SIX-AXIS FORCE SENSORS
Six-Axis Force Sensors
Review published six-axis force sensor Exact SKUs by force and torque range, then confirm measurement performance, interface, environment and controlled engineering documentation.
1
Product platforms
9
Published configurations
Engineering Documentation
- 2D drawings
- Documentation availability requires engineering review
- 3D CAD
- Documentation availability requires engineering review
Selection problem
Selecting Six-Axis Force Sensors
Start with the required Fxy and Fz force envelope, then verify Mxy and Mz torque capacity, nonlinearity, mounting and data-interface requirements.
Force range (Fxy)
Verify the recorded Force range (Fxy) for Six-Axis Force Sensors at Product Platform or Model / SKU level and carry unresolved values into engineering review.
Force range (Fz)
Verify the recorded Force range (Fz) for Six-Axis Force Sensors at Product Platform or Model / SKU level and carry unresolved values into engineering review.
Torque range (Mxy)
Verify the recorded Torque range (Mxy) for Six-Axis Force Sensors at Product Platform or Model / SKU level and carry unresolved values into engineering review.
Torque range (Mz)
Verify the recorded Torque range (Mz) for Six-Axis Force Sensors at Product Platform or Model / SKU level and carry unresolved values into engineering review.
Documentation to confirm
Documentation to confirm
Availability is confirmed during engineering review.
- 2D dimension drawing
- Controlled STEP / STP CAD
- Electrical interface and pinout
- Calibration and performance records
Prepare for RFQ
Prepare for RFQ
Submit the known operating requirements, interfaces and project constraints for a Six-Axis Force Sensors engineering review.
- Fxy and Fz force range
- Mxy and Mz torque range
- Nonlinearity and resolution
- Mounting and overload context