01 · EQUIPMENT ADOPTIONEquipment Adoption
Review specifications and site conditions → Compare suitable systems → Install and optimize the process
INDUSTRIAL METAL ADDITIVE MANUFACTURING
From design to reality,
a new standard in metal AM
From metal 3D printers and software to process optimization,
TERRAWORKS connects prototyping with repeat production.
- 01
- Part & Product Data2D drawings / 3D CAD data
Application and operating conditions - 02
- Production RequirementsQuantity and target delivery date
One-off or repeat production - 03
- Quality RequirementsMaterial and dimensional tolerances
Surface finish and post-processing - 04
- Project Objective Prototypes, production parts or collaboration
BUSINESS AREAS
Tailored AM solutions, from equipment to precision production
Choose equipment adoption or AM services to match your manufacturing needs.
02 · AM PRODUCTION SERVICEAM Production Services
Review drawings, quantity and performance → Select the process and material → Manufacture, inspect and deliver
METAL MATERIALSAvailable MaterialsSelect a material to explore its properties and applications.
ONE-STOP PROCESS
One workflow, from drawing review to delivery
We assess requirements and manufacturability first, then share the findings at each stage before proceeding.
- 01Drawing & Geometry ReviewReview geometry, tolerances, material, quantity and manufacturability
- 02Additive ManufacturingSet build orientation, supports and process parameters, then manufacture
- 03Post-processing & MachiningAgree support removal, heat treatment, surface finishing and machining scope
- 04Quality InspectionCheck key dimensions, appearance and requested inspection items
- 05Packing & DeliveryShare review results and ship to the agreed requirements
CLIENTS & PARTNERS
Our clients and partners
CONSULTATION BY PURPOSE
How can we help?
Choose the appropriate contact route for equipment, manufacturing or collaboration when you need technical review or help defining requirements.
LPBF MATERIAL GUIDE
A maraging steel for tooling and high-strength components requiring high strength, hardness and machinability. After printing, age hardening can deliver hardness above 50 HRC and strength of approximately 2 GPa.
Key Characteristics
- Very high tensile and yield strength after age hardening
- Suitable for machining, EDM, welding, polishing and coating after printing
- Suited to complex cooling channels and precision mold geometries
- Surface treatment and service conditions require review in corrosive environments
Over 50 HRC after age hardening · Suited to conformal cooling channels
- Density
- Approx. 8.1 g/cm³
- Tensile Strength
- 2,085–2,100 MPa
- Yield Strength
- 2,010–2,020 MPa
- Elongation
- 4–4.5%
- Hardness
- Up to approx. 54 HRC
- Elastic Modulus
- Approx. 190 GPa
Typical Applications
- Injection mold cores, inserts and conformal cooling channels
- Sprue bushings with integrated cooling channels
- Tire mold sipes and segments
- Aluminum and zinc alloy die-casting molds
- Extrusion dies and tools
- Hot-stamping dies
- High-strength mechanical components
These are application examples from publicly available sources, not claims of TERRAWORKS deliveries.
An austenitic stainless steel with excellent corrosion resistance and ductility. Suited to complex internal channels, fluid-handling components, chemical and food-processing equipment, and functional prototypes.
Key Characteristics
- Molybdenum addition provides strong corrosion and pitting resistance
- High ductility and toughness, with good weldability and machinability
- Suited to complex internal channels and integrated structures
- Widely used in chemical, food-processing and fluid-handling industries
Suited to corrosive environments and fluid components · Compatible with CNC finishing and welding
- Density
- At least 7.97 g/cm³
- Tensile Strength
- 560–645 MPa
- Yield Strength
- 480–540 MPa
- Elongation
- 38–49%
- Key Standards
- AISI 316L · 1.4404
- Condition
- As-built
Ranges include differences between vertical and horizontal build orientations. Actual performance depends on build parameters, geometry, heat treatment and specimen orientation.
Typical Applications
- Corrosion-resistant components for chemical equipment
- Food-processing equipment components
- Industrial pump bowls and closed impellers
- Heat exchanger R&D prototypes
- Automotive exhaust gas recirculation (EGR) coolers
- Medical device components
- Rocket engine injector head R&D prototypes
These are application examples from publicly available sources, not claims of TERRAWORKS deliveries.
A precipitation-hardenable nickel-chromium superalloy that retains tensile, fatigue and creep strength at elevated temperatures. Heat treatment can enhance performance for high-temperature aerospace, power-generation and process-industry components.
Key Characteristics
- High-temperature strength at service temperatures up to approximately 700°C
- Fatigue, creep and rupture strength, with oxidation resistance
- Mechanical performance can be enhanced by precipitation-hardening heat treatment
- Machining, welding, polishing and coating possible in as-built or heat-treated conditions
Suited to high-temperature, high-pressure parts · Aerospace engines and energy equipment
- Tensile Strength
- 1,430–1,500 MPa
- Yield Strength
- 1,200–1,250 MPa
- Elongation
- 12–13%
- Hardness
- Approx. 467 HV
- High-temperature Capability
- Up to approx. 700°C
- Key Standards
- UNS N07718 · 2.4668
Temperature limits and service life depend on loads, atmosphere, heat treatment and inspection criteria. Validation is required for the actual design conditions.
Typical Applications
- High-temperature gas turbine components for aerospace and power generation
- Rocket engine combustion chambers and injector heads
- Rocket engine nozzle throat R&D prototypes
- Closed impellers for aerospace applications
- Automotive turbine housing prototypes
- Integrated turbine rear vanes (TRV)
- High-temperature instrumentation parts for power and process industries
These are application examples from publicly available sources, not claims of TERRAWORKS deliveries.