Precision engineered.
Possibility unlocked.
Exceptional tooling. Intelligent robotics. Integrated systems that move manufacturing forward.
Explore our capabilities
ENGINEERED FOR WHAT COMES NEXT
SPECIFICATION / AT A GLANCE
Typical figures. Confirmed for every part at quotation.
01
Tolerance
±0.005 mm
Achievable on critical features, confirmed at quotation.
Machining capabilities
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02
Axes
5-axis
Simultaneous machining for complex geometry in fewer set-ups.
5-axis machining
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03
Sectors
5 sectors
Medical, aerospace, automotive, industrial and electronics.
Industries we support
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04
Delivery
4 stages
Define, engineer, integrate and commission with one team.
See the projects
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01 / MACHINE TOOLING
From first-off prototypes to demanding production runs, we bring tooling, workholding and machining strategy together around your part.
CNC machining · Bespoke tooling · Workholding
Discuss your component
Explore machining
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02 / ROBOTIC AUTOMATION
Robotic cells and integrated automation designed around the way you work. Connect machines, people and processes with a system built for your production goals.
Machine tending / Assembly / Material handling / System integration
Explore robotics
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Explore your automation project
SERVICE INDEX / ELEVEN CAPABILITIES
Machining and automation services, each with its own process, specification and enquiry brief.
Machining
CNC milling
Complex prismatic parts, machined with the interfaces and assembly in mind.
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Machining
CNC turning
Rotational components with attention to fits, concentricity and repeatability.
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Machining
5-axis machining
Complex geometry in fewer set-ups, with datums held through the whole part.
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Machining
Precision grinding
Controlled finishing for flat, cylindrical and fitted surfaces that need to run true.
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Tooling
Toolmaking & mould components
Purpose-built tooling, replacement inserts and production components developed around the application.
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Tooling
Jigs, fixtures & workholding
Locate, support and repeat. Workholding shaped around the part and the operator.
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Machining
EDM & precision finishing
Process planning for intricate features, difficult access and demanding surface requirements.
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Engineering
Reverse engineering & replacement parts
Recreate worn or obsolete components from samples, with the design intent documented.
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Engineering
Design review & prototyping
Resolve manufacturing questions early, while the design is still easy to change.
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Robotics
Robotic machine tending
A considered path from manual loading to an integrated production cell.
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Robotics
Assembly & process automation
Connect handling, assembly and checks into a process people can operate and maintain.
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BUILT AROUND YOUR PRODUCTION
Start with the work you need to do. Shape the tooling and automation around it.
01
High-mix manufacturing
Build flexibility into the way parts are held, machined and transferred. Start with the component family, then shape the production method.
Bespoke fixtures / Flexible tooling
02
Repetitive production
Explore robotic handling for repeatable loading, unloading and transfer tasks, with operator access and changeovers considered from the start.
Machine tending / Part handling
03
Complex assembly
Bring controlled movement, tooling and inspection into a coordinated assembly process. Define the critical steps before designing the cell.
Assembly systems / In-process checks
ONE CONNECTED PRODUCTION SYSTEM
A capable machine is only one part of the picture. Tooling, handling, inspection and controls need to work as a system — with your people at its centre.
Discuss your production flow
ILLUSTRATIVE CELL ARCHITECTURE
Machine + tooling
Robotic handling
Load. Transfer. Present.
Inspection + feedback
Shared controls. Clear operator visibility.
SECTORS WE SUPPORT
Regulated, safety-critical and high-mix sectors, each with its own documentation, material and inspection expectations.
03 / ENGINEERING, CONNECTED
The thinking behind the performance.
Your production challenge is our starting point. We align the mechanics, controls and human experience to create a solution that belongs on your factory floor.
Our approach
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Built around the part. Designed for the process. Ready for the real world.
Concept development, detailed engineering, integration and commissioning — considered together, from the beginning.
A CLEAR PATH FROM FIRST CONVERSATION TO PRODUCTION.
FROM FIRST CONVERSATION TO FACTORY FLOOR
A clear path through complexity.
01
Define
Understand the part, production demand and constraints. Agree what success needs to look like.
OUTPUT / A clear engineering brief
02
Engineer
Develop the tooling, cell concept and control strategy around the agreed requirements.
OUTPUT / An integrated design
03
Integrate
Bring the equipment together and test the sequence against the agreed acceptance criteria.
OUTPUT / A validated system
04
Commission
Plan installation, operator handover and the transition into everyday production.
OUTPUT / A considered handover
CONFIDENCE IS ENGINEERED IN
Quality starts with a shared definition of what matters. Critical features, inspection methods and release criteria should be part of the engineering brief from day one.
Bring your drawings, material requirements and acceptance standards. We’ll use them to frame the technical conversation.
ACCEPTANCE PLANNING
What does good
look like?
A shared reference for the component, the process and the finished system.
REQUIREMENTS / VERIFICATION / HANDOVER
SELECTED PROJECTS
Engineering challenges from the workshop, from a repeatable assembly fixture to a machine-tending feasibility study.
Illustrative project
A fixture for repeatable assembly
An example of how a locating and clamping problem could become a practical fixture brief.
VIEW PROJECT
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Illustrative project
From prototype housing to repeat order
A sample project story showing the decisions between an initial machined part and a repeatable specification.
VIEW PROJECT
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Illustrative project
A machine-tending feasibility study
A demonstration of how to test an automation opportunity before specifying a complete cell.
VIEW PROJECT
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WORKSHOP NOTES
Short, practical guides to preparing drawings, setting tolerances and scoping automation.
Buying guide
WORKSHOP NOTE
How to prepare a machining enquiry
Give an engineering supplier enough information to assess the work and return a useful quotation.
Read the note
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Design notes
WORKSHOP NOTE
Use tolerances where they earn their place
Connect dimensional requirements to function before they become manufacturing cost.
Read the note
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Automation guide
WORKSHOP NOTE
What to establish before automating a process
A useful automation brief starts with the process, its variation and the people around it.
Read the note
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BEFORE WE BEGIN
A few practical details to help you frame your next engineering project.
View the full FAQ
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YOUR NEXT CHALLENGE STARTS HERE
Let’s build what’s next.
Have a complex component, an automation opportunity or a production challenge? Tell us what you have in mind.