for mobile gripping systems with the goal of further simplifying operation and control. Whether in the professional or private environment SCHUNK is driving ahead with development. Proactively, in a spirit of partnership and networked. PR PowerCube PW PowerCube SDH servo-electric 3-Finger Gripper Hand Robot walker PG PowerCube LWA 2 Lightweight Arm PRL Lightweight Modules LWA 3 Lightweight Arm 10

11 Care-O-Bot 3 1 st Expert Days PRL-plus Lightweight Module PG-plus electric Gripper FTM 75 Force-Torque Module FTM 115 Force-Torque Module LWA 4P Powerball Lightweight Arm with SDH servo-electric 3-Finger Gripping Hand 5 th Expert Days SVH 5-Finger Hand 11

12 SCHUNK Mobile Gripping Systems for higher Productivity in your Service Robotics Application. Inspection systems, applications on mobile platforms, human / machine interaction. Development speed in service robotics is rapidly increasing. SCHUNK is now and in future setting benchmarks for various requirements with mechatronic products. It is time to make use of hidden potential. 100% flexibility through modularity 100% mobility through battery operation

13 Contents Take advantage of field-proven and constantly developed SCHUNK modular systems consisting of mechatronic modules. From electric grippers and gripping hands, to complete lightweight arms with complementary accessories. Page Mobile applications 14 Gripping Hands 16 SVH Servo-electric 5-Finger Gripping Hand 16 SDH Servo-electric 3-Finger Gripping Hand 18 Lightweight Arms 20 LWA 4P Powerball Lightweight Arm 20 LWA 4D Dextrous Lightweight Arm 22 Grippers 24 PG-plus 70 2-Finger Parallel Gripper 24 EGP 40 2-Finger Parallel Gripper 25 WSG 50 2-Finger Parallel Gripper 26 Flat Change System 27 FWS 115 Flat Change System 27 Mobile Measuring Systems 28 FTM 75 Force-Torque Module 28 FTM 115 Force-Torque Module 29 Expert Days on Service Robotics 30 Power Supply or battery operation 13

14 Sydney Harbour Bridge SCHUNK Mobile Gripping Systems for higher Productivity in your Service Robotics Application. SCHUNK is working intensively on numerous service robot projects worldwide. Due to the battery operation, our revolutionary developments are predestined for mobile mains-independent use. Their progress is documented by field-tested applications and projects in the research and testing phase

15 Renovation Work Sandblasting robots take over the dangerous and harmful maintenance of the Sydney Harbour Bridge. The core of the robots are SCHUNK LWA 4 lightweight arms in pressurized protective casings. Quality Assurance The LWA 4P is a highly flexible handling device for a fully automated laboratory system at ThyssenKrupp AG. The 6-axis Powerball lightweight arm from SCHUNK is equipped with a mechatronic PG070 gripper, and handles sensitive cement samples. Laboratory Use SCHUNK mobile gripping system components are used for new automation solutions in laboratory environments of the pharmaceutical and chemical industry. Microchip Production By using SCHUNK lightweight robots, our customized solutions provide flexible linking in industrial production. This example shows a mobile robot, carrying out transportation tasks such as loading and unloading in cleanroom conditions. Exploration The remote-controlled EOD robot developed by the Harris company makes it possible to safely remove explosive weapons. As a manipulator, SCHUNK integrated a modular lightweight arm with 6 degrees of freedom based on PRL rotary modules and PG grippers. Research A high-performance lightweight arm SCHUNK, consisting of PRL modules and a SCHUNK SDH-2 gripping hand with tactile sensors. It ensures in the flagship project Care-O-Bot of the Fraunhofer Institute for Production Engineering and Automation IPA for mobile handling. Rehab and Care Robot The battery-powered SCHUNK LWA 4D lightweight arm has 7 degrees of freedom. Service robots developed by researchers at the University of Bremen, help people with disabilities to achiecve more independence. 15

16 SVH Servo-electric 5-Finger Gripping Hand A Vision is Reality. The first Series Production 5-Finger Hand. The series production version of the anthropo morphic SCHUNK 5-finger hand grips nearly as perfectly as the human hand. The electronics are completely integrated into the wrist, which allows the 5-finger hand to simulate nearly all human hand movements. Due to the moving phalanges of nine drives, various gripping operations can be executed with high sensitivity. Elastic gripping surfaces ensure a reliable grip on objects. In addition to new dimensions in gripping and manipulation tasks, SCHUNK is defining the possibility of human / robot communication by gestures with the 5-finger hand. Your advantage: Available in left- or right-hand versions Suitable for mobile applications Low energy consumption at 24 V DC Complete integration of control, regulator and power electronics in wrist Easy connection with market-standard industrial and lightweight robots via defined interfaces Left and right gripping hand Integrated electronics in the wrist Gripping hand Key grip Precision grip Power grip 16

17 SVH Servo-electric 5-Finger Gripping Hand Technical data 1 Robot-side connection 73 Fitting for centering pin Designation SVH Right hand SVH Left hand ID Overall length [mm] 242 Hand width [mm] 92 Max. finger width [mm] 19.6 Ratio to human hand 1:1 Number of axes 20 Small finger drives 1 Ring finger drives 1 Middle finger drives 2 Index finger drives 2 Thumb drives 2 Splay drives 1 Dead weight [kg] 1.3 Power supply [V DC] 24 Interface RS electric motors control the motion functions in 20 joints 17

18 SDH Servo-electric 3-Finger Gripping Hand A unique Combination. Industrial Gripping Hand with Fingertip Sensation. The SDH multi-jointed 3-finger gripping hand masters form-fit and force-fit gripping of an extremely wide range of objects, which means it can be used both in service robotics as well as in industrial applications. Two fingers can change their orientation, as a result of which the SDH is suitable for an extremely wide variety of gripping scenarios, and is characterized by high flexibility with regard to shape, size and orientation of the objects to be gripped. Your advantage: Suitable for mobile applications Low energy consumption at 24 V DC Precise, strength-regulated gripping of hard-to-grab objects Secure gripping of serial parts Pressure and surface recognition is accomplished by an integrated tactile sensor system. This means it is possible to detect during the gripping procedure whether the object has been optimally gripped or if a correction is required. The high maximum gripping force, approximately corresponding to that of the human hand, can be sensitively monitored and controlled using the integrated sensors. MM Award 2008 Central grip Central grip Cylindrical grip Precision grip 18

19 SDH Servo-electric 3-Finger Gripping Hand Technical data 1 Robot-side connection 73 Fitting for centering pin Designation SDH Tactile sensor matrices 6 ID Angular velocity max. [ /s] 210 Overall length [mm] Moment (proximal joint) [Nm] 2.1 Finger length [mm] 155 Moment (distal joint) [Nm] 1.4 Finger spacing [mm] 66 Resolution [ ] Ratio to human hand 1.4 : 1 Dead weight [kg] 1.95 Number of fingers 3 IP class [IP] 54 Degrees of freedom 7 Power supply [V DC] 24 Degrees of freedom per finger 2 Rated current [A] 2 2-finger rotation degrees of freedom 1 Max. current when gripping [A] 5 Absolute encoder 7 Interface CAN / RS232 / Ethernet Integrated control unit in the wrist Tactile sensor matrices in each finger phalanx 19

20 LWA 4P Powerball Lightweight Arm A Lightweight Arm with the World's best compact Performance. The lightweight arm with the world's most compact performance with three highly-integrated Powerball modules offers 6 degrees of freedom. Integrated intelligence makes power ful, mobile handling possible as never before. The battery operation makes the LWA 4P mainsindependent. Combining it e.g. with SDH 3-finger hand from SCHUNK not only increases the number of degrees of freedom by another 7, but also permits typical tasks to be accomplished flexibly in the area of service robotics seamlessly integrated, without external cabling. Your advantage: Mobile, mains-independent use with optional battery operation possible. A low capacity of 12 Ah allows an 8-hour operation without charging. Low energy consumption at 24 Volt DC High torque, speed and repeat accuracy for rapid acceleration, short cycle times and high process stability Complete integration of control, regulator and power electronics does not require a control cabinet Compact quick-change system for quick and easy grippers and tools mounting Internal cabling with free wires Expandable without disruptive cables High compact performance and extremely compact Lightweight construction and new design provide a weight / load capacity ratio of 2:1 MM Award 2012 Power Supply or battery operation FWS 115 flat change system Page 27 PG-plus 70 2-finger parallel gripper Page 24 Powerball ERB Servo-electric doubleaxis rotary module with precision gears 1 1 Electronic control unit 2 Encoder Drive 4 Harmonic Drive gears 6 5 Holding brake 6 Hollow shaft for internal wiring 20

21 LWA 4P Powerball Lightweight Arm Technical data Working space (Top view) Working space (Right side) Robot foot 1 Robot-side connection 24 Bolt circle 73 Fitting for centering pin Designation LWA 4P ID Type 6 DOF lightweight robot Number of axes 6 Max. payload load [kg] 6 Repeat accuracy [mm] ±0.15 Position feedback Pseudo-absolute position measuring Drives Pan-tilt unit flange Installation direction Any Dead weight [kg] 15 Brushless servomotors with permanentmagnet brake Flat tool changer with free lines and power supply IP class [IP] 40 Power supply 24 V DC / avg. 3 A / max. 12 A Interface CANopen (CiA DS402:IEC ) Axes Speed with nominal load Range Axis 1 72 /s ±170 Axis 2 72 /s ±170 Axis 3 72 /s ±155.5 Axis 4 72 /s ±170 Axis 5 72 /s ±170 Axis 6 72 /s ±170 Grippers WSG 50, PG-plus 70, MEG, SDH 2, SVH Changer FWS 115 Robot control system ROS node (ROS.org) or KEBA CP 242/A (KEBA.com) 21

22 LWA 4D Dextrous Lightweight Arm Used and proven worldwide. The modular Design allows Flexibility. The extremely rigid design and powerful drives make the SCHUNK LWA 4D Dextrous Lightweight Arm one of the most compact, powerful modular lightweight arms. It is lightweight and can dynamically move heavy loads of up to 10 kg. Constructed using SCHUNK's unique modular system, the arm can be adapted to various tasks as required by the application. The LWA 4D is suited for measuring and inspecting tasks, but can also be used for mine detecting or with modern rehabilitation systems. The LWA 4D is integrated worldwide as a standard component of service robots. Combined with the sensitive SCHUNK gripping systems, the range of applications is perfected. Your advantage: Suitable for mobile applications Low energy consumption at 24 V DC High torque, speed and repeat accuracy for rapid acceleration Short cycle times and high process stability Complete integration of control, regulator and power electronics does not require a control cabinet Compact quick-change system to quickly and easily mount grippers and tools Internal cabling with free wires Expandable without disruptive cables High power density and extremely compact Lightweight construction and new design provide a-weight load capacity ratio of 2:1 Maneuverable and flexible 7 axes provide redundancy during challenging handling tasks FWS 115 flat change system Page 27 PG-plus 70 2-finger parallel gripper Page 24 Power Supply or battery operation 22

23 LWA 4D Dextrous Lightweight Arm Technical data Front view Side view Robot foot 1 73 Robot-side connection Fitting for centering pin Designation LWA 4D ID Type Number of axes 7 Max. payload [kg] 10 Repeat accuracy [mm] ±0.15 Position feedback Drives Pan-tilt unit flange Installation direction Any Dead weight [kg] 18 IP class [IP] 54 7 DOF lightweight robot Pseudo-absolute position measuring Brushless servomotors with permanentmagnet brake Flat tool changer with free lines and power supply Power supply 24 V DC / avg. 5 A / max. 15 A Interface CANopen (CiA DS402:IEC ) Axes Speed with nominal load Range Axis 1 40 /s ±180 Axis 2 40 /s ±123 Axis 3 40 /s ±180 Axis 4 40 /s ±125 Axis 5 40 /s ±180 Axis 6 72 /s ±170 Axis 7 72 /s ±170 Grippers WSG 50, PG-plus 70, MEG, SDH 2, SVH Changer FWS 115 Robot control system ROS node (ros.org) 23

24 PG-plus 70 Servo-electric 2-Finger Parallel Gripper with FWA 115 Flat Change System Universally mobile Applicability. Sensitive Gripping Force Regulation for a large Variety of Parts. The SCHUNK PG-plus 70 is a servo-electric 2-finger parallel gripper with sensitive grip force control and long stroke. It is universally applicable, highly flexible with a a large variety of parts, and suitable for sensitive components in a clean working environment. The control, regulating and power electronics are completely integrated. The PG-plus 70 is also available in a dust-proof version. PG-plus 70 2-finger parallel gripper In application on page 15 Your advantage: Gripping force configuration from N available for fine gripping of sensitive workpieces Long stroke of 60 mm for flexible workpiece handling Technical data 2 Finger connection 24 Bolt circle 73 Fitting for centering pin Designation PG-plus 70 Dust-proof version Max. acceleration [mm/s²] 328 ID Dead weight [kg] 1.2 Stroke per finger [mm] 30 IP class [IP] 20 Min. / max. Gripping force [N] 30 / 200 Min. / max. Ambient temperature [ C] 5 / 55 Rated force [N] 160 Power supply [V DC] 24 Recommended workpiece weight [kg] 1.0 Rated current [A] 1.4 Max. permissible finger length (at rated force) [mm] 140 Max. total current [A] 1.8 Repeat accuracy [mm] ±0.05 Parameterization interface CAN / USB Max. speed [mm/s] 82 Fieldbus interface CANOpen DS

25 The most powerful electronic Small Component Gripper with integrated Electronics. EGP 40 Electrical 2-Finger Parallel Gripper with FWA 115 Flat Change System The SCHUNK EGP is the world's strongest mechatronic gripper for small components with integrated electronics. With a gripping force / mass ratio of over 180% it is better than comparable grippers for small components, the powerhouse in small components handling is a revolution among mechatronic grippers. Your advantage: 4-level configurable gripping force for flexible gripping force adjustment for sensitive workpieces in your service robotics application Compact dimensions for minimum interfering contours in handling EGP 40 2-finger parallel gripper Technical data 1 Gripper connection 2 Finger connection 24 Bolt circle 72 Fitting for centering sleeve 73 Fitting for centering pin 80 Depth of the centering sleeve in the counter piece 90 Proximity switch Designation EGP 40 ID Stroke per finger [mm] 6 Min. / max. Gripping force [N] 40 / 140 Dead weight [kg] 0.35 Steps of adjustable gripping force 4 Recommended workpiece weight [kg] 0.7 Closing / opening time [s] 0.22 / 0.22 Max. admissible finger length [mm] 50 Protection class IP 30 25

26 WSG Servo-electric 2-Finger Parallel Gripper with FWA 115 Flat Change System Simplest Configuration flexible Control. The sensitive one for mobile Use. WSG 50 2-finger parallel gripper Technical data For handling processes in service robotics that rely on high flexibility and sensitivity with long strokes, the servo-electric SCHUNK WSG 2-finger parallel gripper is the first choice. The base version offers a stroke of up to 55 mm per finger. The gripping forces fall between 5 N and 80 N. The WSG can realize the shortest cycle times with a long stroke due to high jaw speeds of up to 420 mm/s. Your advantage: Optional control via Ethernet or CAN additional busses are possible. Integrated gripping control with web server for easy configuration and diagnosis without installing software. With its electronics integrated in the gripper jaws, the WSG is able to measure the forces that occur during gripping with sensors. A wide variety of workpieces can be handled by this gripper with process reliability. 1 Gripper connection 24 Bolt circle 90 Opt. RS232 2 Finger connection 73 Fitting for centering pin 92 Opt. Ethernet Designation WSG (incl. Measuring finger) ID Stroke per finger [mm] 55 Min. / max. Gripping force [N] 5 / 80 Rated force [N] 80 Recommended workpiece weight [kg] 0.4 Max. permissible finger length 170 (at rated force) [mm] Repeat accuracy [mm] ±0.013 Max. speed [mm/s] 420 Max. acceleration [mm/s²] 5000 Dead weight [kg] 1.2 IP class [IP] 20 Min. / max. Ambient temperature [ C] 5 / 50 Power supply [V DC] 24 Rated current [A] 0.9 Max. total current [A] 1.5 Parameterization interface CAN / Ethernet Fieldbus interface CAN / Ethernet 26

27 FWS 115 Flat Change System Versatile in Use due to low Height. FWA 115 adapter The changer has a small diameter and compact height of 15 mm, factors which make it outstandingly suited for exchanging different end effectors rapidly and with just a few actions on the robot. It is suitable for the rapid, manual tool change due to its low weight and simple operation. The integrated adapter boards with spring-mounted gold contacts ensure that the power supply and signal lines are perfectly contacted. Your advantage: Compact height of 15 mm M Z FWK 115 head M x M y FWS 115 flat change system In application on page 20 Technical data 24 Bolt circle 73 Fitting for centering pin Designation FWK 115 head ID Electrical feed-throughs 10 Max. moment load M x, M y [Nm] 40 Max. moment load M z [Nm] 100 Max. payload [kg] 10 Dead weight [kg] 0.2 Designation FWA 115 adapter ID Electrical feed-throughs 10 Max. moment load M x, M y [Nm] 40 Max. moment load M z [Nm] 100 Max. payload [kg] 10 Dead weight [kg]

28 FTM 75 Force-Torque Module Compact and flat. With integrated Measuring and Evaluation Technology. The FTM 75 and FTM 115 force-torque modules are measuring systems for all six degrees of freedom, and thus make it possible to control and regulate the process forces in the robot. In the event of a collision, it is also possible for a lightweight arm to "give" flexibly and for compensation scenarios to be introduced. Your advantage: Compact and flat design F Z F x F y FTM 75 force-torque module Technical data 24 Bolt circle 73 Fitting for centering pin Designation FTM 75 force-torque module ID Range of measurement F x, F y [N]: ±300 Range of measurement F z [N]: ±300 Range of measurement M x, M y [Nm]: ±15 Range of measurement M z [Nm]: ±15 Resolution F x, F y, F z [N]: 0.3 Resolution M x, M y, M z [Nm]: 0.01 Dead weight [kg]: 0.7 Power supply [V DC] 24 Fieldbus interface CAN 28

29 FTM 115 Force-Torque Module Precise and with broad Range of Measurement. With integrated Measuring and Evaluation Technology. The integrated change system allows the modules to be installed simply between the lightweight arm flange and end effector. The measuring and evaluation electronics processor is integrated in the modules. The measurement values can be interrogated via the CAN bus. Your advantage: Very precise measurements F Z F y F x FTM 115 force-torque module Technical data 24 Bolt circle 73 Fitting for centering pin Designation FTM 115 force-torque module ID Range of measurement F x, F y [N] ±580 Range of measurement F z [N] ±1160 Range of measurement M x, M y [Nm] ±20 Range of measurement M z [Nm] ±20 Resolution F x, F y [N] ±1/4 Resolution F z [N] ±1/4 Resolution M x, M y [Nm] ±1/188 Resolution M z [Nm] ±1/376 Dead weight [kg] 1.0 Power supply [V DC] 24 Fieldbus interface CAN 29

30 Always at the end of February The world's leading Symposium for applied Service Robotics. During the annual Expert Days, SCHUNK promotes the interdisciplinary exchange between its customers and robotics experts from all over the world to encourage the development of the sector as a whole, as well as achieving synergy effects in a targeted way. Every year, at the end of February, the participants in the world's leading information event for service robotics can look forward to a feast of high-quality speakers from all over the world who present the latest trends, cutting-edge research projects and promising business models. As a pioneer in service robotics and a competence leader for both clamping technology and gripping systems, SCHUNK develops standards with future potential. With the Expert Days, SCHUNK offers research industry and commerce specialists as well opportunity for an intensive exchange of ideas and a unique possibility to broaden their horizons. The event is always fully booked, and the enthusiastic response from the participants goes to show: SCHUNK is setting the trend for the future

31 Press Echo about Expert Days What Expert Days offers is a fantastic opportunity, briefly between Labor Day and Spring Break, to glimpse the future of robotics as it inexorably moves into a position of primacy, to immerse oneself in stunning new products coming to market, and to get face time with the people who are making some of it happen. 2013, Tom Green,

32 Nr. No. 1 1 Konzentriertes, Concentrated, safe sicheres holding Halten an on vorderster the front Front. line. 852 Minuten minutes without ohne Gegentor a in goal der against Champions him in League the Champions League 681 Minuten ohne Gegentor im 681 Nationaltrikot minutes without a goal against him in the national team gehaltene Elfmeter bei der 2 intercepted penalties WM 2006 in the 2006 World Cup 1 Kopfballtor headed goal als as Torwart a goalie 0 Mit defeats 0 Niederlagen English Soccer Champion Englischer Meister and More than 2,000,000 sold precision toolholders About 1,000,000 delivered gripping modules More than 100,000 lathe chucks and stationary workholding systems are in use worldwide More than 16,000,000 sold standard chuck jaws More than 75,000 implemented hydraulic expansion customer-specific solutions SCHUNK Mobile Greifsysteme GmbH Jens Lehmann, German goalkeeper legend, brand ambassador of SCHUNK, the family-owned company, since Bahnhofstr D Lauffen/Neckar Tel Fax robotics@de.schunk.com M-04/ SCHUNK GmbH & Co. KG