Gripping tools - Import export

Front and back of grommet snap together easily without special tools and grip the fabric for a tight hold. Sold in front/back sets. Great for high moisture/humidity applications, will not corrode or rust. For thicker fabrics, place a piece of wood on top of grommet and tap with a hammer to set. Washable and dry cleanable. UV resistant; will not chip or crack.

Do you want to use the OnRobot grippers as double grippers? The Dual Quick Changer double gripper system allows the use of different OnRobot gripping tools in one pass. With this innovative solution, you can use two RG2 grippers or one RG6 gripper with a VG10 – it’s up to you. Switch quickly and seamlessly between our tools with the Dual Quick Changer to maximize the utilization of your robots. With the Dual Quick Changer, throughput times can be accelerated and thus the productivity of your plant increased. Not only suitable for OnRobot products. The DUAL Quick Changer can also be combined with tools from other manufacturers. It can also be used for own constructions. Another example are existing tools, which can also be equipped with the OnRobot quick-change system. The Dual Quick Changer is the alternative to the Quick Changer. This makes it easy to install two tools on one robot arm.

Transfer tools play an important role in the serial production of parts. They allow for the automation of often simple activities, thanks to which it is possible to shorten the production time of the finished product. They also involve the employee's participation to a minimum. Transfer tools work in sequence, with the created elements being moved one by one between stations using special grips. Contrary to progressive tools , the part is cut from the strip in the first station and then shaped in the next stages of the process. In order to achieve optimal work results, it is necessary to perfectly synchronize all activities. This requires not only an appropriate design, but also a simulation. Thanks to many years of experience and appropriate technological facilities, we produce Line / Transfer Die Stamping tools that meet all your expectations. Our technological facilities consist

TW HANDLE Robust steel construction with ribbed polymer grip Multi-position on tool for balanced handling Cap-screw locking with positive ‘docking’ Is suitable for all wrench models (TWHC, TWSD, TWLC), however for larger sizes (TWSD25/TWLC30/TWHC50) we recommend the use of eye-bolt lifting.

WIND TENSIONERS Our tensioners have quality designed in with standard features that enhance durability and efficiency to get the job done faster and safer: Quality Means Lower Life-Cycle Costs: Achieves 90% proof load requirement for ISO 898 Grade 10.9 bolts Fully enclosed load cell eliminates debris in piston retraction mechanism Auto-Engaging Geared Nut Rotator Self-energizing, long life seals Enhanced Usability: Piston stroke limit indication High pressure swivel coupling (swivel is optional on WSS & WSL) 19,580 psi (1,350 bar maximum operating pressure) Automatic piston retraction mechanism Designed with Safety in Mind: Overstroke prevention for safe operation Anti-slip grip surface Tool lifting-strap as standard WSS & WSL FOUNDATION WIND TENSIONERS Suitable for ISO Metric threaded and all-thread bars Geared or Manual Nut Rotator Long & short stroke models Maximum operating pressure 19,580 psi (1350 bar) Uses standard system 'nut' for reaction Contact factor for op

WIND TENSIONERS Our tensioners have quality designed in with standard features that enhance durability and efficiency to get the job done faster and safer: Quality Means Lower Life-Cycle Costs: Achieves 90% proof load requirement for ISO 898 Grade 10.9 bolts Fully enclosed load cell eliminates debris in piston retraction mechanism Auto-Engaging Geared Nut Rotator Self-energizing, long life seals Enhanced Usability: Piston stroke limit indication High pressure swivel coupling (swivel is optional on WSS & WSL) 19,580 psi (1,350 bar maximum operating pressure) Automatic piston retraction mechanism Designed with Safety in Mind: Overstroke prevention for safe operation Anti-slip grip surface Tool lifting-strap as standard WSD COMPACT TOWER WIND TENSIONERS Robust Gearbox Drive Auto-Engaging Geared Nut Rotator Low height hydraulic load cell Fast application using 1/2" drive Cycle counter optional (Add “A” to end of part number) Maximum operating pressure 19,580 psi (1350 bar) Twin...

WIND TENSIONERS Our tensioners have quality designed in with standard features that enhance durability and efficiency to get the job done faster and safer: Quality Means Lower Life-Cycle Costs: Achieves 90% proof load requirement for ISO 898 Grade 10.9 bolts Fully enclosed load cell eliminates debris in piston retraction mechanism Auto-Engaging Geared Nut Rotator Self-energizing, long life seals Enhanced Usability: Piston stroke limit indication High pressure swivel coupling (swivel is optional on WSS & WSL) 19,580 psi (1,350 bar maximum operating pressure) Automatic piston retraction mechanism Designed with Safety in Mind: Overstroke prevention for safe operation Anti-slip grip surface Tool lifting-strap as standard WDD UP TOWER WIND TENSIONERS Robust Gearbox Drive Auto-Engaging Geared Nut Rotator Small diameter, high load 2-Stage hydraulic load cell Fast application using 1/2" drive Cycle counter optional (Add “A” to end of part number) Max Pressure: 19,580 psi (1,350...

Insulated screwdriver Bit 1,2 x 6,5 mm - 113 mm long, so sees the mechanic where he screwed with the battery screwdriver! - Electrically isolated – from the top to accommodate! This is because the power where it belongs - into the part and not the tool! - color coding (for each screw type a color; size by different color gradations visible) – so is the first grip the right tools at hand!

Insulated screwdriver Bit PH 1 - 113 mm long, so sees the mechanic where he screwed with the battery screwdriver! - Electrically isolated – from the top to accommodate! So the voltage where it belongs becauset - into the part and not the tool! - color code (a color for each screw type; Size by different color gradations visible) – so is the first grip the right tools at hand!

Insulated screwdriver Bit PH 2 - 113 mm long, so sees the mechanic where he screwed with the battery screwdriver ! - Electrically isolated– from the top to accommodate! So the voltage stays where it belongs because - into the part and not the tool! - color code (for each screw type a color ; Size by diffeerent color gradations visible ) – This is the first grip the right tools at hand!

Insulated screwdriver Bit PZ 1 - 113 mm long, so sees the mechanic where he screwed with the battery screwdriver! - Electrically isolated – from the top to accommodate! So the voltage stays where it belongs - into the part and not in the tool! - Color code (for each screw type one color; Size by different color gradations visible) – so is the first grip the right tools at hand.!

Insulated screwdriver Bit 0,8 x 4,0 mm - 113 mm long, so sees the mechanic where he screwed with the battery screwdriver! - Electrically isolated – from the top to the recording! so the voltage stays where it belongs there - into the part and not the tool! - Color code (a color for each screw type; Size by different color gradations seen) – This is the first grip is the right tool at hand!

Insulated screwdriver Bit PZ 2 - 113 mm long, so sees the mechanic where he screwed with the battery screwdrivers! - Electrically isolated – from the top to accommodate! So the voltage stays where it belongs there-into the part and not the tool! - color code (for each screwdriver type a color; Size by different color gradations seen ) – This is the first grip is the right tool at hand!

Insulated screwdriver Bit 1,0 x 5,5 mm - 113 mm long, so sees the mechanic where he screwed with the battery screwdriver! - Electrically isolated‐ From the top to the recording! This is because the voltage where it belongs -into the part and not the tool ! - Color code (a color for each screw type; Size by different color gradations seen) – it is the first grip is the right tool at hand!

ASG-EH2-R…-P Pistol Grip Transducerized Electric Screwdriver is a premium, robust tool featuring ergonomic comfort grip and Pulse Fastening Technology, which reduces the reaction typically associated with high torque tools. • Pistol grip body style with 3/8" Square drive and Trigger Start operation • Max. torque 4/10/16/20 Nm • Transducerized DC electric torque and angle control with brushless motor Sleek profile aluminum body

The zwickiLine testing machine is equally ideal for research and development as it is for routine quality assurance testing. Development and manufacture of the zwickiLine, including all mechanical, electronic, and software components—together with the comprehensive range of accessories — takes place at ZwickRoell's production facility in Germany, so all components work together seamlessly. Your benefits: - load range from 500 N up to 5 kN and with test-area heights from 565 mm to 1365 mm - Low weight, a small footprint and space-saving design - Suitable for tensile, compression, flexure and bending tests on different materials and components - Wide range of specimen grips and testing tools

The testing machine series inspekt table was developed for standard-compliant materials and component testing in the medium load range, with particular attention paid to reliability and flexibility. It is ideally suited for materials testing of plastics or non-ferrous metals as well as for testing smaller components, for example from instrument engineering. In combination with our user-friendly testing software LabMaster, standard-based and customer-specific tests can be easily implemented. Testing machine, testing software and our extensive range of accessories such as specimen grips and testing tools, extensometers or temperature control devices are optimally matched to each other and offer the ideal testing system for a wide variety of testing applications (tensile tests, compression tests, bending tests, peel tests,...). Inspekt table is available in six different load levels from 5 kN to 250 kN.

The End-of-Arm Tooling system for Sheet Metal handling named Octopus Grip consists in an octogonal-shaped central arm, attached to the wrist of the Robot Grips, specifically studied to be highly resistant to deflections/vibrations, with holes for the internal passage of air, and two or four patented quick ball coupling systems. The quick ball coupling systems allow the reconfiguration of the Robot Grips by simply changing their end effectors, in this case the tentacles of the Octopus Grip, that can be easily unhooked and placed close to the Robot Grips by a single operator on a vertical warehouse, allowing for savings in time required for changing the tools, and in storage space. The Octopus Grip system is highly flexible, from which it derives its name.