Laser Cutting Capacity

A welcome addition to our services is our Trotec® Speedy400 Laser cutting machine. The Trotec allows us to offer a new range of options to the resin or metal parts including large and small scale laser marking, engraving and precision laser cutting.

#1 Laser marking of codes and serial numbers

Laser marking is ideal for marking products, parts, components and packaging with serial numbers, QR codes, datamatrix codes and barcodes which can be scanned by machine.

These codes mean that products marked with them can be traced from manufacturer to end user. Properties of laser marking include:

Ideal for plastics, acrylic and metals
High precision
Durability
Non-damaging to the product
Resistant to weather, light or temperature
Ideal for QR codes and barcodes, including consecutive code sequences
Indispensable in key industries such as logistics, electronics, medical and trade
Useful in compliance with standards like UID, GS1, ASTM, UPC and EAN

#2 Engraving security tags, nameplates and plaques

Our Trotec® Speedy400 laser machine can be used for durable and long-lasting engraving of tags, plates and plaques, which will be resistant to light, temperature variation and chemicals.

The precision of the laser beam means even very small scale engraving can be made, giving a superior result to any mechanical or manual engraving or grinding process. Properties and applications for laser engraving include:

Ideal for plastics, acrylic and metals
Precision accuracy
Speed – reduced time for both set-up and implementation process
Transfer of graphics from existing software into laser software, and on to the part
Security tags for products or personnel
Nameplates to denote machine or component authenticity
Plaques for use on products, buildings, doorways, entrances
Awards, trophies and photographic images

#3 Precision laser cutting

Laser cutting can be used to produce precision prototype parts, packaging, architectural models, educational models and a variety of other applications.

The levels of detail, speed, precision and flexibility that can be achieved are often extraordinary. Features of laser cutting include the following:

High speed, high precision
Cutting, perforating and grooving of materials used in packaging
Ideal for plastics, paper and card, polystyrene, foils, films and acrylic
Architectural model making
Medical and educational model making
Cutting of models and shapes direct from CAD file

#4 Small scale laser marking

In some sectors where parts, components and products are very small, laser marking is necessary due to the high material value of the parts in question.

Examples include surgical and medical instruments and implant technologies which are often made from high-grade materials. In such cases the products must be both traceable and identifiable – necessitating the use of laser-marked barcodes and serial numbers. Features include: