We're getting a call from small repair shops who are trying to fix 80-inch LED TVs with that dreaded black line running down teh panel, and the 618SH is really the only way to handle a TAB bonding job at th without just tossing the whole TV.
So basically it's a 1500W pulse heating system with a Siemens PID controller and titanium alloy head—the 0.005mm plane precision on the hot-pressing side is tighter than most units in this class, and that matters when you're aligning those ultra-fine COF ribbons.

The optical alignment uses a 19-inch display and a microscope that goes 20 to 100 times continuous zoom, which is actually pretty useful for those high-density TAB bonds where you'd normally struggle to see if pad is even making contact.
Peak temperature stays within ±0.3°C, which sounds like overkill but when you're reflowing those delicate flex circuits you really don't want thermal runaway—we usually have stock on these but confirm lead time, it's about 20 days or so.

The whole thing weighs 450kg and takes up 1800x1200x1520mm of floor space, so we'll need to clear a spot ahead of time and maybe reinforce the bench (check load rating).
One thing this definately isn't for is small phone screen repairs or chip-level work—it's built for those 100-inch panels and TAB bonding where you need the trimming unit accuracy at 0.01mm, and the COF trimming unit itself comes form Taiwan.
We usually start at 1 unit for the 618SH, but we can discuss bulk pricing if you're ordering 5 or more.
Standard lead time is about 15-20 working days from order confirmation, depending on current stock and component availability.
Yes, we can supply a certificate of compliance for the Siemens PID controller and a factory calibration report for the ±0.3°C peak temperature accuracy.
Absolutely, the hot pressing time is user-adjustable via the touch screen, and we can configure the machine for other voltage inputs like AC110V on request.
It ships on a heavy-duty wooden pallet with foam padding, and should be stored in a dry, clean environment at room temperature to protect the optical alignment and microscope.