MXL Force Metrology — MXL-12D engineering request checklist
https://multiaxisloadcell.com/12-axis-force-sensors
Contact: inquiry@multiaxisloadcell.com
Reviewed: 2026-11-01

Request worksheet only. This is not a product datasheet, approved drawing,
calibration record or confirmation of production availability.

Define the requested physical quantities:
1. Force: Fx / Fy / Fz, ranges with N or kN, simultaneous load cases.
2. Moment: Mx / My / Mz, ranges with N·m and sensor reference origin.
3. Linear acceleration: ax / ay / az, ranges with m/s² or g, reference point
   and gravity/specific-force convention.
4. Angular acceleration: αx / αy / αz, ranges with rad/s², measured or
   estimated output, estimation/filtering method and delay.
Angular rate in rad/s alone does not fulfill the angular-acceleration request.

Define the system:
- Sensor and inertial reference frames, alignment and any point offsets.
- Useful bandwidth, output rate, filter/group delay and acceptance tolerance.
- Maximum inter-stream skew, timestamps and trigger/clock requirements.
- Tool mass, center of mass, inertia, trajectory and load/overload events.
- Maximum envelope, mounting faces, cable path and environmental constraints.
- Requested controller interface, OS, firmware and supported software files.
- Calibration records and acceptance tests for the complete assembly.
- Prototype/production quantity, delivery country and requested schedule.

Quote as separate, configuration-specific deliverables:
Mechanical assembly; force/torque transducer; inertial subsystem; synchronized
acquisition and conversion; applicable calibration; software/integration;
acceptance validation; approved drawing; price and delivery terms.

Twelve measured components do not automatically establish accurate inertial
compensation or a stable force-control loop. Four triaxial sensing points with
twelve raw channels form a different measurement task from this force/torque
and acceleration request.