B.IRD MACHINERY

Dry Plastics in Minutes, Not Hours!

Our groundbreaking B.IRD infrared rotary drum technology is transforming how you dry and heat plastics. Unlock faster, more flexible production and boost your bottom line with intelligent material management.

B.IRD is designed for injection molding and a full range of other processes, including extrusion, blow molding, compression molding, and rotational molding.

What you gain

  • Consistent Material Quality: Achieve reliable, uniform output every time.
  • Easy Drying: Perform drying simply, even in high-humidity environments.
  • Precise Control: Manage quantities and process flow with pinpoint accuracy.
  • Fast Material Changes: Minimize downtime between batches.
  • Rapid Process Start: Get up and running in a fraction of the time.
  • Inline Stop & Go: Integrate seamlessly with your production line.
  • Compact Footprint: Optimize your floor space.
  • Whisper-Quiet Operation: Maintain a better work environment.
  • Exceptional Energy Efficiency: Cut energy costs dramatically.
  • Integrated HT up to 200°C: Handle high-temperature applications with ease.

What You Eliminate

  • Excessive Drying Time: Cut hours off your production schedule.
  • Material Loss: Optimize your yield and reduce waste.
  • Space & Energy Waste: Shrink your footprint and utility bills.
  • Scrap: Improve part quality and reduce rejected materials.
  • Core Flow Issues: End material inconsistency in the hopper.
  • Desiccant Costs: Eliminate the need for desiccants and their regeneration.

Revolving the World of Bulk Heating

Infrared pre-treatment for homogeneous melting of formulations and blends – K 2025

Infrared rotary drum technology efficiently dries plastic bulk materials. The systems from B.IRD Machinery also introduce heat into granules, regrind, flakes, and powders in a manner that is fast, cost-effective, and uniquely gentle on polymers. This aids recyclers and compounders in the production of formulations and blends. Melt homogenisation in the extruder can be significantly...Continue reading→