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PRECISION. FIT. FUNCTION.

Precision CNC machining for machine tool retrofits.

The right replacement component needs the right fit. We machine ball screw ends and prepare linear-motion components around your application.

In-house machining on our Mazak QTE-200MY.

Ball screw clamped in DC Auto-Motion’s CNC machine
BUILT AROUND YOUR APPLICATIONFrom component to precise fit.

SEE THE WORK

DC Auto-Motion in-house CNC machining Watch machining videoOpens in a popup

A closer look at in-house machining at DC Auto-Motion.

IN-HOUSE CAPABILITY

Built around your
existing machine.

Replacing a component is not always a simple swap. Shaft ends, bearing seats and mounting details need to suit the machine they are going into.

Our Mazak QTE-200MY supports in-house ball screw end machining, connecting the supply of precision components with preparation for your retrofit.

  • Machined to your requirements

    Start with your drawing, sample or application details.

  • Matched components

    Consider the ball screw, bearings, guides and locknuts together.

  • Support for the complete retrofit

    Speak to our technical team about the parts and preparation your machine needs.

THE DETAILS MAKE THE DIFFERENCE

Prepared for the next
chapter of your machine.

From a worn guide to a replacement assembly, every interface matters. The components need to work together and fit the existing application.

Ball screw end machining

Component examples: shaft stock and a finished end configuration.

Ball screw shaft before application-specific end machiningSHAFT STOCK

The starting point

The shaft is selected for the application, then prepared to the required length and end details.

Example of a ball screw with machined shaft endsMACHINED ENDS

Ready for the assembly

Bearing journals, shoulders and threads are machined to suit the specified mounting arrangement.

LM guide retrofit

Existing worn components and the replacement guide assembly.

The existing guide

The worn component and its mounting arrangement provide the starting point for the retrofit.

The replacement assembly

A new guide and carriage prepared for the machine’s application. This is a replacement, rather than a repair of the worn guide.

APPLICATION-SPECIFIC PREPARATION

What we machine

Cut to length

Ball screw shafts prepared to the length required by the application.

Bearing journals

Shaft ends and shoulders machined for the specified bearing arrangement.

Locknut threads

Thread details prepared to suit the selected locking components.

LM guide preparation

Replacement guides and mounting requirements considered as part of the retrofit.

Precision ball screws with matching nut assemblies

MORE THAN A SINGLE PART

Complete linear-motion assemblies.

The machined component is one part of the system. We help bring the parts together so the shaft, support bearings, guides and locking components can be considered as an assembly.

  • Precision ball screws
  • Precision LM guides
  • Axial angular contact bearings
  • Precision locknuts
Talk through your requirements

FROM REQUIREMENT TO COMPONENT

A clear route to the right fit.

  1. 1

    Send your details

    Share the machine model, component and drawing or sample details.

  2. 2

    We review the fit

    Our technical team reviews the specification and mounting requirements.

  3. 3

    We machine

    The agreed component details guide the machining and preparation.

  4. 4

    Ready for installation

    Your components are prepared for the agreed retrofit application.

LET’S TALK ABOUT THE APPLICATION

Planning a
machine retrofit?

Tell us what needs to fit. Our technical team will review your requirements and advise on the next step.

Please include the machine model, component type and any machining details. If you have a drawing or photographs, mention them here so we can follow up.

Tell us about your project

Fields marked * are required.

Consent

CNC machining in action

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