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High-pressure die casting in aluminum alloys. Heat sinks, lamp bodies, outdoor enclosures, brackets and covers — made to drawing, finished and inspected, from prototype to series.
Made to customer drawings — bore 20–1 000 mm, working pressure to 500 bar, stroke to 6 000 mm.
Why a forged rod changes everything: stronger joints, zero weld fatigue, longer service life. Bore 110 mm, stroke 807 mm, rated at 350 bar. Built for mobile equipment, construction machinery, and industrial presses.
In the LED lighting industry, equipment reliability depends directly on the quality of its housing. While LEDs offer high efficiency, they are extremely sensitive to overheating. This is why high pressure die casting has become the gold standard for manufacturing housings for industr
While powder metallurgy has long been the backbone of automotive and industrial component manufacturing, innovative applications are emerging across diverse industries. These non-traditional uses demonstrate the versatility and unique capabilities of powder metallurgy processes
The evolution of sintering technology is pushing the boundaries of material performance and opening new possibilities for powder metallurgy applications. Ultra-high-temperature sintering processes, operating above 1600°C, are enabling the production of components with exception
The convergence of artificial intelligence and Industry 4.0 technologies is revolutionizing powder metallurgy and precision manufacturing. Smart factories are no longer a distant vision but an operational reality, delivering measurable improvements in quality, efficiency, and p
The manufacturing industry is experiencing a fundamental shift toward sustainable production methods, and powder metallurgy stands at the forefront of this green revolution. As environmental regulations tighten and corporate sustainability commitments grow, manufacturers are di
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