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Robotic Arm Parts & End Effectors

Robotic Arm Parts & End Effectors

supported across the whole development cycle, from printed samples in days to production tooling once the geometry is frozen.

Robotic Arm Parts & End Effectors

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Product Overview Specifications Related Custom Services

Product Overview

We support robotic arm parts, dexterous hand grippers and humanoid assemblies across the whole development cycle: printed and machined samples while the mechanism is still moving, then production tooling once the geometry is frozen. Robotics programmes iterate fast, so the tooling has to be able to follow.

Robot parts are usually lightweight, often overmoulded for grip, and almost always needed in small batches first. That combination is exactly what our additive, machining and molding capabilities side by side are for.

What we make

  • Robotic arm links, end effectors and gripper fingers
  • Dexterous hand assemblies with overmoulded soft-touch pads
  • Humanoid robot structural shells and covers
  • Sensor housings, mounts and cable management parts

Development route

  • Printed or machined samples in days to prove fit and function
  • Bridge production in the production resin while the tool is cut
  • Production tool in NAK80 or S136 once the design is frozen
  • Overmolding of TPE grip pads and sealing lips where the part is handled

Material is selected to your drawing. The grades listed are the ones we run most often for this type of part; we confirm the choice at DFM rather than assuming it.

Specifications

ParameterValue
ApplicationRobotic arm parts, grippers, end effectors and humanoid assemblies
MaterialSelected to your drawing. We run PA12, PA66, PA66+GF30, PC, PC/ABS, POM, PEEK, TPE and TPU for this kind of part and confirm the grade with you at DFM.
Prototype routeSLS, SLA and DMLS metal printing, 2–10 working days
Production routeInjection molding in NAK80 or S136 tooling, 1 to 16 cavities
Tolerance±0.05 mm moulded, ±0.005 mm on machined datums
OvermoldingTPE and TPU grip pads on 320T and 800T rotary tables
Batch size1 piece for samples; volume production once the design is frozen
Tool life200,000–500,000 shots on pre-hardened steel, 500,000–1,000,000 shots on hardened inserts
CertificationISO 9001:2015, IATF 16949:2016, ISO 13485:2016, AS9100 Rev D

Related Custom Services

  • 3D printing for fast iteration during development
  • CNC machining of datums, joints and tight-tolerance features
  • Overmolding of soft-touch grips and sealing lips
  • Assembly of the finished gripper or hand sub-assembly

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Product Overview

Product Overview

We support robotic arm parts, dexterous hand grippers and humanoid assemblies across the whole development cycle: printed and machined samples while the mechanism is still moving, then production tooling once the geometry is frozen. Robotics programmes iterate fast, so the tooling has to be able to follow.

Robot parts are usually lightweight, often overmoulded for grip, and almost always needed in small batches first. That combination is exactly what our additive, machining and molding capabilities side by side are for.

What we make

  • Robotic arm links, end effectors and gripper fingers
  • Dexterous hand assemblies with overmoulded soft-touch pads
  • Humanoid robot structural shells and covers
  • Sensor housings, mounts and cable management parts

Development route

  • Printed or machined samples in days to prove fit and function
  • Bridge production in the production resin while the tool is cut
  • Production tool in NAK80 or S136 once the design is frozen
  • Overmolding of TPE grip pads and sealing lips where the part is handled

Material is selected to your drawing. The grades listed are the ones we run most often for this type of part; we confirm the choice at DFM rather than assuming it.

Specifications

Specifications

ParameterValue
ApplicationRobotic arm parts, grippers, end effectors and humanoid assemblies
MaterialSelected to your drawing. We run PA12, PA66, PA66+GF30, PC, PC/ABS, POM, PEEK, TPE and TPU for this kind of part and confirm the grade with you at DFM.
Prototype routeSLS, SLA and DMLS metal printing, 2–10 working days
Production routeInjection molding in NAK80 or S136 tooling, 1 to 16 cavities
Tolerance±0.05 mm moulded, ±0.005 mm on machined datums
OvermoldingTPE and TPU grip pads on 320T and 800T rotary tables
Batch size1 piece for samples; volume production once the design is frozen
Tool life200,000–500,000 shots on pre-hardened steel, 500,000–1,000,000 shots on hardened inserts
CertificationISO 9001:2015, IATF 16949:2016, ISO 13485:2016, AS9100 Rev D
Related Custom Services

Related Custom Services

  • 3D printing for fast iteration during development
  • CNC machining of datums, joints and tight-tolerance features
  • Overmolding of soft-touch grips and sealing lips
  • Assembly of the finished gripper or hand sub-assembly
Robotic Arm Parts & End Effectors
supported across the whole development cycle, from printed samples in days to production tooling once the geometry is frozen.
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