ISIT Line
- Process optimization in circuit board assembly: manufacturing processes like solder paste printing, component placement and soldering (reflow, wave, selective, vapor phase and special soldering techniques) are fine-tuned to match optimally
- The introduction of novel technologies and methods is tested and transferred to customer specific equipment
- Fine pitch solder paste printing for discrete components and for integrated circuits on wafer level
- pin-in-paste manufacturing
- glass soldering paste printing for sensor encapsulation at wafer level
- introduction of new materials and tools, e.g. step-structured printing stencils and processes (e.g. jet dispensing)
- soldering profile optimization in given process window for in-line, selective and rework soldering processes, in combination with thermal simulation and temperature measurement
- multiple soldering processes using solder alloys with increasing melting points
- manufacturing of functional samples, prototypes and pilot production series
SMD Rework Center
Conformity to valid industrial standards:
- standardized handling of components and modules
- rework of complex assemblies
- selective soldering for completion of assemblies
- gentle repair processes for electronic assemblies under consideration of valid industry standards
- quality control via optical and X-ray inspection as well as cross section analysis
- process training for operators on the customer's own equipment
Component and Material Qualification
- soldering heat resistance
- MSL-test according to J-STD 020
- process- and manufacturing compliance
- assessment of manufacturing parameters for RoHS conformity
- solder paste evaluation according to recognized valid industry standards
Training
● controllable assembly production
● practice-oriented process optimization in the electrical assembly production
● the optimized rework process
● manual soldering,
● lead-free soldering for power assemblies
● Technology Days
● In-house offers
Downloads:
Application Center for Electronic Assemblies