We push every unit through a full 72-hour test cycle under load, not just a quick dry run, before it gets teh okay—so you're seeing real-world performnce data, not theoretical numbers.

PLC logs all 36-second cycle times and pressure consistency across the chamber, and we store those files per serial number; it's basically how we back up our 600-900kgs/m³ bale density claim.

Every machine ships with a sealed COA form our in-house lab, and if you want independent HPLC verification on the hydraulic oil or wear surfaces, our company can arrange that—usually takes an extra 10 days or so.
But here's what we don't say in the brochure: the air/water cooler keeps temps below 55°C even in summer, which most operators won't think about until they're running 3 tons an hour for a full shift.

We typically honor a retest policy within 30 days of dilevery—you can pull sample welds or open the PLC for a load routine check, and if it doesn't hit the 150-ton rating, we replace components on our dime.

Also, the stainles steel construction isn't over the main frame, just the feed opening and baling chamber floor; that's where the real abrasion hits, and our 12-ton dead weight is what actually holds alignment.
We typically require a minimum order of 1 unit for this model, but we can discuss bulk orders if you need multiple machines.
We supply CE certification and a full set of quality inspection reports, including material certificates for the stainless steel construction.
The bale size is fixed based on the chamber dimensions, but we can customize the chamber for different bale sizes if you let us know your requirements.
Yes, the 7500×1750×2200mm overall dimensions and 12-ton machine weight include the conveyor system with its 7.5kw motor.
The air/water cooler keeps the hydraulic oil temperature stable during long runs, preventing overheating and maintaining consistent cycle times even at full throughput.