The Meyer Burger brand stands for expertise, advanced technologies and precision products which are based on semiconductor technologies, with a focus on photovoltaics.
Throughout the entire photovoltaic value chain we enable our customers to reach the lowest manufacturing and production costs in the industry by delivering customized equipment solutions and integrated systems.
Meyer Burger's Specialized Technologies portfolio has evolved from technologies which were successfully implemented in the PV market and which now cover a broad range of applications in other high-tech markets.
+86 21 2221 7333
It is not only high-quality technology and equipment which our customers benefit from but also our extensive service skills. We rapidly provide consumables & parts as well as highly qualified service specialists. Thereby we support our customers in optimizing uptime, reducing maintenance efforts, improving product quality and reaching continuous cost reduction over time.
Learn more about our service offers.
Meyer Burger is characterised by uncompromising quality, value-added innovations, superior customer services and an entrepreneurial pioneering spirit.
+41 33 221 28 00
Our DMT710 beams were designed specifically for the water-based diamond wire process.
The BM 860 is the latest generation of bricking solutions based on Meyer Burger’s wire saw technology
Integrated 3-busbar cell connection solution – expandable to up to 5 busbars with the upgrade option
For the encapsulation of sensitive electronics, we develop integrated tools containing FLEx LT and PiXDRO JETx tools.
Adapted basic functions of our FabEagle® espcially for R&D useres in laboratories or testing facilities.
FabEagle®LC is a modular system software for complete line control solutions for your production line.
Software solution for the integration of process equipment, handling systems and metering equipment in the production IT.
Our MES (Manufacturing Execution System) FabEagle®MES provides all functions for a comfortable, scalable production control.
FabEagle®PQMS is a fully integrated SCADA System with pre-built equipment interfaces for PV02.
Powerful software solution for Equipment Performance Tracking (EPT) combined with online equipment monitoring.
FabEagle®TFM mobile is an extension module of FabEagle®TFM for mobile users.
Interface solution for vertical integration of production equipment in the photovoltaic and semiconductor industry.
HELiA is the very latest generation of highly efficient cell coating, known as heterojunction.
With its HELiUS equipment platform, Meyer Burger is paving the way for the PV entry market.
Heterojunction (HJT) is a highly efficient technology for coating solar wafers.
The HighLIGHT module tester, certified by TÜV Rheinland, performs reliable measurements, at low TCO.
The modular design of the JT Laminator line offers highest flexibility.
MAiA® coats wafers using the highly efficient PERC upgrade technology.
The MAS combines two best-in-class tools: the MB Stringer 2000 and the layup system
The fully automated and integrated process – from monocrystalline ingot to ground brick.
With the DW288, the high speed and precision of diamond wire technology are a matter of course.
The Module Inspection System is a flatbed flasher that is entirely based on LED lighting technology.
MB-PERC cells enable efficiencies up to 21.5% for monocrystalline wafers.
The PiXDRO IP410 is the most advanced industrial inkjet printer for functional printing applications.
Inkjet printing tools for optimum throughput, cost of ownership, product quality and reliability in 24/7 operation
The PiXDRO LP50 is designed for research and development of inkjet processes and applications
Latest generation cell connection: SmartWire Connection Technology (SWCT)
Developed to attain grid parity for highest-accuracy measurement of cell performance.
The open solution for complex equipment systems.
The fastest way to equipment control.
Universal software development system for PC-based process control and visualization.
Solution for wafer quality control – the best technology for the most dependable inspection results
Through use of µTFM machine states and errors can be documented and analyzed.