Application | Photohead | Resolution | Machine Platform |
---|---|---|---|
QTA, MLB, HDI | Solderbeam | 30 µm L/S | MDI-TTG Solderbeam |
QTA, MLB, HDI, CM | LLS30 | 30 µm L/S | MDI-ST (XL) MDI-TTG MDI-Flex (XL) |
Advanced HDI, mSAP, FPC, CM | LLS15 | 15 µm L/S | MDI-ST (XL) MDI-TTG MDI-FLEX (XL) MDI-ST ULTRA |
mSAP, FPC, ICS, CM | LLS10 | 10 µm L/S | MDI-ST ULTRA MDI-TTG ULTRA |
mSAP, PKG, ICS, PLP | LLS07 | 7 µm L/S | MDI-ST ULTRA MDI-TTG ULTRA |
QTA = Quick Turn Around | MLB = Multilayer Boards | HDI = High Density Interconnect | CM = Chemical Milling | mSAP = Modified semi-additive processes | FPC = Flexible PCB
ICS = IC Substrates | PKG = Packaging | PLP = Panel level packaging | WLP = Wafer level packaging | FOWLP = Fan out wafer level packaging
Schmoll‘s Direct Imaging systems provide high flexibility of imaging various different materials. The use of multiple wavelengths allow for straight sidewalls and minimized undercut when imaging photoresist or soldermask ink. Challenges in precise recognition of targets, especially on different colored inks, are addressed by the use of Schmoll‘s CCD and ringlight technology.
A mechanical clamping system can in addition to the vacuum table support the proper fixation of warped panels.
The MDI-TTG SOLDERBEAM is a dedicated platform to image soldermask at high speed and efficiency. The Tandem table concept enables operators to properly handle panels at no timeloss while registration and imaging processes can happen in parallel. The exposure speed even on inks demanding for high exposure energy becomes very attractive.