Labelexpo: Intergraphic to launch Pulisi DSmart330F UV inkjet digital press

The DSmart330F is designed for flexible printing solutions, catering to medium and short-run jobs. This press offers features like multi-level ink droplet technology for enhanced print resolution and supports variable data printing, including barcodes and serial numbers. Additionally, it includes post-press inspection for quality control, ensuring streamlined and efficient operations.

Pulisi’s digital presses are known for their versatility, and the DSmart330F can handle a wide range of substrates, enhancing printing accuracy and stability. It is particularly suitable for industries demanding precise label production.

Versatile substrate handling: It can print on a wide variety of substrates, ranging from thin films (30 microns) to thicker materials (up to 300gsm). This makes it adaptable for diverse label applications, from lightweight labels to durable card stocks.

The press uses multi-level ink droplet technology, ensuring fine printing details and smooth color gradients. It supports full-color output and spot color simulations, delivering high-quality results for complex designs.

The DSmart330F supports variable data printing, allowing for easy customisation of labels with barcodes, QR codes, serial numbers, and other personalised elements. This is particularly useful for brands needing versioned labels or tracking.

A key feature of the press is its integrated post-press inspection system, which simplifies quality control. It helps detect and rectify printing errors like missing text, color variations, and misaligned elements, boosting overall production efficiency.

The machine can be configured with various optional modules, such as digital cold foil stamping, film lamination, die-cutting, and inline quality inspection. This makes it highly adaptable to specific customer needs and capable of handling complex printing jobs.

Overall, the DSmart330F is ideal for businesses seeking to improve their digital label production, offering reliability, adaptability, and high-speed output for various applications.