Our laser marking services are powered by a VLase IR 10 infrared solid state laser, delivering consistent performance and fine marking resolution:

• Wavelength: 1064 nm
• Output Power: 10 W
• Marking Field: 100 mm × 100 mm
• Marking Process: Non-contact laser marking

The 1064 nm wavelength is particularly suited to marking engineering plastics, producing high-contrast, permanent marks without mechanical stress or consumables.

Glazpart’s system includes an rotary unit, enabling accurate laser marking on cylindrical components. This capability allows full 360-degree marking and is ideal for:

• Tubes, pipes, and shafts
• Rings, collars, and cylindrical housings
• Circumferential text, scales, and serial numbers

The rotary axis ensures consistent alignment and uniform marking quality around the entire component.

Our laser marking service supports a wide range of industrial applications, including:

• Data Matrix and QR codes
• Logos, alphanumeric text, and vector graphics
• Product identification and traceability marks

All markings are permanent, wear-resistant, and suitable for demanding environments.

The VLase IR 10 laser is suitable for marking a broad range of materials, including:

• PA6
• PA66
• ABS
• PP
• PES
• PET
• PVC
• Additional engineering plastics and colours (subject to material validation or required additives)

With a defined 100 mm × 100 mm marking field, Glazpart ensures accurate positioning, repeatability, and consistent quality. Our laser marking service is suitable for prototype development, low- to medium-volume production, and specialist marking requirements.

We design and manufacture jigs and fixtures across a wide tolerance range, from additively manufactured solutions to high-precision wire-eroded tooling.

Used for prototyping, low-volume production, and applications with wider tolerances. Additive manufacturing enables rapid lead times, low cost, and design flexibility for assembly, machining support, and inspection fixtures where high structural loads or micron-level accuracy are not required.

For applications requiring tight tolerances, high repeatability, and long-term dimensional stability, fixtures are manufactured using wire EDM. This process allows complex geometries to be produced in hardened materials with excellent positional accuracy, making it suitable for precision machining, gauging, and inspection.

We match fixture design and manufacturing method to functional requirements, ensuring optimal accuracy, durability, and cost efficiency.

Our digital printing services are powered by a Mimaki UJF-6042 flatbed UV inkjet printer, offering exceptional print quality and versatility:

• Printing Technology: UV LED inkjet
• Maximum Print Area: 610 mm × 420 mm
• Maximum Media Thickness: Up to 153 mm
• Resolution: Up to 1200 × 1200 dpi
• Ink Type: UV-curable inks

UV curing enables instant ink hardening, producing durable prints with excellent adhesion and scratch resistance on both flat and irregular components.

Our digital printing service supports a wide range of industrial and commercial applications, including:

• Logos, text, and full-colour graphics
• Product identification and branding
• Functional markings, symbols, and indicators
• Multi-layer printing, including white for enhanced contrast and tactile effects

Prints are suitable for demanding environments and can be applied directly to components without the need for labels or decals.

The Mimaki UJF-6042 is suitable for printing on a broad range of materials, including:

• Engineering plastics
• Acrylics and polycarbonates
• Metals (with suitable surface preparation)
• Coated and treated substrates

Material compatibility is subject to validation and adhesion testing to ensure long-term durability.

With a rigid flatbed platform and high-resolution print capability, Glazpart ensures accurate positioning, colour consistency, and repeatable quality. Our digital printing service is suitable for prototype development, low- to medium-volume production, and specialist or bespoke printing requirements.

To ensure print accuracy and quality compliance, Glazpart verifies positional accuracy using a Keyence Image Dimension Measurement System IM-7020.

This non-contact optical measurement system allows rapid and repeatable inspection of printed features against defined reference points, confirming alignment, location, and consistency. By integrating dimensional verification into the process, Glazpart ensures that all printed markings meet specified positional tolerances and quality standards before release.

We design and manufacture jigs and fixtures across a wide tolerance range, from additively manufactured solutions to high-precision wire-eroded tooling.

Used for prototyping, low-volume production, and applications with wider tolerances. Additive manufacturing enables rapid lead times, low cost, and design flexibility for assembly, machining support, and inspection fixtures where high structural loads or micron-level accuracy are not required.

For applications requiring tight tolerances, high repeatability, and long-term dimensional stability, fixtures are manufactured using wire EDM. This process allows complex geometries to be produced in hardened materials with excellent positional accuracy, making it suitable for precision machining, gauging, and inspection.

We match fixture design and manufacturing method to functional requirements, ensuring optimal accuracy, durability, and cost efficiency.

We can offer a selection of printing methods on our machines, ranging from Rotary, Multi-colour, and standard Pad printing.

Artwork Plate sizes available are as follows:

• 100mm x 100mm
• 292mm x 110mm
• 350mm x 100mm

Plates can be sourced in steel or nylon. We can produce all our own Nylon plates and the Artwork in house, ideal for promotional or one-off orders.

With the aforementioned plate sizes, Glazpart ensures accurate positioning, repeatability, and consistent quality. Our pad printing service is suitable for low- to medium-volume production and specialist printing requirements.

We design and manufacture jigs and fixtures across a wide tolerance range, from 3D-printed solutions to high-precision wire-eroded tooling.

Used for prototyping, low-volume production, and applications with wider tolerances. Additive manufacturing enables rapid lead times, low cost, and design flexibility for assembly, machining support, and inspection fixtures where high structural loads or micron-level accuracy are not required.

For applications requiring tight tolerances, high repeatability, and long-term dimensional stability, fixtures are manufactured using wire EDM. This process enables the production of complex geometries in hardened materials with excellent positional accuracy, making it suitable for precision machining, gauging, and inspection.

We match fixture design and manufacturing method to functional requirements, ensuring optimal accuracy, durability, and cost efficiency.