Titanium-based alloy ideal for high-performance applications in aerospace, automotive and medical industries.

Key Features:

● Outstanding mechanical properties and corrosion resistance
● High specific strength, toughness and ductility
● Good strength-to-weight ratio
● Good biocompatibility

Example Applications:

● High-performance parts for aerospace, automotive, medical and energy industries
● Functional industrial parts with light weight structural geometries
● Medical tools & implants

Titanium-based alloy ideal for heavy-duty components construction in aerospace industry.

Key Features:

● Part offering high mechanical properties under high-temperature condition
● Outstanding load-bearing capacity under stress
● High specific strength
● Good weldability with laser sintering technology

Example Applications:

● Heavy-duty parts in aerospace industry
● Aircraft engine components
● Thermal applications

Aluminum-based alloy offering dynamic properties suits a wide range of prototypes and industrial end-use applications.

Key Features:

● Build parts offers excellent mechanical properties, such as hardness and tensile strength
● Outstanding corrosion resistance
● Good thermal and electrical conductivity
● High dynamic toughness

Example Applications:

● Functional parts in automotive industries
● Light weight structural geometries for aerospace
● Thermal applications such as heat exchangers
● Robotics & engineering

Nickel-based alloy suits high-temperature industrial applications in corrosive environments.

Key Features:

● High corrosion resistance
● High strength, ductility
● Excellent oxidation resistance at high temperature conditions
● Outstanding creep strength under high temperature

Example Applications:

● High-performance parts for aerospace and energy industry
● High-temperature applications
● Gas turbine components
● Chemical industry

Nickel-based alloy ideal for applications in aerospace and energy industries.

Key Features:

● Excellent heat and corrosion resistance
● High tensile, creep and rupture strength
● Good ductility

Example Applications:

● Gas turbines in aerospace and energy industries
● Racing applications
● Marine engineering
● Chemical industry

Nickel-based alloy ideal for high-temperature applications in aerospace & energy sectors.

Key Features:

● Excellent oxidation resistance
● High tensile, fatigue, creep and rupture strength
● Good ductility

Example Applications:

● Turbine construction
● Aircraft engine engineering
● Chemical industry
● Energy industry

Austenitic high chromium steel offering good mechanical properties and excellent corrosion resistance.

Key Features:

● Excellent corrosion and chemical resistance
● Good strength and toughness under high-temperature environment
● Good ductility
● Optimal processability for laser sintering technology

Example Applications:

● High-performance parts in aerospace, automotive, energy and marine engineering
● Surgical instruments
● Versatile use for many industrial and civic applications

Martensitic stainless steel that provides great corrosion resistance with increased strength and hardness.

Key Features:

● Excellent hardness
● Good abrasive resistance
● Great corrosion resistance
● Good processibility by laser sintering technology

Example Applications:

● Medical instruments for surgical and dental use
● Versatile use for many tooling construction
● Industrial applications including valves, gears, shafts, cams, pivots etc
● Industrial components fabrication used at moderately elevated temperatures

Martensitic precipitation-hardening stainless-steel ideal for applications requiring high strength, hardness and corrosion resistance.

Key Features:

● Outstanding mechanical properties including high tensile strength and toughness
● Moderate corrosion resistance
● Excellent processability with laser sintering technology

Example Applications:

● High-performance parts for aerospace industry such as fasteners and structural components
● Metalworking industry
● Medical device engineering
● Chemical, Oil & Gas industry

Martensitic precipitation-hardening stainless-steel ideal for applications
requiring high strength, hardness and moderate corrosion resistance.

Key Features:

● Excellent tensile strength
● Moderate corrosion resistance
● Excellent processability with laser sintering technology

Example Applications:

● High-performance parts for aerospace industry
● Medical devices and surgical instruments
● Chemical, Oil & Gas industry

Genuine tool steel 18Ni300 offering superior strength and toughness.

Key Features:

● Excellent and stable mechanical properties
● High strength and hardness
● Easily heat-treatable and machinable to obtain required hardness & strength

Example Applications:

● Producing a variety type of tools and molds
● Great choice for manufacturing of plastic injection molds with internal cooling channels
● High-performance parts in aerospace and automotive engineering

Cobalt, chromium, and molybdenum alloy designated for medical, denture and high-temperature applications.

Key Features:

● Excellent biocompatibility
● Good heat resistance, thermal fatigue resistance and mechanical properties at elevated temperature
● Excellent oxidation resistance
● Great as-finished surface

Example Applications:

● Ideal for production of removable partial denture (PRD) parts.
● Most important materials used in orthopedic applications, i.e., total hip replacements
● High-temperature applications

Cobalt, chromium, molybdenum, and tungsten alloy especially designed for applications in the dental industry.

Key Features:

● Excellent biocompatibility
● Oxidation resistance
● Excellent corrosion resistance

Example Applications:

● Ideal for production of dental bridge, dental crown, dental restorations, etc.
● High-wear resistant applications

Copper-tin alloy with high elongation and medium hardness suits for a wide range of industrial applications.

Key Features:

● Excellent mechanical properties
● Good corrosion resistance
● Good electrical and thermal conductivity
● Resistance to cavitation in sea water

Example Applications:

● Parts and housings for maritime applications
● Heat exchangers, rocket engine parts, induction coils, electronics
● Versatile applications requiring good conductivity