Domino Mx350i-B
Fast, non-contact labelling for fragile, uneven and fast-moving products. The Mx350i-B applies labels using the blow method without the applicator touching the product. This makes it a strong choice for fragile packaging, uneven surfaces and applications where product contact should be avoided. Its compact design also makes installation easier where… Read more
Product description
Fast, non-contact labelling for fragile, uneven and fast-moving products.
The Mx350i-B applies labels using the blow method without the applicator touching the product. This makes it a strong choice for fragile packaging, uneven surfaces and applications where product contact should be avoided. Its compact design also makes installation easier where space is limited.
Why choose the Mx350i-B?
- Non-contact blow application protects fragile products and packaging.
- Suitable for moving and stationary products.
- Compact and cost-efficient design.
- 4-inch and 6-inch print widths plus left- and right-hand versions.
- Labels can be applied to the top or side of a product.
Typical applications include
- Fragile or easily damaged packaging
- Uneven surfaces and variable product shapes
- High-speed batch and production-line labelling applications
- Boxes, bags, trays, shrink packs and cartons
Key technical specifications
| Print width | 108 mm (4”) or 162 mm (6”) |
| Print technology | Thermal transfer / Direct thermal |
| Print resolution | 300 dpi |
| Max. print speed | 400 mm/s (4”), 250 mm/s (6”) |
| Distance to product | 10-100 mm |
| Product motion | Moving or stationary |
| Apply method | Blow, non-contact |
| Label size | Recommended width 50-110 / 50-150 mm; length 30-100 mm |
| Roll length | Up to 600 m |
| Connectivity | 4 x Ethernet, TCP/IP, 2 x USB-A, 1 x USB-B; 12 inputs / 12 outputs |
Contact us
If the product is fragile, the surface is uneven or labelling needs to be carried out without mechanical contact, the Mx350i-B is a strong option. We can help verify the blow distance, pad size and suitability of the label material.





