ROQ ASP
Screen Printing Accessories

ROQ ASP

Brand: ROQ | Subcategory: Extraction & Air Purification

Inline suction cleaning station for removing loose fibers, dust, and lint before printing.

Key Benefits & USPs

🎯Effective Filtration: Powerful extraction and filtration of harmful fumes and exhaust gases from the dryer
⚡Quiet Integration: Low-noise operation directly interfaced with the control system of your dryer
🚀HSE Compliance: Creates a healthier work environment and complies with strict environmental standards

Interested in the ROQ ASP?

Unique Advantages & USPs

Discover what makes the ROQ ASP the perfect addition to your production workflow.

🎯

Effective Filtration

Powerful extraction and filtration of harmful fumes and exhaust gases from the dryer

⚡

Quiet Integration

Low-noise operation directly interfaced with the control system of your dryer

🚀

HSE Compliance

Creates a healthier work environment and complies with strict environmental standards

Why choose the ROQ ASP?

The ROQ ASP systems extract fumes, smoke and odors released by drying tunnels and intermediate dryers. This protects the health of your employees and helps comply with environmental guidelines.

Technical Specifications

Filter typeActive carbon & HEPA filters
Noise level< 65 dBA
CapacityAdapted to dryer size

Typical applications

  • Fume extraction at dryers
  • Smoke filtration

Suitable for business type

  • Medium to large print shops

Brochures & Documents

ROQ ASP Product Brochure

PDF Document | Product specifications and dimensions

Product Video & Demonstration

►
Watch the ROQ ASP demonstration video

External link: https://www.youtube.com/watch?v=a7bQg7QOl7M

Related screen printing systems

Other solutions within our portfolio that complement this configuration.

Frequently asked questions about ROQ

Yes, the ROQ ASP is an automated, integrated system that streamlines the entire prepress process, including developing and degreasing.

Absolutely. The system features advanced water recycling and filtering to drastically reduce water consumption.