Blaubeuren
Baden-Württemberg
89143
Germany
microelectronics
As a longtime developer and manufacturer of production equipment for the microelectronics industry, our continuous and vacuum brazing furnaces offer a wide range of thermally activated processes for various technologies and applications, such as thick film processes or DCB, LTCC, MLCC production, among others:
Soldering in various atmospheres, in vacuum and in overpressure, especially for power semiconductors, optoelectronics and high-temperature components
Drying and sintering processes for thick film technology (DS)
Burn-out and burn-in processes for Low Temperature Cofired Ceramics (LTCC)
Burn-Out and Burn-In Processes for Multi-Layer Chip Capacity (MLCC)
Melting and bonding processes for direct copper bonding (DCB)
Our team of highly qualified process engineers and machine developers offers you innovative and individual solutions for the ever-growing demands of the industry for ever smaller, more functional and faster electronic components:
Oxidizing, reducing and passive process conditions
Optimal heat transfer and efficient cooling equipment
Precise and reproducible temperature control through state-of-the-art digital measurement and control technology
Particle and low-mass transport equipment for the most sensitive components
Temperature ranges depending on application from 20 – 2000 ° C
We also pay close attention to the total cost of your production process:
Longevity, high availability and low maintenance
Cleanroom-compatible, heat-neutral design of the systems
Low power and cooling water consumption through optimal insulation of the process area
Low protective gas consumption through optimal lock technology
Of course, we attach the highest importance to safety standards for man, machine and production. A reliable security concept gives freedom for your individual production process:
Access and authorization system for plant control
Redundant protection against overheating and flammable gases
Complete documentation of the process parameters
Touch protection to electrical components and hot surfaces through a high-quality housing
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