Power supplies and RF generators for plasma, induction heating, and CO₂ laser systems
TRUMPF Huettinger manufactures industrial power supplies and RF generators—specialized hardware for plasma processing, induction heating, and laser excitation. The company's tech stack reveals a hardware-centric engineering organization: heavy reliance on MATLAB, LTspice, VHDL, and FPGA tools (Altera, Xilinx, Quartus, Vivado), paired with modern data infrastructure (SQL databases, Docker, Python). The hiring mix is heavily skewed toward engineering (28 of 48 open roles) with most hires at mid-level, and active projects span high-power generator development alongside production modernization and ML/AI for process automation—indicating simultaneous investment in next-generation products and internal operational efficiency.
TRUMPF Huettinger is a century-old manufacturer of high-power electronics for industrial heating and material-processing applications. Based in Poland with 1,000–5,000 employees, the company supplies power-supply units and RF generators to OEMs and process engineers in plasma cutting, induction heating, and CO₂ laser systems. The business spans hardware design and manufacturing; active projects include modernization of production lines, warehouse automation, and introduction of low-code/no-code solutions. Pain points center on production communication inefficiency, maintenance optimization, and logistics bottlenecks—common friction in transitioning from legacy manufacturing to digitalized operations.
Primary tools include MATLAB, LTspice for circuit simulation, VHDL for digital design, and Xilinx/Altera FPGA toolchains (Quartus, Vivado). ModelSim is used for simulation. SolidWorks handles mechanical CAD.
Stack includes TensorFlow, PyTorch, and Keras. Active projects list ML/AI for business process automation. Recently adopting RAG technology, likely for internal knowledge systems or predictive maintenance applications.
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