• Large-Format CNC Cutting in Montreal, Quebec

CNC Cutting Services 3 Axis

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  • Custom CNC Cutting Services, Tailored to Your Specific Needs

Precision CNC Cutting for High-Quality CNC Machined Parts

CNC cutting is a high-precision metal fabrication process that enables the tight tolerance machining of metal and technical parts along programmed paths. At SLON Laser, CNC cutting is used for projects requiring drilling, grooves, complex contours, or operations impossible to achieve with laser cutting alone.

This technology is ideal for industrial components, machined plates, mechanical parts, and projects requiring precise dimensional control for parts with tight tolerances.

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  • BCAMCNC
CNC Cutting

Custom CNC Metal Fabrication Adapted to Industrial Machining

CNC cutting relies on multi-axis machines controlled by precise digital files. It enables precision machining with high stability, while offering great flexibility for complex geometries and controlled tolerances.

Unlike thermal processes, CNC cutting does not involve a heat-affected zone, making it particularly suitable for parts sensitive to deformation or mechanical stress.

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Common Materials Compatible With CNC Cutting

Our CNC cutting machine is suitable for various materials used in industrial environments, including:

  • PVC
  • ACM aluminum composite
  • Aluminum
  • Plastics & Acrylic
  • Wood Plywood & melamine

This versatility during manufacturing process allows us to integrate CNC cutting into a variety of manufacturing projects, from rapid prototyping to recurring production runs.

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CNC Cutting

CNC Cutting Precision and Tolerances

CNC machining allows for precise cutting tailored to mechanical and assembly requirements. Accuracy depends on the material, thickness, cutting tool, and part complexity, but it is ideal for applications requiring precise fit.

Each project is analyzed to define the optimal machining parameters and ensure full compliance with technical specifications.

Nominal sheet size
3000 × 1500 mm
Maximum simultaneous positioning speed
140 m/min
Maximum workpiece weight
1162.5 kg
Laser Power
3-15kW
Material Thickness
0.5-15mm

Key features of the SLON Laser CNC Cutting Service

Our CNC cutting service offers reliable industrial capabilities, including:

  • High-precision cutting and CNC machining
  • Cutting, drilling, milling, and grooving
  • Repeatable and stable production
  • Compatibility with CAD, DXF, PDF, EPS, AI, and DWG files
  • Integration with laser cutting, bending, and welding
  • Precise machining without thermal impact
  • Suitable for technical and functional parts
  • High design flexibility
  • Compatible with prototypes and small production runs
  • Fully integrated in-house process

CNC Cutting: Questions and Answers

CNC (Computer Numerical Control) cutting is a machining process that uses machines controlled by digital files to cut, drill, mill, or groove metal parts and other materials with high precision. The trajectories are programmed in advance, ensuring faster cutting, consistent repeatability and accuracy.

CNC cutting is recommended when the project requires deep drilling, pockets, grooves, milling operations, or when cutting without thermal impact is required. It is particularly well-suited for mechanical, functional, or heat-sensitive parts.

CNC cutting allows for the machining of a wide range of materials, including aluminum, steel, stainless steel, as well as certain engineering plastics and composites. The choice of material depends on the final application and the mechanical constraints of the part.

CNC cutting allows for tight dimensional tolerances, suitable for industrial and mechanical requirements. Accuracy depends on the material, thickness, tool type, and part complexity, but it is ideal for precise assemblies and functional parts.

Yes. CNC cutting is perfectly suited to functional prototypes and small production runs, as it does not require molds or specific tooling. It offers great design flexibility and allows for quick adjustments before recurring production.

The most commonly used formats are CAD, DXF, PDF, EPS, AI, and DWG files. These formats allow for precise programming of machining paths. PDF files can be used for reference, but a vector technical file is recommended to ensure part conformity.