Versatile and precise digital printing for plastics, metals, glass & ceramics, wood, and other materials.
Not every product is about speed—some require finesse. That’s where multipass UV printing shines. It offers unmatched flexibility and ultra-sharp detail, making it the ideal industrial solution for small batches, customized jobs, or applications with complex graphics.
At Lopritec, we bring you the latest in multipass UV technology, adapted for the specific needs of European industrial manufacturing. Whether you’re printing on flat, irregular, or delicate surfaces, our systems give you freedom without sacrificing quality.
What is Multipass UV Printing?
Multipass UV printing works by moving the print head across the surface in multiple passes—layer by layer—until the full image is built. This allows for higher resolution, greater control, and the ability to print on a wider range of product shapes and surfaces.
It’s a perfect fit for:
- Plastics
- Metals
- Glass & ceramics
- Wood
- Other materials that require adaptable, detailed decoration
Why Choose Multipass UV from Lopritec?
- Pinpoint precision for intricate graphics and detailed logos
- Excellent results on irregular or curved flat surfaces
- CMYK+White printing with optional varnish effects
- Ideal for small runs and on-demand customization
- Instant UV curing = no drying time, no waiting
- Minimal operator training required
- Perfect for prototyping and variable data printing
- Sustainable: no VOC (Volatile Organic Compounds) emissions and very little ink loss
- Safe: no heavy moving parts
Industrial Use Cases
Our multipass UV printing machines are the go-to choice for manufacturers and service providers who need flexibility, durability, and visual quality:
- Luxury packaging: vivid branding and texture effects on wood or coated metals
- Medical equipment: batch-specific labeling and traceability on plastics
- Industrial parts: detailed graphics on coated or rough surfaces
- Custom electronics: logos, QR codes, and personalization on housings
- Short-run production: where efficiency meets design freedom