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Custom humanoid actuator ODM manufacturing for funded robotics teams, from drawings and prototypes to pilot batches.

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[email protected]

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Include target torque/speed, quantity, and delivery location.

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+8618857971991

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Humanoid Linear Actuator Integration

Custom integration support for humanoid linear actuators using roller screw, lead screw, ball screw, or compact linkage-driven architectures in hands, fingers, legs, and special joints.

Target Buyer:For humanoid teams that need custom linear motion hardware where rotary catalog joints cannot meet stroke, force, or packaging requirements.
Custom humanoid linear actuator integration reference for force control

Capability Highlights

  • Custom miniature linear actuator packaging for fingers, hands, compact joints, and linkage systems
  • Screw, motor, sensor, housing, bearing, and cable integration around customer motion stroke and force targets
  • Manufacturing review for precision turned parts, ground screws, nut assemblies, and compact actuator housings

Typical Applications

  • Humanoid hand and finger actuation
  • Compact linear joints and linkage mechanisms
  • Robot pushrod and tendon-assist subsystems

Engineering Focus

  • Convert force, stroke, speed, duty cycle, and backlash target into a manufacturable screw or linkage architecture
  • Review screw type, motor size, guide support, lubrication, sealing, and sensor feedback
  • Plan dimensional inspection and cycling tests for miniature high-load moving assemblies

Key Evaluation Matrix

MetricTypical RangeWhy It Matters
Stroke-force envelopeFinger to leg-assist dependentLinear actuator selection must balance force, speed, length, screw efficiency, and heat generation.
Backlash controlScrew and nut dependentRobotic fingers and precision linkages need predictable motion without excessive play.
Life cycle targetApplication dependentMiniature screw assemblies can look good in samples but fail if wear, lubrication, and debris are not controlled.

RFQ Checklist

  1. Stroke, force, speed, duty cycle, allowable diameter, and axial length
  2. Screw type preference, backlash target, guide support, and load direction
  3. Motor voltage, sensor feedback, cable path, and environmental requirements
  4. Prototype quantity, lifetime test target, and annual volume estimate

Risk Controls

  • Miniature screw assembly binds under side load: Review guide support, bearing stack, load direction, alignment tolerance, and assembly fixtures before prototype release.
  • A compact linear actuator cannot dissipate heat during repeated operation: Include force-time profile, motor current, housing heat path, and duty cycle in the RFQ.

Product Gallery

Compact actuator reference for special humanoid cable routing
Compact actuator reference for special humanoid cable routing
Precision casing for compact custom actuator assembly
Precision casing for compact custom actuator assembly

Buyer FAQ

Can you support roller screw based humanoid linear actuators?

Yes. Roller screw, ball screw, lead screw, and custom screw-nut assemblies can be reviewed depending on force, stroke, life, and manufacturability.

Is this suitable for humanoid fingers?

It can be. Finger actuators need very tight packaging and clear force-life targets, so early CAD and load-case review is important.

Related Resources

  • Nonstandard Robot Envelopes
  • Contact / RFQ

Inquiry Email

[email protected]

Email app

Include target torque/speed, quantity, and delivery location.

Instant Chat

+8618857971991

Chat on WhatsApp

Direct response from our engineering team.