Revolutionize wire packaging with DRU-Pak by Druids

DRU-Pak is a cutting-edge solution for wire roll packaging and finishing, designed to enhance efficiency, sustainability, and product presentation. With over 30 years of experience, DRUIDS has established itself as a leading company in end-of-line automation for the wire industry.

What makes DRU-Pak unique?

DRU-Pak integrates robotic systems and advanced technologies, automating labor-intensive tasks like handling, compacting, and strapping wire rolls. Whether dealing with small wire rolls (1–400 kg) or bulk rolls (400–1.500 kg), DRU-Pak accommodates a wide range of product sizes, and it’s ideal for diverse sectors, including construction, automotive, agriculture, and retail.

DRU-Pak ensures a uniform, visually appealing final product and incorporates energy-saving technologies, helping manufacturers reduce their carbon footprint while maintaining top-tier performance.

DRU-Pak is designed to integrate smoothly into existing production lines with minimal downtime, enabling manufacturers to transition effortlessly to more efficient operations.

End-to-end wire packaging solutions

DRU-Pak offers a variety of specialized lines, specifically engineered for:

- small wire rolls and coils: packaging lines for rolls weighing between 1 and 400 kg;
- bulk wire rolls: automated handling and packaging for rolls up to 1.500 kg;
- combined packaging lines: versatile systems that handle both small and bulk rolls.

Wire finishing solutions

Beyond packaging, DRU-Pak includes high-speed finishing lines for products like hexagonal mesh, enabling manufacturers to produce diverse offerings efficiently.

Since launching its first wire roll packaging solution in 1987, DRUIDS has expanded its portfolio to include complementary technologies like DRU-Wet and DRU-Vector (wire drawing) and DRU-Gal (hot-dip wire galvanization). DRU-Pak embodies this legacy, providing a comprehensive range of solutions that empower manufacturers to reduce their environmental impact while achieving peak operational efficiency.