Composites Processing Machinery
Precision machining solutions for composite materials
Reliable technology for precision composite processing
Composite materials such as carbon fibre, glass-reinforced plastics (GRP), aluminium composite panels, laminated technical composites and gasket materials require precise, controlled machining. Layered structures, fibre orientation and material compressibility place high demands on machine rigidity, cutting accuracy and process control. Daltons supports manufacturers processing composite and gasket materials by supplying advanced CNC machinery and application-specific solutions, backed by technical expertise and long-term support.
Controlled processing for composites and gaskets
Successful processing of composites materials depends on stable machines, accurate toolpaths and controlled cutting forces. Daltons works with customers to specify machinery capable of delivering clean edges, tight tolerances and consistent part quality across both rigid composite panels and flexible gasket materials.
Our experience supports applications ranging from high-precision composite components to sheet-based gasket cutting for sealing and insulation applications.
Typical composite applications
[01]
GRP components
Accurate machining of GRP components, with a focus on efficient dust extraction for operator protection.
[02]
Aluminium composite material (ACM)
Precision cutting and grooving of ACM panels for architectural, transport and industrial applications.
[03]
Gasket materials for sealing & insulation
CNC knife and router cutting ensuring accuracy, consistency and reliable sealing performance.
[04]
Carbon fibre systems
High-precision machining of carbon fibre components, supporting complex geometries and lightweight structures.
[05]
Thermal & acoustic insulation
Accurate processing of insulation materials for effective thermal management and noise control applications.
[06]
Aerospace & automotive parts
Composite part machining for demanding aerospace and automotive manufacturing environments.
[07]
Prototyping
Accurate CNC machining of model board materials for prototyping, tooling and design validation.
[08]
Education & training
Safe, versatile machinery solutions supporting composite processing training and skills development.
The importance of suitable LEV for composite processing
Processing composite materials can generate fine dusts and airborne particles that must be effectively controlled. Suitable Local Exhaust Ventilation (LEV) is essential to protect operators, maintain a clean working environment and ensure compliance with health and safety requirements. Daltons works with customers to ensure machinery is correctly specified and integrated with appropriate extraction solutions, supporting safe, efficient and compliant composite processing.
Machinery for composite & gasket processing
Daltons supplies CNC machinery specifically suited to the challenges of composite and gasket materials, selected for rigidity, accuracy and reliability. Solutions can be supplied as standalone machines or integrated into automated production workflows.
Our composite and gasket machinery offering includes:
Multi-axis CNC machining centres from Kimla, delivering accurate cutting of composite panels and gasket materials
Sliding table and vertical panel saws from SCM and Elcon for fast, efficient and accurate sizing of composite sheets
Knife, routing and multi-tool CNC configurations, enabling efficient cutting of compressible gasket materials
iVision dust and swarf extraction systems tailored to help keep operators protected from airborne contaminates.
By matching machine configuration to material behaviour, we help customers process both rigid composites and flexible gasket materials efficiently and consistently.
Case Studies
Restylers Rethink Panel Cutting with Elcon Advance
Elcon Vertical Panel Saw for Newfields Timber
Carpentry and Joinery Training at Hugh Baird Construction College
DTJ Interiors and the VOLTER CNC Router
Daltons Provide Turnkey Mill Installation for Huws Gray
Logie Timber Install Salvador SuperPush Auto Crosscut
New & used
Machinery for processing composites
Cold-cutting CNC waterjet systems for precise, distortion-free cutting of virtually any material.
From one-to-one solutions to complete workshop solutions, for hard wood, softwood and MDF dust control.
High precision, versatile sanding machines for shaping, edge finishing and detailed abrasive work.
Single and multi-head through-feed sanding machines for solid wood, panels and composite materials.
Radial arm and up-cut saws with optional workpiece measurement systems and roller tables
Machinery built for your industry
Every material and sector has its own challenges. We’ll help you select machinery proven in your industry, backed by expert advice and real-world application experience. Speak to our specialists today.
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Composite Processing FAQs
A composite material combines two or more distinct materials with different physical/chemical properties to create a new material with superior characteristics, like being stronger, lighter, or stiffer, than its individual parts. This often includes layers of fibres and resins or bonded material structures, offering increased strength, stability or reduced weight compared to single-material alternatives.
GRP can be cut using CNC routing or milling equipment fitted with suitable tooling for abrasive materials. For sheet-based GRP, vertical panel saws such as Elcon machines equipped with LIMPIO extraction can also be highly effective, offering accurate cutting while controlling dust and airborne fibres. Correct blade selection and effective extraction are essential for safe, clean processing.
GRP stands for Glass Reinforced Plastic. It is a composite material made from glass fibres embedded in a plastic resin, offering good strength, durability and corrosion resistance across a wide range of applications.
ACM can be cut and grooved using CNC routing equipment with suitable tooling and controlled cutting strategies. Accurate depth control is important when grooving to allow clean folding without damaging the aluminium skins.
Model board is best processed on a rigid CNC router with accurate motion control and sufficient Z-axis clearance to accommodate thicker blocks and complex tooling. Machines such as Kimla CNC routers, which offer a high Z-axis as standard, are well suited to model board machining for prototyping, pattern making and design validation.