Guides

The reference guides for flexible gripping.

Deep, practical explainers for integrators and engineers — with tables, FAQs and clear takeaways.

What happens to the part during a power loss?

A power cut or emergency stop should never drop a part. This guide explains how different grippers behave when power is lost, and why a mechanical hold is the safe choice.

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How-to

How to increase usable robot payload

You may have more robot payload than you think — it is just being spent on the gripper. This guide shows how to recover usable payload without buying a bigger robot.

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Guide

Electric vs pneumatic grippers: a practical guide for integrators

Electric and pneumatic grippers solve the same job very differently. This guide compares them on control, cost, flexibility, safety and maintenance so you can choose with confidence.

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How-to

How to eliminate jaw changes in robotic cells

Jaw changes are the largest hidden cost in high-mix robot cells. This guide explains why they happen, what they really cost, and the five steps to remove them with flexible gripping.

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Keep exploring

Keep learning

Glossary

100+ definitions of robotic gripping terms.

Blog

Practical articles on flexible automation and ROI.

FAQ

Quick answers on products, safety and compatibility.

Solutions

Gripping by application — tending, CNC, cobots.

Products

Flexi 100 and Flexi 150 specifications.

Case studies

Measured results from real cells.

See Servo-Flex grip your parts.

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