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Robotic Fingers

Design tailored robotic fingers to handle delicate or irregular parts precisely.

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Robotic Fingers
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Designing custom robotic fingers for industrial automation is technical intuitive.

The challenge

Designing robotic fingers means balancing grip, reach, and clearance while fitting standard interfaces and keeping delicate surfaces safe. It's a careful mix of geometry, friction, and compliance — one that often involves endless trial and error to avoid drops, scuffs, and missed picks.

Design automation

Design automation captures expert knowledge and applies it consistently across every design. Complex steps are simplified, repetitive work handled automatically, and fit and function maintained from start to finish. The result is faster, more reliable output and the ability for anyone – even without CAD skills – to create production-ready designs with confidence.

The result

Using design automation produces faster, more reliable finger designs that fit perfectly the first time. Fingers match standard interfaces,  adapt quickly to workpiece geometry, and have the right properties for delicate handling. The whole process becomes smoother, more consistent, and less dependent on manual iteration.

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Automatic perfect fit

The app automatically shapes each finger around your part, so no manual design or CAD skills are needed.

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Instant gripper setup

A library of standard industrial interfaces ensures a first-time-right result and saves you from multiple design iterations.

Robotic Fingers
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Soft-touch handling

Add a second material for soft inlays that protect delicate surfaces and ensure gentle, secure handling of parts.

5 simple steps and your design is ready

Design workflow

Step 1

Import your workpiece

Start with the real part so every design fits perfectly and grips with confidence.

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Step 2

Choose your gripper

Pick the gripper that matches your robot setup and interface – no adapters, no guessing.

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Step 3

Shape the fingers

Generate custom fingers that match your workpiece geometry for a precise, stable grip.

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Step 3
Step 4

Refine the fingertips

Add soft inlays that can be printed in a second material for gentle yet secure handling.

 
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Step 4
Step 1

Export for production

Download the finished design in a format ready for 3D printing.

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Robotic Fingers Export
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