#randomachine

Turn tightly packed bales into perfectly opened, production-ready fiber with the Rando Bale Breaker. Engineered for high throughput, this machine opens bales up to 2,000 lbs into clean, uniform tufts—so your entire nonwoven line runs smoother, cleaner, and more efficiently. With a compact, modular design that requires minimal floor space and integrates easily into existing material handling systems, it’s built for modern plants that demand more from every square foot.

Ditch the old-school production line and upgrade your fibre game with the advanced machinery from Rando Machine — engineered for excellence in fibre prep, web formation and recycling. From uniform webs crafted via true random fibre orientation to high-loft condenser systems handling nano-denier fibres, every machine is built tough, tested for performance and designed for tomorrow’s manufacturing challenges.

Turn your baled fiber into perfectly tufted web in no time — meet the Bale Breaker from Rando. Engineered for high throughput, durable modular design, anti-static enclosed operation, and dual bale handling (horizontal or vertical). Whether synthetic or natural fibers, it adapts seamlessly. Request your custom quote today and elevate your fiber preparation line to the next level.

💡 Key features:

Handles up to 2,000 lbs of bale fiber

Dual bale feeding (2 + 2 design)

Modular & bolt-together frame for easy maintenance

Adjustable photo-eye hopper control

Minimal footprint, maximum output

Let innovation break the bale — not your workflow.

Introducing the Rando Vertical Pre-Opener — a game-changer in fiber processing! 🌀 This cutting-edge Textile machinery feeds fiber vertically, pre-opens it via a feed roll, main cylinder, and brush roll — achieving 99% opening while minimizing breakage.

At Randomachine, we specialize in precision engineering for non-woven manufacturing, delivering solutions that redefine durability, performance, and sustainability. Non-wovens are versatile fabrics made without weaving or knitting, offering unique properties like strength, absorbency, and filtration efficiency.