We were looking at options for high-volume drape processing and this one handled what we threw at it — runs steady at about 70m/min or so once you get the matrial dialed in, but the design speed is up to 80m/min if you're pushing it with the right non-woven roll.
It basically takes big roll (diameter up to 80cm) and does the W folding along teh length first, then three consecutive folds across the width for the finished drape, and you can customize the fold pattern anyway since they support custom drape diagrams.
You'll need three-phase 380V 50Hz power with a 5-wire setup, plus compressed air at 0.6 to 0.8 mpa for the pneumatics, and the whole machine footprint is about 5 by 3 by 2.8 meters — just make sure you've got room for the roll stand and output conveyor.

What it does is suit medical and hotel uses well, but it's actually not ideal for very heavy woven fabrics or anything with a tight fiber weave. We usually do 10,000 to 20,000 drapes per shift depending on drape size — expect lead times of maybe 30 to 45 days for a custom configuration.
The transverse fold range is 80 to 120cm and longitudinal goes form 60 to 240cm, so pretty flexible on drape dimensoins, and the longitudinal folding method is built-in W fold by default. one year and they offer after-sales support, so that's sorted.
Anyway, pretty much every buyer we know specs out the 70m/min stable speed as their baseline, and honestly for a 3-phase 8kW machine that's decent all around.
No, the machine is designed for roll diameters up to 80cm. Anything larger won’t fit the feed system properly.
We typically require a MOQ of 500 units for customized drape diagrams, but it can vary depending on the complexity. Just let us know your design and we’ll confirm.
We can provide a CE certificate upon request. For other certifications like ISO, we need to check with our factory — just ask before ordering.
Standard lead time is about 30-45 days from order confirmation, depending on current production load. Customized versions may take a bit longer.
You’ll need an input air source between 0.6 and 0.8 mpa. Running outside that range could affect the folding accuracy or cause jams.