Robotics & Motion
Custom wire harnesses and cable assemblies for robotics and motion systems — robot-arm internal harnesses, dynamic and torsional flex looms, servo motor power and feedback, teach-pendant cables, end-effector (EOAT) harnesses, and AGV / AMR wiring. Built for millions of flex cycles and 100% electrically tested in Taiwan since 1998.
What We Build For Robotics & Motion
A robot harness moves for a living. Bend, twist, and accelerate millions of times before anything else on the machine wears out. For twenty-eight years we've built arm-internal looms, dress packs, and dynamic-flex cables for robot builders, cobot makers, and AGV / AMR integrators.
Our robotics practice spans robot-arm internal harnesses, dynamic and torsional flex looms, servo motor power and encoder feedback, teach-pendant and HMI cables, end-effector (EOAT) harnesses, AGV / AMR wiring, and robot vision and sensor cables — power, signal, and data on one bill of materials.
The same line in Taiwan wires all of it — from a feasibility sample to production-cell volumes. Send a sketch, a BOM, or a competitor sample, and we return a design-for-manufacture review in three business days.
Need Custom Cable Assembly or Wire Harnesses?
Working on a custom project and searching for a trusted manufacturer? Reach out to us for a rapid engineering evaluation and a detailed quote within 24 hours.
3 Product Families Do Most Of The Robotics & Motion Work.
Arm & dress-pack harness
Joint-to-joint and dress-pack looms with PUR jackets, rated for continuous bend and torsion through the arm.
Servo & feedback cable
Shielded servo motor power with encoder / resolver feedback for robot joints. M23 circular, EMC-screened.
End-effector (EOAT) harness
Gripper, tool and sensor harnesses for the end of arm. Compact, flexible and quick-change ready.
Robotics Assembly Specifications — Baseline.
ELECTRICAL · MECHANICALTWT-01.E
ENVIRONMENTAL · QUALIFICATIONTWT-01.Q
QUALITY · DOCUMENTATIONTWT-01.D
COMMERCIAL · LOGISTICSTWT-01.C
Sketch To Shipment On One Floor
The same engineering team carries your part from the bench through PPAP and into production. No handoffs to another factory.
Drawing review
Send a sketch, BOM, competitor sample, or pinout. Engineering replies within one business day with first-pass feasibility.
DFM feedback
Flex class, jacket, shield system and connector / overmold alternates, with bend and torsion targets confirmed. Tooling and NRE quote included, marked on your drawing.
Sample build
Single-unit or small-batch on the production line, 100% electrical-tested with flex validation on request before shipment. Test data sent before pickup.
PPAP / First Article
Dimensional, electrical and materials reports included, with IMDS material reporting on request. Customer drawing markup approval before production release.
Production
100% electrical test on every assembly. Packaged, labeled and shipped per drawing. Optional LA-bonded inventory for monthly delivery schedules.
Build Your Cable Assembly
Have a drawing or a BOM? Fill out the form. Our engineers review every submission to ensure manufacturability and provide a quick quote.
Request a Quote
Engineers from these verticals also build with us.
Telecom & Datacom
Cat6a/Cat8 patch, SFP/QSFP DAC, MPO fiber and PoE++ assemblies for network equipment.
VIEW →
Drone & UAV
Flight-controller, ESC, battery and telemetry looms in lightweight silicone fine-strand wire.
VIEW →
Data Center
QSFP-DD/OSFP DAC, AOC, MPO/MTP fiber trunks and busbar power for rack-scale systems.
VIEW →Frequently asked questions
What flex and torsion life can you build to?
We build dynamic-flex harnesses with fine-strand conductors and PUR jackets rated for 10 million or more bend cycles, with torsional flex to ±180°/m, and flex / torsion validation on request. Bend radius and travel are matched to your robot's motion envelope.
Can you build servo power and encoder feedback cables?
Yes. Shielded servo motor power with encoder / resolver feedback in M23 circular and other connector systems, EMC-screened and hi-pot tested.
What's the minimum order quantity (MOQ)?
50 pieces for a typical automotive assembly. Prototype runs of 1–10 units are billed at sample rate and ship in the first week, so you can validate fit before tooling for volume.
Do you build robot dress packs and arm-internal looms?
Yes. Joint-to-joint internal harnesses and external dress packs combining power, feedback, sensor and pneumatic-electrical routing, built to your arm geometry and quick-change ready.
How fast will I hear back on an RFQ?
Our engineering team replies to quote requests within one business day, including feasibility, a tooling/NRE estimate where relevant, and a sample lead time. Send a drawing, BOM, or a description of the application to start.