Metal 3D printing
for industrial applications

Materials portfolio

• ER70S

  Steel

  Good mechanical properties and lightweight. Ideal to replace glass fiber and aluminum applications. This material has been qualified by Caracol for the production of marine structural parts and aerospace molds and tools. It can go up to 80° c as a working temperature.

• 316L

  Stainless Steel

  This austenitic stainless steel is ideal for demanding marine (propellers, hull fittings, and structural parts), oil & gas (pipelines, flanges, and valves), and chemical applications (tanks, reactors, and piping). Known for excellent corrosion resistance to rust, saltwater, and harsh chemicals, along with high durability and strong formability and weldability, it delivers reliable performance in tough environments.

• 17-4 PH

  Stainless Steel

  This precipitation-hardening stainless steel combines high strength, hardness, and corrosion resistance, making it ideal for high-performance parts. It’s used in aerospace (landing gear, turbine blades), chemicals (valves, pumps), nuclear (control rods), and general engineering (shafts, gears). With excellent mechanical properties, resistance to chloride cracking, and heat treatability for customized properties, it’s a reliable choice for demanding applications.

• 410 NiMo

  Stainless Steel Alloy

  This martensitic stainless-steel alloy, with nickel and molybdenum, offers high strength, toughness, and excellent corrosion and wear resistance. It's ideal for oil & gas (pump shafts, valves), automotive (gears, shafts), and industrial machinery (cutting tools, bearings). With resistance to water, chemicals, and mild acids, it withstands mechanical stress, resists wear and is easily machined for precise finishes.

• Ti64 (Ti-6Al-4V)

  Titanium Alloy

  This high-strength, low-density alloy offers excellent corrosion resistance, making it ideal for aerospace (brackets, landing gear) and automotive (engine parts, exhaust systems). With a high strength-to-weight ratio, corrosion resistance to seawater and fluids, and good fatigue resistance, it’s perfect for demanding applications.

• 2319

  Aluminum Alloy

  This high-strength material is ideal for aerospace components exposed to elevated temperatures, offering excellent mechanical properties after heat treatment. It’s used in aerospace (fuselage, fuel tanks), automotive (suspension, chassis), and energy (storage tanks). With excellent corrosion resistance, high mechanical strength for stress applications, wear resistance, and cavitation resistance, it performs well in demanding environments.

• Inconel 625

  Nickel-based Superalloy

  This nickel-based superalloy offers outstanding strength, fatigue, and corrosion resistance across a wide temperature range (cryogenic to 900°C). It’s used in aerospace (turbine blades, exhaust ducts), marine (propellers, valves), chemical (heat exchangers, reactors), and power generation (turbine blades, heat shields). With high strength for high-stress, high-temp applications, excellent corrosion resistance, thermal stability up to 982°C, and versatile use, it’s ideal for demanding environments.

• Invar 36

  Iron-Nickel Alloy

  This iron-nickel alloy has a very low coefficient of thermal expansion, making it ideal for precision instruments and applications that require dimensional stability across a wide temperature range. It's used in aerospace tooling, precision molds, and cryogenic storage tanks. With minimal thermal expansion, excellent stability, and good toughness, it’s perfect for temperature-sensitive environments.

• CuAl8Ni6

  Copper Alloy

  This copper-aluminum-nickel alloy offers excellent corrosion resistance, high strength, and good wear resistance, making it ideal for harsh marine and industrial environments. It’s used in marine (propellers, pumps), oil & gas (valve seats, impellers), industrial machinery (bearings, gears), and power/chemical sectors (blades, screws). With strong corrosion, wear, and cavitation resistance, it’s perfect for high-stress, demanding applications.