Large format printing
UV flatbed, latex and direct-to-substrate printing on rigid and flexible media for signage, retail and industrial use.
We design and manufacture signage, POS elements, plastic components and graphics for flat or irregular parts. Our Mielec facility combines UV and latex print, CNC routing, laser cutting, contour cutting, plastic bending, pad printing and screen printing.
Print, CNC, laser and specialty marking handled under one roof in Mielec.
A broad machine base lets us move efficiently from concept and first sample to the finished product. That means a shorter delivery path, fewer subcontractors and better control over colour, material and build quality.
UV flatbed, latex and direct-to-substrate printing on rigid and flexible media for signage, retail and industrial use.
CNC routing, CO2 laser cutting and contour finishing help us prepare boards, films, components and 3D elements with repeatable precision.
Plastic bending equipment and a thermal foam cutter support letters, decorations and custom shapes for display and event environments.
Screen printing and pad printing extend production to graphic series, technical parts and irregular items that require durable marking.
An in-house machine base lets us combine print, machining, forming and marking without splitting production across multiple subcontractors.
UV flatbed, latex and direct-to-substrate printing on rigid and flexible media for signage, retail and industrial use.
CNC routing, CO2 laser cutting and contour finishing help us prepare boards, films, components and 3D elements with repeatable precision.
Plastic bending equipment and a thermal foam cutter support letters, decorations and custom shapes for display and event environments.
Screen printing and pad printing extend production to graphic series, technical parts and irregular items that require durable marking.
UV flatbed, latex and direct-to-substrate printing on rigid and flexible media for signage, retail and industrial use.
A broad machine base lets us move efficiently from concept and first sample to the finished product. That means a shorter delivery path, fewer subcontractors and better control over colour, material and build quality.
Rigid boards, temperature-sensitive materials, glass, plywood, composite panels and many other substrates depending on the project.
See print systems
From simple cut-outs to multi-stage components in plastics, wood and structural materials prepared with repeatable dimensional accuracy.
Explore cutting technologies
Solutions in EPS, XPS and thermoformed plastics for scenography, signage, displays and lightweight promotional structures.
How we work
We can combine several technologies within one order, simplifying implementation and improving consistency of the finished product.
Discuss your projectA broad machine base lets us move efficiently from concept and first sample to the finished product. That means a shorter delivery path, fewer subcontractors and better control over colour, material and build quality.
We review the intended use, size, quantity, exposure conditions and material constraints.
We combine the right print, machining and marking methods so the result is durable, aesthetic and cost-effective.
Printing, cutting, routing, engraving, bending and specialty marking are completed in our own facility.
You receive a component prepared for installation, display or the next stage on your side.
Displays, stands, shelf strips, in-store signage and support elements for point-of-sale environments.
Boards, dimensional letters, information graphics and visual systems for offices, stores and service spaces.
Vehicle graphics, markings, decals and accurately cut self-adhesive elements.
Panels, functional labels, printed parts and repeatable solutions for technical use.
Lightweight constructions, scenographic elements, decorations and display builds created by combining multiple processes.
Projects that require printing, cutting, bending and finishing within one carefully planned workflow.
Send the size, quantity, material and deadline. If the job requires several processes, we will propose the most sensible production route.