Showing 113–128 of 257 results

QCG63-B

QCG63-B

Passive tool changer – QCG

  • Gimatic QCG63 revolutionizes robotic tool changes by leveraging the robot”s own power for automatic coupling and decoupling.
  • Automatic Tool Change: Requires no external power (electric or pneumatic) for tool changes.
  • Manual Change: The QCG can also be used for manual tool changes using the rear handle.
  • Payload: Up to 50 kg.
  • Air Connection: Two 1/8″ air connections.
  • Brushless motor with long electric life (Brushless DC).
  • Motor drive integrated in the actuator.
  • 24 Vdc low voltage supply.
  • M8x1, 3-pin standard connection.
  • Controllable by PLC as a pneumatic valve.
  • Rotation on ball bearings.
  • Carbon fibre reduction system.
  • Maintenance free for 10 million cycles.
  • Best weight/size/force ratio.
  • Compatible with MPPM electric grippers.
  • Optional inductive sensors.
Select options This product has multiple variants. The options may be chosen on the product page
QCG63-BA

QCG63-BA

Passive tool changer – QCG

  • Gimatic QCG63 revolutionizes robotic tool changes by leveraging the robot”s own power for automatic coupling and decoupling.
  • Automatic Tool Change: Requires no external power (electric or pneumatic) for tool changes.
  • Manual Change: The QCG can also be used for manual tool changes using the rear handle.
  • Payload: Up to 50 kg.
  • Air Connection: Two 1/8″ air connections.
  • Brushless motor with long electric life (Brushless DC).
  • Motor drive integrated in the actuator.
  • 24 Vdc low voltage supply.
  • M8x1, 3-pin standard connection.
  • Controllable by PLC as a pneumatic valve.
  • Rotation on ball bearings.
  • Carbon fibre reduction system.
  • Maintenance free for 10 million cycles.
  • Best weight/size/force ratio.
  • Compatible with MPPM electric grippers.
  • Optional inductive sensors.
Select options This product has multiple variants. The options may be chosen on the product page
QCG63-BM1

QCG63-BM1

Passive tool changer – QCG

  • Gimatic QCG63 revolutionizes robotic tool changes by leveraging the robot”s own power for automatic coupling and decoupling.
  • Automatic Tool Change: Requires no external power (electric or pneumatic) for tool changes.
  • Manual Change: The QCG can also be used for manual tool changes using the rear handle.
  • Payload: Up to 50 kg.
  • Air Connection: Two 1/8″ air connections.
  • Brushless motor with long electric life (Brushless DC).
  • Motor drive integrated in the actuator.
  • 24 Vdc low voltage supply.
  • M8x1, 3-pin standard connection.
  • Controllable by PLC as a pneumatic valve.
  • Rotation on ball bearings.
  • Carbon fibre reduction system.
  • Maintenance free for 10 million cycles.
  • Best weight/size/force ratio.
  • Compatible with MPPM electric grippers.
  • Optional inductive sensors.
Select options This product has multiple variants. The options may be chosen on the product page
QCG63-BS

QCG63-BS

Passive tool changer – QCG

  • Gimatic QCG63 revolutionizes robotic tool changes by leveraging the robot”s own power for automatic coupling and decoupling.
  • Automatic Tool Change: Requires no external power (electric or pneumatic) for tool changes.
  • Manual Change: The QCG can also be used for manual tool changes using the rear handle.
  • Payload: Up to 50 kg.
  • Air Connection: Two 1/8″ air connections.
  • Brushless motor with long electric life (Brushless DC).
  • Motor drive integrated in the actuator.
  • 24 Vdc low voltage supply.
  • M8x1, 3-pin standard connection.
  • Controllable by PLC as a pneumatic valve.
  • Rotation on ball bearings.
  • Carbon fibre reduction system.
  • Maintenance free for 10 million cycles.
  • Best weight/size/force ratio.
  • Compatible with MPPM electric grippers.
  • Optional inductive sensors.
Select options This product has multiple variants. The options may be chosen on the product page
QCG63-C

QCG63-C

Passive tool changer – QCG

  • Gimatic QCG63 revolutionizes robotic tool changes by leveraging the robot”s own power for automatic coupling and decoupling.
  • Automatic Tool Change: Requires no external power (electric or pneumatic) for tool changes.
  • Manual Change: The QCG can also be used for manual tool changes using the rear handle.
  • Payload: Up to 50 kg.
  • Air Connection: Two 1/8″ air connections.
  • Brushless motor with long electric life (Brushless DC).
  • Motor drive integrated in the actuator.
  • 24 Vdc low voltage supply.
  • M8x1, 3-pin standard connection.
  • Controllable by PLC as a pneumatic valve.
  • Rotation on ball bearings.
  • Carbon fibre reduction system.
  • Maintenance free for 10 million cycles.
  • Best weight/size/force ratio.
  • Compatible with MPPM electric grippers.
  • Optional inductive sensors.
Select options This product has multiple variants. The options may be chosen on the product page
QCKE75-A

QCKE75-A

QCKE75-A

Passive tool changer, with 4 air channels -1/6 bar, robot side

Select options This product has multiple variants. The options may be chosen on the product page
Random Orbital Toolholders

Random Orbital Toolholders

Random Orbital Toolholders

Toolholders
PushCorp has designed a series of tool shafts to aid the customer when performing random orbital sanding operations. These are designed with counter weights and eccentrics based on the desired sanding disk diameter and orbit diameter. The 5″ & 6″ disc units are are tapped to accept 5/16-24 male threaded disks, while the 3″ disc units are tapped for 1/4-20. Disks are available from several abrasive manufacturers to support a wide variety of media. The following charts show the appropriate PushCorp Assembly number for a desired Sanding Disk Diameter & Orbit Diameter.

Select options This product has multiple variants. The options may be chosen on the product page
RBS372 Series

RBS372 Series

RBS372 Series

Robotic Belt Sander

The PushCorp RBS372 Robotic Belt Sander is an ideal solution for belt sanding applications. It features a 72 inch long belt for long, continuous sanding applications. The RBS372 has been designed from the ground up as a mid-sized belt sanding unit with many unique features. The RBS372 may be used to sand in three different ways – on its large steel platen, on the 7 inch (178 mm) contact wheel – specified at the time of purchase, or in the slack area of the belt media.

Select options This product has multiple variants. The options may be chosen on the product page
Robot and Spindle Brackets

Robot and Spindle Brackets

Robot and Spindle Brackets

PushCorp has designed a series of brackets to make integrating our equipment easier than ever. All of our Force Compliance Devices have a 90mm circular bolt pattern on the horizontal mounting plate. This 90mm bolt pattern can be mounted to any of the robot adapter plates in the “3D & 2D Downloads” section. If there is not a bracket for your robot in this list, we will make one!

We also have several different mounting plates and brackets to mount our spindles to the force compliance device. Whether you are mounting in the parallel or perpendicular configuration, these brackets make that easy. Unsure of what bracket you need or need something custom? Click over to the Contact Us page and get in touch with one of our application engineers today!

Select options This product has multiple variants. The options may be chosen on the product page
Roller Handling Robot R5000DS-TR

Roller Handling Robot R5000DS-TR

Roller Handling Robot : R5000DS-TR
Rated load: 5000kg
Navigation mode: LiDAR SLAM navigation
Positioning accuracy: ±10mm
Angle precision: ±1°
Lifting height: N/A
Endurance: 6-8 hr.
Charging time: ≤ 1.5 hr.
Charging mode: manual/automatic
Communication mode: WiFi/5GSize guide

Roller Mobile Robot-R3000DS-TR

Roller Mobile Robot-R3000DS-TR

Roller Mobile Robot : R3000DS-TR
Rated load: 3000kg
Navigation mode: LiDAR SLAM navigation
Positioning accuracy: ±10mm
Angle precision: ±1°
Lifting height: N/A
Endurance: 6-8 hr.
Charging time: ≤ 1.5 hr.
Charging mode: manual/automatic
Communication mode: WiFi/5GSize guide

Roller Transplanting Robot R1000DS-TR

Roller Transplanting Robot R1000DS-TR

Roller Transplanting Robot: R1000DS-TR
Rated load: 1000kg
Navigation mode: LiDAR SLAM navigation
Positioning accuracy: ±10mm
Angle precision: ±1°
Lifting height: N/A
Endurance: 6-8h
Charging time: ≤ 1.5h
Charging mode: manual/automatic
Communication mode: WiFi/5G

Roller Transplanting Robot R100TR

Roller Transplanting Robot R100TR

Roller Transplanting Robot : R100TR
Rated load: 100kg
Navigation mode: QR Code / LiDAR SLAM navigation
Positioning accuracy: ±10mm
Angle precision: ±1°
Lifting height: N/A
Endurance: 8h
Charging time: ≤ 1.5h
Charging mode: manual/automatic
Communication mode: WiFi/5GSize guide

Roller Transplanting Robot R100TR

Roller Transplanting Robot R100TR

Roller Transplanting Robot : R100TR
Rated load: 100kg
Navigation mode: QR Code / LiDAR SLAM navigation
Positioning accuracy: ±10mm
Angle precision: ±1°
Lifting height: N/A
Endurance: 8h
Charging time: ≤ 1.5h
Charging mode: manual/automatic
Communication mode: WiFi/5GSize guide

Roller Transplanting Robot R100TR

Roller Transplanting Robot R100TR

Roller Transplanting Robot : R100TR
Rated load: 100kg
Navigation mode: QR Code / LiDAR SLAM navigation
Positioning accuracy: ±10mm
Angle precision: ±1°
Lifting height: N/A
Endurance: 8 hr.
Charging time: ≤ 1.5 hr.
Charging mode: manual/automatic
Communication mode: WiFi/5GSize guide

Roller Transplanting Robot R150TR

Roller Transplanting Robot R150TR

Roller Transplanting Robot : R150TR
Rated load: 150kg
Navigation mode: QR Code / LiDAR SLAM navigation
Positioning accuracy: ±10mm
Angle precision: ±1°
Lifting height: N/A
Endurance: 8 hr.
Charging time: ≤ 1.5 hr.
Charging mode: manual/automatic
Communication mode: WiFi/5GSize guide