TYKMA Electrox Minilase XL Manual

Minilase XL Manual is a flexible and compact workstation for industrial laser marking. The system combines a generous working area with simple manual operation and is ideal for companies requiring a safe and reliable solution for marking everything from small components to larger parts.

Flexible Workstation for Industrial Laser Marking

TYKMA Electrox Minilase XL Manual is a benchtop laser marking workstation designed for industrial environments where flexibility, ease of use and high marking quality are essential.

Despite its compact footprint, the machine provides a generous internal working area. This makes it possible to handle both smaller components in recurring production and larger parts that need to be marked individually or in smaller batches.

The workstation is designed as an enclosed laser system, providing a safe and ergonomic working environment for the operator.

Simple and Ergonomic Operation

Minilase XL Manual features a vertically opening, spring-assisted manual door. The design provides easy access to the working area and allows components to be quickly positioned or changed between marking cycles.

The motorised height adjustment makes it easy to set the correct focus for parts of different heights. The Focus Finder also provides the operator with visual assistance to quickly establish the correct working distance before marking begins.

For repetitive production, the system can be configured so that the marking cycle starts when the door is closed, creating an efficient and natural workflow.

Adapted to Your Material and Application

Minilase XL Manual can be configured with different laser sources depending on the material to be marked and the desired result.

For marking metals and many engineering plastics, a fibre laser or MOPA fibre laser is typically used. For other materials and applications, UV, green or CO₂ lasers may provide a better solution.

The choice of laser source affects factors such as marking contrast, level of detail, processing speed and the amount of heat transferred to the material.

LMI helps you select the right laser technology and configuration based on the material, part geometry, production volume and marking requirements.

What Can Be Marked with Minilase XL Manual?

With the appropriate laser source, the system can be used for permanent marking on a wide range of materials, including:

• Stainless steel
• Steel
• Aluminium and anodised aluminium
• Titanium
• Brass and other metals
• Many types of engineering plastics
• Painted and coated components

The materials that can be marked and the results that can be achieved depend on the selected laser type, wavelength and material properties.

Typical Applications

Minilase XL Manual is suitable for a wide range of industrial product marking and traceability applications, including:

• Serial numbers and part numbers
• Data Matrix codes and QR codes
• Barcodes
• Logos and graphical symbols
• Text and product information
• Nameplates and identification plates
• Tools and machine components
• Electronics and automotive components
• UID and traceability marking

Laser marking is permanent and normally requires no consumables such as inks, labels or chemicals.

A Flexible System for Varying Production Requirements

Minilase XL Manual is particularly suitable for operations where different products and components need to be marked using the same machine.

The large working area combined with motorised focusing makes it easy to switch between parts of different dimensions. Fixtures can be used to ensure fast and repeatable positioning in recurring production.

The system can also be equipped with additional functions and accessories to meet the requirements of the specific application.

Advantages of Minilase XL Manual

• Compact benchtop design
• Generous internal working area
• Safe, enclosed workstation
• Spring-assisted vertical manual door
• Motorised height adjustment
• Focus Finder for quick and accurate focusing
• High marking quality and excellent repeatability
• Choice of different laser technologies and power levels
• Air-cooled system
• Low maintenance requirements
• No inks, dyes or other consumables required for the marking process

Which Laser Do You Need?

There is no single laser source that is optimal for every material. One of the most important aspects when selecting a laser marking system is therefore choosing the correct wavelength, power and optics for the application.

A fibre laser, for example, can be an excellent choice for permanent marking of metals, while other materials may require MOPA, UV, green or CO₂ laser technology to achieve the best possible result.

LMI has extensive experience in industrial laser technology and can assist throughout the entire process – from sample marking and selection of the laser source to fixturing, installation and commissioning.

Send Us a Part for Sample Marking

Are you unsure which laser or system configuration is best suited to your product?

Send us a part or material sample and we will help you evaluate the application. We can carry out sample marking and assess factors such as contrast, marking speed, level of detail and the most suitable laser technology.

This allows the right solution to be verified before making an investment decision.

*The size of the marking field depends on the selected optics and system configuration. Larger marking fields are available.