15+ Years experience integrating industrial robots for
machining applications.
CNC Robots offer a flexible and cost effective alternative to 5-Axis CNC Machines
Experience the versatility of 6/7 axis machining, tailored to your application needs.
Robotic cells typically measure 5m x 4m for a 2m^2 working envelope. No need to change the structure of your factory!
From foams to composites, robots are well suited to working with a range of materials in harsh environments.
Automatically switch between routers, trimming discs, blades and even 3D printers. A CNC Robot can cover every application.
Reduce set up time and machining errors, offline CAD/CAM software allow you to simulate toolpaths before switching to the robot.
Add linear rails or rotating tables to increase the machining envelope of robot arms.
Machining PU Seat Foams
Milling and moulding of PU seat foams for all market sectors, ideal for trim development, show cars, prototypes and specialist production moulders.
Patternmaking
Machining foams for fast, accurate patternmaking - eliminating the need for slower, manual methods. Ideal for foundries and pattern shops,
Carbon Fibre Machining
Ideal for aerospace, automotive, and high-performance applications where accuracy and repeatability are essential — without the risks of manual handling in abrasive environments.
Woodworking
Robotic milling of timber, plywood, and MDF for creative and industrial applications. Perfect for furniture prototyping, architectural components, and large-scale joinery.
Machining Model Board
Accurate machining of epoxy and polyurethane tooling boards for patterns, plugs, moulds, and jigs. Ideal for composite layups, thermoforming tools, and master model
GRP Trimming
Precision trimming of glass-reinforced plastic parts, perfect for streamlining post-moulding processes with consistent edge quality, repeatability, and reducing manual finishing time.
Foam Machining
Machining of low- and medium-density foams, ideal for rapid prototyping, styling models, and form studies. Enables fast iteration with precise surface definition and scalable output.
Fibreglass Trimming
Automated trimming of fibreglass parts, replacing manual processes typically carried out in dusty, noisy, and hazardous environments.
Plastic Trimming
High-speed trimming of rotational moulded and injection moulded plastic parts. Ideal for high-output manufacturing where cycle time, edge quality, and repeatability are critical
Robots remove people from unsafe jobs, like machining composites and free them up for higher skilled work.
Minimum 5m x 4m x 2.5m, the compact robot must be guarded with an enclosure to comply with safety and ISO.
A slow or labour intensive stage where robotic automation can increase output.
Choose a partner who knows and understands your industry and will deliver a complete, tailored solution.
If you tick any of these boxes, you are ready to explore what robotics
can do for your business. Let's start a conversation.
"Our three KUKA 7-axis robotic arms are used for 3D pattern machining for moulding and 2D routing on a variety of materials. There's nothing we can't tackle. The versatility of these robot systems means they are ideal to create pieces of set scenery at a fraction of the cost of traditional machine tools."
"We recently purchased a robot for carbon composite trimming from CNC Robotics, and we are pleased with the turn-key solution they provided. The entire installation process was smooth, and the training provided to our team was thorough and effective, ensuring that we were able to quickly adapt to the new system."
"This was a new way for us to process our material, but the team at CNCR gave us the confidence needed to take the first step into using robotics in our manufacturing process. The collaboration with CNCR is a great example of how two SMEs can work together to create a new production process that helps meet the high-quality standards our customers have come to expect from our products."
Since we got the robot, we haven’t stopped using it, we can scan in a model approved by the director and immediately scale up to the size needed and then form the piece, in polystyrene or, in the case of public space art, produce a plaster mould that will be used to make a sculpture. Making such things manually is time-consuming; producing a digital maquette, getting it signed off, and then producing the full-sized article – or articles – with a robot is more efficient and effective use of time.
We set out to exceed the speed and quality of prototype components currently available, whether in the UK or overseas. Our robot machining cells are capable of producing complex and unusual geometries, including complex undercuts and 3D objects. They provide a massive reach and 3D workspace that includes 10-station tool changers, giving automatic and flexible tooling selection for specific material removal and the best possible cosmetic finish.
Unit 3, Mersey Reach, Galgate Drive,
Bootle, Liverpool, UK
L30 6AD
