CNC Workholding & Fixture Engineering

Workholding engineered around the component.

From standard workholding and quick-change systems to bespoke fixtures and automation-ready solutions, CaPa Tec helps manufacturers improve accessibility, repeatability, setup time and spindle utilisation.

Bespoke Fixtures Designed around the component and machining process.
5-Axis Workholding Improve tool access while minimising unnecessary setups.
Quick Change Reduce setup time with modular and zero-point strategies.
Automation Ready Workholding designed for repeatable robotic loading.

Workholding Solutions

Holding the part is only the beginning.

Good workholding influences far more than clamping. Tool access, number of operations, loading time, repeatability, automation and ultimately cost per component can all be affected by the fixture strategy.

01

Bespoke Fixture Design

Custom workholding engineered around component geometry, datum strategy, cutting forces, accessibility and production requirements.

02

Standard & Modular Workholding

Selection and application of proven vices, chucks, clamping products and modular workholding systems.

03

Zero-Point & Quick Change

Reduce non-cutting time and simplify repeat setups using repeatable quick-change and zero-point strategies.

04

5-Axis Workholding

Low-profile and component-specific solutions designed to maximise tool access and support multi-face machining.

05

Automation Workholding

Repeatable workholding designed around robotic loading, part presence confirmation and unattended manufacturing.

06

Existing Process Improvement

Review and redevelopment of existing fixtures to improve access, setup time, reliability and manufacturing efficiency.

CNC machining and workholding engineering

Process-Led Engineering

Design the workholding around how the part needs to be made.

Rather than treating the fixture as an isolated item, we consider the complete manufacturing process. This can identify opportunities to reduce operations, improve cutting-tool access, simplify loading and make future automation easier.

Datum Strategy Tool Accessibility Clamping Strategy Setup Reduction Robot Accessibility Process Repeatability

Our Approach

Component first. Fixture second.

Starting with the component and machining strategy allows the workholding to support the process rather than becoming a constraint that has to be worked around later.

01

Review

Assess the component, tolerances, material, machine tool and production requirement.

02

Develop

Define datum, clamping, access and loading requirements around the process.

03

Engineer

Select standard technology or develop bespoke fixture components where required.

04

Implement

Support installation, prove-out and optimisation of the finished solution.

Applications

From one-off components to automated production.

The right workholding strategy depends on volume, complexity, machine configuration and the wider manufacturing process.

3-Axis Machining Reliable production and reduced setup time.
5-Axis Machining Maximum component and cutting-tool accessibility.
Turning & Mill-Turn Workholding strategies for complex turned components.
Multi-Part Production Increase spindle utilisation and parts per cycle.
Robot-Loaded CNC Repeatable automated loading and process confirmation.
Process Consolidation Reduce operations and unnecessary component handling.

Workholding Review

Send us the component. We'll look at the process.

If you're developing a new component or struggling with an existing setup, send us the available manufacturing information and we'll review the workholding requirement in the context of the complete machining process.

✓ 3D component model or engineering drawing
✓ Machine tool and control information
✓ Expected production volume or batch size
✓ Current process or existing workholding where applicable
Request a workholding review →

Is your workholding limiting the process?

Whether you're starting with a new component or improving an existing manufacturing process, CaPa Tec can help develop a workholding strategy around what you're actually trying to manufacture.

Discuss your application →