Wire EDM (Brass Wire)
Swiss Precision for Demanding Applications
Our AGIE CHARMILLES CLASSIC 2 (Switzerland) wire EDM is built for ultra-precise machining of intricate components and hardened materials where traditional methods fall short.
What It Delivers:
- ±2 micron tolerances for injection mold inserts, stamping dies, and micro-mechanical parts
- Surface finishes to Ra 0.2 μm, minimizing post-processing for aerospace, medical, and optical components
- Spark erosion up to 300,000°C using fine brass wire—ideal for tight internal features and sharp corners
- Stress-free machining with zero mechanical force—perfect for thin walls and delicate geometries
- Effortless cutting of hard materials like tool steels, carbide, titanium, and Inconel
From fine features to complex cavities, the CLASSIC 2 delivers flawless results with Swiss-engineered accuracy and reliability.
DIE Sinker EDM (Sparking EDM)
Swiss Precision for Demanding Applications
Our AGIE CHARMILLES CLASSIC 2 (Switzerland) wire EDM is built for ultra-precise machining of intricate components and hardened materials where traditional methods fall short.
What It Delivers:
- ±2 micron tolerances for injection mold inserts, stamping dies, and micro-mechanical parts
- Surface finishes to Ra 0.2 μm, minimizing post-processing for aerospace, medical, and optical components
- Spark erosion up to 300,000°C using fine brass wire—ideal for tight internal features and sharp corners
- Stress-free machining with zero mechanical force—perfect for thin walls and delicate geometries
- Effortless cutting of hard materials like tool steels, carbide, titanium, and Inconel
From fine features to complex cavities, the CLASSIC 2 delivers flawless results with Swiss-engineered accuracy and reliability.
Small Hole EDM (Drill EDM)
Japanese-engineered speed and accuracy
Micro Hole Precision for Demanding Applications
Our Sodick K1CN (Japan) delivers ultra-precise micro-hole drilling where conventional methods fall short. Designed for speed, repeatability, and accuracy, it excels in machining small-diameter holes in hardened materials.
What It Delivers:
- Drills holes from Ø0.2 mm for turbine cooling channels, mold ejector pins, and EDM starter holes
- Micron-level positional accuracy ideal for aerospace, medical, and fine tooling applications
- High-speed spark erosion cuts hard materials like steel, carbide, titanium, and Inconel with no tool wear
- No deflection or breakage ensures stability for delicate, tight-tolerance geometries
- CNC automation enables fast setup and consistent results in both single and batch production
From complex cooling holes to starter holes for wire EDM, the Sodick K1CN delivers micro-precision with maximum reliability.
CNC Milling
CNC Milling – Versatile Precision for Complex Machining
UK-built capability for high-accuracy milling tasks
Our Tryax B3EC CNC Turret Mill offers flexible and precise CNC milling ideal for both prototyping and production work. Designed in the UK, this machine combines manual control finesse with full CNC automation—perfect for handling a wide range of materials and geometries with dependable accuracy.
What It Delivers:
- Precision 3-axis CNC milling for complex contours, pockets, slots, and profiles
- Rigid turret head and robust table design for stable machining of steel, aluminum, plastics, and composite
- High-torque spindle with variable speed control for fine surface finishes and tight tolerances
- User-friendly CNC interface with DRO for fast setup, manual intervention, or full automation
- Ideal for low-to-medium volume production, jigs, fixtures, and custom components
From one-off prototypes to repeatable production runs, the Tryax B3EC brings dependable milling performance and hands-on versatility to your workshop floor.
CNC Lathe
CNC Turning – Accurate, Reliable Performance for Complex Parts
UK-engineered strength for precision turning operations
Our Ajax AJEV225 CNC Lathe delivers dependable and versatile turning capabilities, ideal for precision components in both low- and medium-volume production. Built for rigidity and accuracy, this machine handles a wide range of materials—from general-purpose steels to high-performance alloys—with confidence and consistency.
What It Delivers:
High-precision CNC turning for shafts, threads, tapers, bores, and complex geometries
- Robust bed construction and spindle design for vibration-free, accurate cutting
- Programmable tailstock and 8-station turret for efficient multi-operation setups
- Intuitive CNC control system for fast programming, repeatability, and minimal downtime
- Suitable for toolrooms, batch work, and production across automotive, oil & gas, and general engineering sectors.
Whether you’re producing prototypes or batch runs, the AJEV225 combines power, precision, and UK-built reliability for high-quality turning every time.
Fiber Laser Cutting
Fiber Laser Cutting – High-Speed Precision for Demanding Metal Applications
Clean, efficient cutting across steel, stainless, aluminium, and non-ferrous alloys
Our Fiber Laser Cutting Machine delivers ultra-fast, accurate metal cutting with minimal heat distortion and exceptional edge quality. Engineered for maximum efficiency and reliability, it’s ideal for industries where speed, precision, and material versatility are critical—from fabrication and automotive to aerospace and industrial manufacturing.
What It Delivers:
- High-speed laser cutting for sheet metals including mild steel, stainless steel, aluminium, brass, and copper
- Narrow kerf and clean edges with minimal burrs—reducing or eliminating post-processing
- Fiber laser source for low maintenance, long life, and high electrical efficiency
- Precision motion control and cutting head for tight tolerances on complex contours Integrated gas assist, fume extraction, and safety enclosure for clean, safe operation
- Perfect for metal enclosures, brackets, signage, machine parts, and industrial components
Whether you’re cutting thin-gauge stainless or heavy-duty steel panels, our Fiber Laser Cutter combines speed and accuracy —making it a powerful tool for modern metal fabrication and scalable production.
Fiber Laser Pipe Cutting
Accurate, high-speed laser cutting for round, square, and rectangular tubes.
Our state-of-the-art Pipe Laser Cutting machine allows us to deliver highly precise cuts, slots, holes, and intricate designs directly onto metal pipes with exceptional accuracy and edge quality. Ideal for structural components, decorative features, industrial assemblies, and custom fabrication projects, this process offers unmatched repeatability and clean finishes on various tubular materials.
We support a wide range of pipe shapes and sizes, including round, square, and rectangular cross-sections, and can handle materials such as stainless steel, aluminum, brass, and mild steel.
What It Delivers:
• Multiple Tube Shapes – Round, square, and rectangular profiles
• Complex Geometries – Cutouts, slots, perforations, angled cuts, and notches
• Clean Cut Edges – No burrs or post-processing required
• Material Versatility – Suitable for various metals and alloys
• High Dimensional Accuracy – Ideal for tight-tolerance applications
• Efficient Production – Fast, repeatable cuts for batch or custom jobs
Material & Size Capabilities:
• Brass – Up to 3m length, 6” diameter, 2mm wall thickness
• Aluminum – Up to 3m length, 6” diameter, 3mm wall thickness
• Stainless Steel – Up to 3m length, 6” diameter, 3mm wall thickness
• Carbon / Mild Steel – Up to 3m length, 6” diameter, 3mm wall thickness
Laser Engraving
High-contrast, multi-surface laser marking with precision and speed.
Our 3D MOPA fiber laser system enables high-precision marking on a wide range of metals and plastics. Compared to conventional fiber lasers, the MOPA laser offers superior control over pulse duration, allowing for finer detail, reduced heat damage, and the ability to mark materials with vibrant, lasting colors.
This advanced technology is ideal for applications that require high legibility, permanent traceability, or decorative effects — such as medical devices, automotive components, branding plates, and precision instruments.
We specialize in direct color marking on stainless steel and titanium. The MOPA laser also enables direct 3D engraving on curved or uneven metal surfaces, opening up creative and functional possibilities for complex geometries.
What It Delivers:
• Color Engraving on Metal – Directly mark stainless steel and titanium in blue, gold, or other annealed shades.
• 3D Laser Engraving – Precisely engrave curved or contoured surfaces without distortion.
• Minimal Heat Impact – Less burning or melting on edges during metal engraving.
• Controlled Plastic Marking – Fine-tuned for smooth and clean results on various polymers.
• Fast & Reproducible – Markings are consistent, repeatable, and often faster than standard fiber lasers.
CNC Router
Precision profiling and engraving across wood, plastics, composites, and soft metals.
Our CNC Router delivers fast, consistent, and high-accuracy machining for flat sheet materials and intricate 3D shapes. Engineered for speed and repeatability, it’s ideal for industries that demand clean finishes, tight tolerances, and efficient workflows—from signage and furniture to aerospace composites and mould-making.
What It Delivers:
High-speed routing, profiling, drilling, and engraving with multi-axis control
- Rigid gantry design and ball-screw drive for smooth, vibration-free performance
- Vacuum bed or T-slot table for secure material hold-down during complex operations
- Integrated dust extraction and tool height setting for cleaner, safer, and more efficient machining
- Easy-to-use CNC interface for fast setup, nesting, and repeat production
- Ideal for signage, cabinetry, moulds, packaging, aerospace panels, and prototype parts
Whether you’re cutting MDF, acrylic, aluminium, or carbon fibre panels, our CNC Router provides reliable, high-quality results that reduce manual finishing and boost production speed. A versatile solution for modern fabrication and custom manufacturing.
CO2 Laser Cutting
CO₂ Laser Cutting – Clean, Precise Cuts for Detailed Designs
High-speed engraving and cutting across non-metallic materials
Our CO₂ Laser Cutter offers fast, contact-free cutting and engraving with pinpoint precision—ideal for intricate designs, clean edges, and complex geometries. Optimised for materials like acrylic, wood, leather, and plastics, it delivers consistent results for both artistic and industrial applications.
What It Delivers:
High-resolution laser cutting and engraving for signs, packaging, templates, and decorative components
- Clean, sealed edges with no fraying, warping, or post-processing required
- Non-contact process reduces material stress and distortion, even on delicate substrates
- Digital control software supports rapid design changes, fine detail, and mass customisation
- Integrated fume extraction and safety features for clean, safe operation
- Ideal for signage, model-making, product branding, packaging prototypes, and custom gifts
Whether you’re creating one-off pieces or running batch production, our CO₂ Laser Cutter combines precision, speed, and reliability—perfect for turning ideas into high-quality finished products.
Laser Welding & Cleaning
Advanced technology for precision metal joining and surface preparation.
Laser welding offers a high-precision, non-contact method of joining metal components with minimal distortion. It creates clean, strong welds in a fraction of the time required by traditional methods, making it ideal for industries where accuracy and finish are critical — such as aerospace, automotive, electronics, and medical device manufacturing.
Laser cleaning, on the other hand, is a cutting-edge technique that removes contaminants like rust, oil, oxides, paint, or scale from metal surfaces without damaging the base material. It relies on high-energy laser pulses to vaporize unwanted layers, offering a safe, eco-friendly alternative to abrasive blasting or chemical cleaning.
What It Delivers:
• Precision Metal Welding – Clean, narrow weld seams with deep penetration and minimal heat distortion.
• Non-Destructive Cleaning – Removes rust, paint, or coatings without harming the substrate.
• Minimal Heat-Affected Zone – Reduces risk of thermal warping or material fatigue.
• Automatable Process – Compatible with robotic systems for high-volume, repeatable workflows.
• Environmentally Friendly – No chemicals, consumables, or secondary waste generated.
• Suitable Materials – Stainless steel, aluminum, titanium, copper, and more.
3D Printing
Fast, flexible manufacturing for complex parts and functional prototypes.
3D printing, also known as additive manufacturing, enables the creation of highly complex and customized parts by layering material according to a digital design. It’s ideal for prototyping, one-off components, or low-volume production runs, offering unmatched design freedom and efficiency.
Whether you’re developing a prototype, testing a design, or producing custom end-use components, 3D printing helps you reduce lead times, lower tooling costs, and bring innovative ideas to life.
What It Delivers:
• Design Freedom – Produce parts with internal cavities, lattice structures, and overhangs not possible with traditional methods.
• Low-Volume Manufacturing – Cost-effective for custom or short-run production.
• Wide Range of Materials – Options include ABS, PLA, PETG, resin, stainless steel, titanium, and more.
• Digital to Physical – Seamlessly transition from 3D CAD models to tangible parts.
• Functional Prototypes – Create working models for testing fit, form, and function.