British Manufacturing Since 1950 Quality Assured
Regina Precision Engineering

Precision engineering
built around your requirements.

CNC milling, turning, grinding and EDM for prototypes, specialist components and production requirements — backed by more than 75 years of British engineering experience.

Largest Published Milling Travel 1,524 × 660 mm Hurco VMX60Ti
CNC Milling 12,000 RPM Hurco machining centres
Automated Turning 63.5 mm Bar Hurco TM8i
Heavy-Duty Turning 65 mm Capacity XYZ CT 65 HD
Precision Capability ±5 Micron Published CT-65 HD positional accuracy
Multi-Process Grinding + EDM Complex finishing & geometry
Precision Manufacturing

From raw material
to finished component.

Regina combines CNC turning and milling with precision grinding, EDM spark erosion and inspection capability to manufacture complex components across metals and engineering plastics.

Whether your requirement begins with a CAD model, technical drawing, existing component or early prototype, our engineers can review the application, machining route, material and production requirements before manufacture.

In-House Precision Capability

More than
CNC machining.

Regina's multi-process capability allows components to move through different manufacturing operations while maintaining control over accuracy, finish and repeatability.

Machine Park

CNC capability
you can put numbers against.

For engineers and procurement teams, the detail matters. Regina's current machine park provides a combination of larger-envelope milling, automated turning and flexible CNC capacity.

Milling Hurco CNC Machining Centres
Turning Hurco & XYZ CNC Turning Centres
Milling Centre Hurco

Hurco VM20i

3-axis machining centre supporting flexible subcontract precision milling requirements.

Configuration 3 Axis
Spindle 12,000 RPM
Travel 1,100 × 508 mm
Indexing 4 Post Indexer
Milling Centre Hurco

Hurco VM10i

Flexible 3-axis centre capable of drilling, chamfering, finishing and multi-operation machining.

Configuration 3 Axis
Spindle 12,000 RPM
Table 762 × 406 mm
Published Table Load 1,500 kg
Automated Turning Hurco

Hurco TM8i

Automated turning centre with bar feeder, supporting efficient repeat and higher-volume production.

Automation Bar Feeder
Turning Length 525 mm
Bar Capacity 63.5 mm
Spindle 4,000 RPM
CNC Lathe 2024 Addition

XYZ RLX 425

Flexible CNC lathe adding increased capacity for larger bar and turning requirements.

Chuck 250 mm
Spindle Bore 80 mm
CNC Lathe XYZ

XYZ RLX 1615

Established CNC turning capability for flexible component and bar work.

Chuck 250 mm
Spindle Bore 56 mm
Bar 1 metre
Engineering Support

Designed well.
Machined better.

Regina can become involved before the first cut is made, helping customers review drawings and CAD data and identify opportunities to improve manufacturability, consistency and production efficiency.

01 2D drawing and 3D CAD model review
02 Tolerance and geometry optimisation
03 Machining method and tool-path input
04 Material suitability guidance
05 Prototype refinement
06 Design for manufacturability support
Materials & Finishing

From engineering plastics
to hardened tool steels.

Different materials demand different machining strategies. Regina works across a broad range of metals and engineering polymers, with finishing and secondary processes available to deliver production-ready components.

Materials

Metals & Engineering Plastics

Stainless Steels
Mild & Mixed Steels
Aluminium & Alloys
Brass
Bronze
Copper
Tool Steels
Hardened Materials
POM / Acetal
Nylon
PTFE
PEEK
Polycarbonate
Specialist Polymers
Production Ready

Finishing & Secondary Processes

Deburring & Surface Finishing 01
Heat Treatment 02
Anodising & Plating 03
Bead Blasting 04
Tapping & Threading 05
Assembly Support 06
Inspection & Measurement Reporting 07
Flexible Production

Small batches.
Full attention to detail.

Not every precision component needs mass production. Regina supports prototypes, pilot runs, specialist components and lower-volume repeat manufacture.

The same focus on repeatability, dimensional control and surface quality applies whether a requirement involves a small quantity or an ongoing production run.

Explore Low Volume Production →
01 Prototype Validation
02 Pilot & Pre-Production Runs
03 Specialist Bespoke Components
04 Legacy & Low-Demand Parts
05 Market Testing & Development
06 Repeat Low-Volume Manufacture
Quality & Inspection

Precision requires
verification.

Regina combines machining capability with measurement, inspection and documented quality processes to support consistent component manufacture.

01
ISO 9001:2015 Quality Standards

Components are manufactured and inspected within Regina's established quality-management processes.

02
Inspection & Metrology

Measurement and inspection capability supports verification of manufactured components.

03
Traceability Where Required

Documentation and traceability can be provided for appropriate project requirements.

04
Inspection Reporting

Full inspection and measurement reporting can form part of the production requirement.

Engineering Applications

Precision engineering
across demanding sectors.

Regina manufactures precision components for a broad range of industrial applications where reliability, consistency and engineering knowledge matter.

Precision in Practice

From requirement
to finished component.

Real components tell the story better than marketing claims. Use this area for one strong Regina project once you've selected the best example.

Featured Project

Engineering around the component.

The Requirement

ADD THE REAL COMPONENT, APPLICATION, MATERIAL AND CUSTOMER REQUIREMENT HERE.

The Regina Approach

ADD THE ACTUAL CNC PROCESS, MACHINES, ENGINEERING INPUT AND INSPECTION APPROACH HERE.

The Result

ADD A VERIFIED OUTCOME, PRODUCTION REQUIREMENT OR ENGINEERING RESULT HERE.

Frequently Asked Questions

Before you
send the drawing.

If your question is component-specific, send Regina the drawing or CAD model and the engineering team can review it directly.

What CNC machining processes does Regina offer?
Regina's published precision engineering capability includes CNC milling, CNC turning, precision grinding and EDM spark erosion, alongside inspection, prototyping and low-volume production support.
What is Regina's largest published CNC milling capacity?
The Hurco VMX60Ti has a published travel capacity of 1,524 × 660 mm and a 12,000 RPM spindle, making it suitable for larger and more complex precision-machined components.
Can Regina CNC turn components from bar?
Yes. Regina operates several CNC turning centres. The Hurco TM8i includes an automated bar feeder with a published 63.5 mm bar capacity, while the XYZ CT 65 HD has a published 65 mm bar capacity.
Can Regina manufacture one-off or low-volume components?
Yes. Regina supports prototype validation, pilot runs, bespoke components, legacy parts and small-batch or low-volume manufacturing, including requirements in single-digit quantities where appropriate.
What materials does Regina machine?
Published capability includes stainless steels, mild and mixed steels, aluminium and alloys, brass, bronze, copper, tool steels and hardened materials, together with engineering plastics including POM/Acetal, Nylon, PTFE, PEEK and Polycarbonate.
Can Regina review my CAD model before manufacture?
Yes. Regina offers design-for-manufacturability and engineering support including drawing and CAD review, tolerance and geometry optimisation, material guidance, prototype refinement and advice around machining methods.
What tolerances can Regina achieve?
Tolerance capability depends on the component, geometry, material and manufacturing process. Regina's XYZ CT 65 HD is published with positional accuracy of ±5 microns, but individual component tolerances should always be reviewed against your drawing.
Can inspection reports and traceability be provided?
Regina states that full traceability and inspection reporting can be provided where required. Discuss your documentation and quality requirements when submitting the component enquiry.
Talk to Regina

Have a component
to manufacture?

Send Regina your drawing, CAD model, specification or existing component. The engineering team can review the material, tolerances, quantities and machining requirements before discussing the best route forward.