Flexible Electronics — Equipment
Laser equipment for Flexible Electronics
Buy the equipment
ExactPro pairs dual-linear-motor precision with NIR and UV sources for aperture and circuit work where edge geometry decides yield. SheetPro takes the same work to boards and sheets larger than 670 × 670 mm.
Equipment for this work
ExactCore
ExactCore is the LasX machine you start on.
ExactPro
Laser micromachining on a square bed — 310 × 310 mm or 670 × 670 mm — with automated and vision registration, self-calibration, and a cleanroom configuration all standard.
SheetPro
Large-format laser processing of sheets, boards, and plates on a static bed — 800 × 1,000 mm, 4 × 8 ft, or 5 × 12 ft — with a LaserSharp® Module travelling overhead on an XY gantry.
FoilPro
The roll-to-roll laser machine for metal foil — bare and coated, copper and aluminum — on webs from 600 mm to 1,800 mm, with the tension control, splice handling and extraction a thin metal web needs.
LaserSharp Module
The patented laser processing modules that power every LasX platform — matched to the material and process, sharing one control and software architecture — and drop into converting lines LasX did not build.
What it changes
- Aperture geometry held digitally across the panel
- Registration to printed marks held to ±25 µm on the fly
- Registration to existing features with distortion compensation
- NIR, green, and UV sources — nanosecond to femtosecond pulses — matched to the substrate
How we de-risk this before you commit
- Sample apertures from your material before commitment
Questions we get asked
What decides aperture quality from a laser?
Wall geometry. The aperture's wall angle and smoothness follow beam quality and parameters. It is measurable, and we measure it.
How closely do you register to printed features?
To printed registration marks, ±25 µm on the fly. Registration to copper features on polyimide depends on how the film moves with heat, humidity and web tension, so we establish it on your circuit in a trial.