Advanced magnesium, aluminium and titanium solutions for high-performance automotive, aerospace and industrial applications.
Supplying ultra-light, certified components to global OEMs and Tier-1s
Magnesium and aluminium forged wheels and blanks, brake and suspension components, exhaust elements, interior structural parts, and 3D-printed custom parts (logos, ducts, emblems) for motorsport and premium vehicle programs.
Precision light-alloy components for airframe, rotorcraft and space applications, including brackets, transmission housings, interior parts and turbine engine elements — produced to aerospace process control.
From raw magnesium feedstock to semi-finished products, REEMS supports manufacturers with chips, flakes, granules, powders, billets, sheets, extrusions and forged parts — plus CNC, surface protection and coating.
Engineering of difficult, lightweight parts for defence, telecoms, motorsport and space, including electromagnetic shielding materials, reinforced housings and complex 3D-printed geometries (SLM, WAAM).
At REEMS we don't just forge a part — we engineer the whole lifecycle. Our team translates performance targets (weight, stiffness, thermal, fatigue) into manufacturable, cost-efficient light-alloy solutions.
Our engineering team has been involved in magnesium and advanced-alloy R&D together with leading OEMs and research institutes. We have expertise in developing proprietary alloys, forming routes and additive processes to increase strength, corrosion resistance and fatigue life for automotive and aerospace applications.
Each component is optimized for its final use. REEMS uses CAE tools (ANSYS / FEA, LS-DYNA, macro- to nano-mechanical simulations) and advanced reverse-engineering software (Geomagic, Materialise, SolidWorks, Siemens NX) to shorten prototype lead time and ensure formability before tool production.
Our proprietary closed-die, net-shape forging processes (6,000–30,000 t hydraulic force) deliver directional fibre flow and deep deformation, resulting in superior grain structure and outstanding fatigue/strength properties — ideal for wheels, suspension parts and aerospace brackets.
REEMS validates, tests and certifies parts to international industry standards. We provide mechanical, metallurgical and chemical testing, CMM, and partner with TÜV and other notified bodies for third-party certification.
Innovative materials and technologies
Magnesium, aluminium and titanium materials in multiple formats: chips, flakes, granules, powders, billets, slabs, sheets and extrusion stock. Ideal for casting, forging, additive and hybrid manufacturing routes.
Closed-die forging of magnesium, titanium and aluminium components, wheel blanks, aerospace brackets, casings and structural parts with controlled metal flow and fibre orientation for maximum mechanical properties.
Profile extrusion and sheet forming for automotive and industrial parts, including from magnesium alloys.
Magnesium sheet as thin as 0,6 mm with the width of 1000 mm and length up to 15 000 mm.
TODO: CNC machining services for precision finishing and complex geometries.
REEMS supports SLM (Selective Laser Melting) and other additive manufacturing technologies for complex geometries and rapid prototyping.
Surface protection according to application requirements.
Motorsport-grade, road-ready, weight-optimized
REEMS designs and manufactures forged wheels and wheel blanks for performance, motorsport and premium OEM programs. Using proprietary forging technology and high-strength light alloys, we achieve an optimal balance between mass reduction, stiffness and impact resistance — even for demanding racing environments.
Race & Engineering Elite Manufacturing Services
REEMS is a European engineering and manufacturing company focused on light-alloy solutions for mobility, aerospace and advanced industrial sectors. Building on two decades of magnesium and aluminium know-how, we integrate forging, extrusion, CNC, additive manufacturing and surface protection into one supply chain.
Our mission is to help OEMs and Tier-1s remove weight, improve performance and accelerate time-to-market through intelligent materials and robust manufacturing processes.
Let's Build What Others Think Is Impossible.
Send us your design, problem, or challenge — our engineering team will take it from concept to production.
Contact our engineering team to discuss your requirements. We'll work with you from concept to production.
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