Browse CNC machines by process
Explore our CNC machines by the process they perform to find the right solution for your business
CNC processes
Find the right CNC machines by choosing the process you want it to perform.CNC Carving
Browse CNC routers by axis (from 3 to 5)
CNC Cutting
Browse CNC routers by axis (from 3 to 5), CNC knife cutting machines, CNC laser cutting machines
CNC Engraving
Browse CNC routers & CNC Laser cutting machines
How to order your CNC machine
All of our CNC machines are tailor-made and made to order, so it’s important that we discuss your machine’s spec. Speak to one of our experts and we’ll define your needs, advise and give you a quote.
CNC carving
Our CNC carving machines deliver superior accuracy and depth control, perfect for intricate designs and complex 3D shapes. Ideal for materials like wood, foam, and certain composites, these machines bring high precision to industries such as furniture making, signage, moulding, automotive, and aerospace and many more.
CNC cutting
Explore our full range of CNC cutting machines, designed for efficiency and precision across multiple materials. From metals to plastics and textiles, our CNC cutting technology ensures clean cuts and smooth edges, making it ideal for applications in automotive, packaging, fabrication and many more.
CNC engraving
Discover our CNC engraving machines, engineered to produce fine, intricate details on materials like metal, plastic, wood, and acrylic. CNC engraving is ideal for customisation and high-precision work in industries such as jewellery, electronics, architectural design and many more.
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CNC Process FAQ
What is the difference between CNC carving, cutting, and engraving?
Each CNC process serves a unique purpose. CNC carving is used to create 3D shapes and detailed contours in materials like wood, plastic, and composites, making it ideal for intricate designs. CNC cutting involves slicing through materials to create parts or shapes, often used in manufacturing panels or components. CNC engraving is the process of etching fine details onto the surface of a material, commonly used in signage, jewellery, and branding applications.
Each CNC application process is designed to meet specific project requirements, from depth and detail to precision.
Which materials can be used for each CNC process?
Different materials respond best to specific CNC machining processes. For example, CNC carving typically works well with softer and harder materials like wood, foam, and some plastics. CNC cutting can handle a variety of materials, from metals and composites to fabrics and acrylics. CNC engraving is often used on metals, acrylic, glass, and wood, as these materials can hold intricate, shallow details.
Choosing the right CNC manufacturing process depends on your material type and project specifications.
Choosing the right CNC manufacturing process depends on your material type and project specifications.
How do I choose the right CNC machine for a specific process?
Selecting the right machine depends on the specific CNC application process required for your project. CNC routers are versatile machines suitable for carving, cutting, and some engraving. Laser cutters are excellent for fine engraving and precise cutting on thinner and thicker materials, while knife cutters work best for flexible materials.
What level of precision can I expect from each CNC process?
What software is compatible with CNC carving, cutting, and engraving?
What maintenance is required for CNC machines used in carving, cutting, and engraving?
Regular maintenance is essential for keeping your CNC machine performing at its best.
For carving and cutting, tool inspection and replacement, dust removal, and proper lubrication are recommended. Laser engravers require lens cleaning and calibration, while knife cutters need blade replacements.
Following a maintenance routine ensures efficiency and longevity for each CNC machine manufacturing process.