Glossary

Laser cutting of plywood, MDF, or hardwoods.

Laser systems cooled by water for performance.

Scalable graphic format used for cut paths.

Online file submission for cutting.

Limits of precision in cutting.

Acceptable deviation from the exact measurements.

Lightweight, corrosion-resistant metal.

Cutting materials typically 0.5–5mm thick.

Used for painting or marking surfaces.

Choices in how the cut edges appear.

Corrosion-resistant steel ideal for clean finishes.

One clean pass through the material.

High-tensile steel for clips and springs.

Custom letters or logos for commercial use.

Instant quote transitions directly into production.

Cutting thin flat metal sheets into desired shapes.

Laser cutting cylindrical objects.

Fast turnaround for urgent jobs.

Quickly creating samples or test units.

Short bursts of laser energy for fine work.

Creating early models of a product.

Cutting with extremely fine tolerances and accuracy.

Designs finalised for manufacturing.

Durable plastic used in enclosures and shields.

Engineered wood often used in models or signage.

Cutting plastic materials like ABS or polycarbonate.

Foam or card holders cut for products.

Order and pay via website.

Upload and order laser-cut parts through a website.

Order parts only when needed.

Durable polymer often used in mechanical parts.

Arranging parts to minimise material waste.

Efficient part arrangement to save material.

Multiple passes to cut thicker material.

A common low-carbon steel used in general applications.

Laser cutting specifically for metals.

Range of stocked materials to choose from.

Precision parts used in engineering.

Medium-density fibreboard used in furniture and crafts.

Natural material used for personalised goods.

A lighter, quicker engraving that melts the surface.

The time from order to delivery.

Promised delivery timelines.

A cleaned-up file optimised for cutting.

Changing the material surface (colour, finish) without cutting.

Vaporising the surface layer to create designs or text.

Businesses offering custom laser cutting jobs.

Equipment used to perform laser cutting operations.

A precise method using a focused laser beam to cut materials.

The width of the cut made by the laser beam.

Fine decorative cutting in metal or acrylic.

Real-time pricing based on specs.

High-volume or heavy-duty laser cutting.

Wall art, lighting fixtures, and more.

Rapid cutting to optimise throughput.

Soft, flexible material used in packaging inserts.

Sealing rings for mechanical assemblies.

Uses oxygen or nitrogen to improve cut quality.

Zinc-coated steel for corrosion resistance.

Cutting on a flat surface for 2D sheets.

Cutting from single-layer sheets.

Fixed cost to ship laser-cut parts.

A high-powered, efficient laser type ideal for metals.

Soft textiles cut for fashion or upholstery.

How deep the laser burns into the material.

Boxes or casings for electronics.

Skip prototyping and go straight to production.

Making things via digital design and tools.

The programmed route the laser follows.

A common vector file format for laser machines.

CAD file format used in engineering and architecture.

Cut to spec for architecture or furniture.

Affordable pricing with efficient use of resources.

Tailor-made parts based on a design.

Layers of different materials fused together.

Tailored laser cutting based on client specifications.

Non-standard sizing options available.

Highly reflective metal requiring powerful laser settings.

Plates cut for switches and dials.

Constant laser stream for deeper cuts.

Lightweight material ideal for prototyping.

Strong, hard steel with higher carbon content.

A gas-based laser often used for non-metals like wood or acrylic.

Computer-controlled laser cutting for automated precision.

2D or 3D drawing used to create cutting layouts.

Machines that follow computer commands.

Metal parts used to support structures.

Durable alloy used for both functional and decorative parts.

Services operated in Australia.

Multiple units made in one run.

Custom brackets, panels, or badges.

Creative hobby projects and custom shapes.

Miniature buildings or layouts.

Compressed air helps clear debris and cool the cut.

Aluminium with a coloured oxide finish.

Clear plastic known for clean laser-cut edges.

Lightweight, soft metal that cuts easily with fibre lasers.

Laser processing of clear or coloured acrylic sheets.

Cutting along curves or 3D shapes.