APPLICATIONS

Where Licht changes everything.

From aerospace to rehabilitation, LICHT’s precision lightweight solutions power critical applications across industries that demand performance without compromise.

OEM SOLUTIONS

Precision parts for the world's most demanding industries.

LICHT is a leading OEM company that can offer you many lightweight technology solutions. With the rise of a professional OEM and EDM technology company, we produce lightweight products made of a specific material and bring the latest manufactured products to the market.

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Rehabilitation Product

Thanks to the lightweight properties of magnesium alloy and carbon fiber, the weight of the wheelchair frame is reduced by almost 70% compared to conventional models — enabling leading manufacturers to produce world-class, life-improving products.

MARKET SECTORS

Explore all applications

Electronic Footprint and Testing

Magnesium alloys offer a smaller electronic footprint than both steel and aluminium, and 20% lighter than comparable aluminium alloys. Components retain excellent EMI shielding — critical for sensitive electronic enclosures.

Parts in Aircraft

The alloys that appear on aircraft mainly include aluminium alloys, magnesium alloys, and titanium alloys. Magnesium and titanium together are increasing as lighter-than-aluminium alternatives in non-structural aviation zones.

Impact of Lightweight Materials in the Automotive Sector

Lightweight alloys are a major factor for next-generation bus and EV platforms. Replacing traditional steel components reduces vehicle mass — improving energy efficiency, range, and reducing emissions across the fleet lifecycle.

IC Digital Industry

The semiconductor and computer industries demand extremely thin, precise, and thermally stable enclosures. Magnesium die-casting achieves wall thicknesses below 0.5 mm — thinner than plastic, lighter than aluminium — ideal for next-generation computing hardware.

Outdoor & Athletic Uses

Magnesium and titanium alloys enable outdoor and sports equipment that is dramatically lighter and more durable for extreme environments.