The Millibar Manual Tool Changer allows operators to effortlessly change tools for high mix, low volume production applications.

Without any tools, quickly switch between adaptive grippers, vacuum grippers, camera calibration stylus, and more. Simply release the locking lever and slide a new tool into place.

Even if your facility has a variety of robot brands, the Millibar Manual Tool Changer ecosystem allows tools to be moved between robots.

Type
  • Collision/Torque Sensors
  • Compensation Unit
  • Compilance Devices
  • Connectors
  • Dispensers
  • Force Torque Sensors
  • Sanders
  • Screwdrivers
  • Tool Changers
  • Vacuum Generators
  • Welding Torches
  • Wrist Cameras
Repeatability 0 mm
Payload 50 kg

Manual Tool Changer Downloads

Millibar Tool Changer Catalog
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Manual Tool Changer Alternatives

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Mindman MCTC Automatic Tool Changer
Payload 25kg
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KOSMEK SWL Robotic Hand Changer
Payload 80-300 kg | Product mass 2.7-12.5 kg
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Payload Line-up : 80kg/120kg/180kg/300kg.Applicable to ISO Mounting Pattern. Super-Thin Clamped state dimension SWL0800:53mm SWL1200:62mm SWL1800:70mm SWL3000:83mm Direct Mounting on Robots Applicable to ISO Mounting Pattern. Fall PreventionMechanically holds connection even when air pressure is at 0MPa.
Grip MGW Connector
Payload 10-120 kg | Product mass 0-10.5 kg
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The MGW Connector is our universal quick changer for every application and we have made it even better! The new system is of higher quality and offers more safety and accuracy. The innovations are a response to the current requirements of our customers. A centering disc can be installed on both the upper assembly (robot side) and lower assembly (tool side) of the robot and ensures that the tools are correctly aligned with the robot arm. MGW Connector advantages:Interface according to DIN EN ISO 9409-1Durable - 5,000/10,000 cycles*Withstands high loadsNo tool required due to integrated operating leverIntuitive operationCan be released and closed with one handProtection against unintentional opening for dynamic applicationsSpring-loaded locking pin secures hand lever against self-releasingLightweight made of high-strength aluminum, anodizedOptional mounting surface for energy feed-through*Cycles dependent upon the MGW material. By turning the semi cylindrical bolt by 180°, the upper assembly and lower assembly are secured together. When locking, the lower assembly is pulled up by the lever action. A centering disc can be installed on both the upper assembly (robot side) and lower assembly (tool side) of the robot and ensures that the tools are correctly aligned with the robot arm.