FAQ

Yes. You can upload a sketch, drawing, photo, or technical file. We will review it and calculate the price based on the material, size, shape, thickness, and quantity.

You can send common formats such as PDF, JPG, PNG, DXF, DWG, or other available project files. If you are not sure whether your file is suitable, send what you have and we will check it.

Yes. We can cut custom shapes, circles, holes, curves, signs, panels, and detailed parts. The more precise your drawing is, the more accurate the final result will be.

Cutting accuracy depends on the material, thickness, shape, and production method. If your project requires specific tolerances, mention them in your request before production.

Yes. You can order a single custom piece, a prototype, or a larger batch. We work with both small individual orders and commercial production requests.

We usually respond within 2 working hours after receiving your request. If the project is complex, we may ask for additional details before confirming the final price.

We offer custom cutting, laser cutting, laser engraving, edge polishing, gluing, folding, and made-to-order production using acrylic, plexiglass, polycarbonate, and related materials.

Yes. We can cut sheets and parts to your required dimensions. You can send exact measurements, a sketch, or a technical file, and we will prepare an offer based on your project.

Yes. We can produce simple panels as well as more complex shapes, including holes, circles, rounded corners, curves, and custom details. For the best result, send a drawing with clear measurements.

Yes. Laser engraving can be used for logos, text, numbering, labels, decorative details, signs, branded displays, and custom product elements.

Yes. Edge polishing is available for projects where the final appearance matters. Polished edges look cleaner and more finished, which is especially useful for visible panels, shelves, signs, displays, and furniture elements.

Yes. Depending on the project, we can cut, engrave, polish, glue, fold, and assemble parts into a finished item. Send your idea, drawing, or reference image, and we will review what is possible.

CNC routing is suitable for acrylic, plexiglass, polycarbonate, PVC, composite panels, plywood, wood, MDF, plastics, and some other sheet materials. The possibility of cutting depends on the material thickness, density, cutting tool, and the required final result.

CNC routing can be used for both thin and thicker materials. The maximum thickness depends on the material, machine, selected cutting tool, and complexity of the part. For thicker sheets, CNC routing is often a better option than laser cutting, especially when the material is sensitive to heat.

After CNC routing, the edge has a mechanically cut finish. Acrylic, plexiglass, and polycarbonate usually have a clean and even edge, but additional polishing may be needed if a perfectly transparent or glossy finish is required. Wood, plywood, and MDF usually have a clean edge without strong darkening, but may require sanding. For plastics and composite materials, the edge quality depends on the material type, thickness, and cutting tool.

CNC routing provides high accuracy and is suitable for parts with holes, grooves, pockets, bevels, complex contours, and thicker materials. The final accuracy depends on the material, thickness, cutting tool, drawing, and machine settings. If your project requires specific tolerances, they should be mentioned before production.

Laser cutting is suitable for acrylic, plexiglass, plywood, wood, MDF, cardboard, paper, some plastics, and other sheet materials. The possibility of cutting depends on the material type, thickness, density, and required final result. Some materials are not suitable for laser cutting because of their composition, melting behaviour, fumes, or risk of damaging the equipment.

Laser cutting is suitable for thin and medium-thickness sheet materials. The maximum thickness depends on the material, machine power, sheet quality, and complexity of the part. For very thick materials, or for materials that are sensitive to heat, CNC routing may be a better option.

After laser cutting, the edge has a thermally processed finish. Acrylic and plexiglass usually have a smooth, clean, slightly glossy edge, so additional polishing is often not required. Wood, plywood, and MDF may have slight darkening or heat marks along the edge. For plastics, edge quality depends on the material type, thickness, and how the material reacts to heat.

Laser cutting provides high accuracy and is suitable for complex contours, small details, lettering, decorative elements, holes, and serial production. The final accuracy depends on the material, thickness, drawing, machine settings, and complexity of the shape. If your project requires specific tolerances, they should be mentioned before production.