MT-ILC-SUB / 2–100 N
Subminiature Tendon & Micro Inline Load Cell
Subminiature inline load cell selection starts with the tendon path and the smallest force change that matters. Define low-force resolution together with mechanical protection and signal bandwidth.
Request drawing & quotation ↗Robotic tendons · pump development · research fixtures
Resolve tendon force inside a small mechanism.
Include tendon pretension, routing friction, acceleration peaks and a mechanical overload stop. Medical and surgical applications require a separate system-level validation process.
Three inputs for the first drawing review
- Minimum force increment, pretension and maximum transient
- Tendon attachment, mechanical stops and sensor mass
- Drift, sampling bandwidth and cable-induced forces
Family selection ranges follow the project catalog plan. Dimensions, accuracy, material and IP rating are confirmed for the quoted part.
PART NUMBER BUILDER
Configure a reference for the engineering review.
Select a capacity, thread and output to carry into the request below. Mixed threads require both ends in the RFQ. This reference is subject to drawing approval.
ENGINEERING RFQ / SAMPLE REQUEST
Send the load case.
Define the interfaces.
Include both thread ends, working and peak force, available space and the signal your controller expects.
Company and university email domains are preferred. Prototype and research inquiries are welcome.
inquiry@inlineloadcell.com ↗