Titanium Materials for 3D Printing and Additive Manufacturing
Additive manufacturing has expanded the use of titanium in aerospace, medical, automotive, marine and industrial tooling. Many buyers focus on titanium powder, but the manufacturing chain also needs plate, bar, wire, build plates, support tooling, machined fixtures and post-processing components. Beiyu supplies titanium materials and precision machined titanium parts for additive-manufacturing-related work where the buyer provides grade, size, drawing and inspection requirements.
This page focuses on titanium material supply around the additive manufacturing workflow. It does not claim to supply every powder route or machine parameter. For practical procurement, the important details are material grade, standard, dimensional tolerance, surface condition, flatness, machining allowance, heat treatment condition and documentation package.
Common Titanium Grades Around AM Workflows
Grade 5 titanium, Ti-6Al-4V or UNS R56400, is widely used in additive manufacturing because it offers a useful balance of strength and weight. Grade 23 titanium, Ti-6Al-4V ELI, may be specified for medical-related parts where the buyer’s process and regulatory route require it. Commercially pure titanium grades may also appear in research, chemical, marine and porous-material applications. The final grade must follow the buyer’s drawing, machine process and downstream acceptance requirement.
Material Forms Beiyu Can Quote
- Precision machined build plates and custom titanium fixtures from drawings.
- Titanium plate for base plates, tooling plates, blanks and post-processing fixtures.
- Titanium bar for turned parts, blocks, inserts and machined adapters.
- Titanium wire for wire-related manufacturing, welding, repair and process support.
- Porous titanium materials for filtration, diffusion and research applications where the specification is defined by the buyer.
Build Plates and Fixtures
Build plates and fixtures require more than a material grade. Buyers should specify dimensions, thickness, flatness, parallelism, hole pattern, threaded features, surface roughness, edge requirements and whether the part needs stress relief or a defined surface condition before use. If the build plate is repeatedly reused, the machining allowance and resurfacing plan should be considered when selecting thickness and tolerance.
For custom fixtures, the drawing should define the material grade, datum references, tolerance stack, threaded holes, countersinks, surface finish and inspection method. Titanium is not always the cheapest fixture material, but it can be suitable where weight, temperature, corrosion resistance or compatibility with titanium printed parts matters.
Standards and Documentation
Depending on the product form, RFQs may reference ASTM B348 for bar, ASTM B265 for sheet and plate, ASTM B863 for wire or AMS specifications when required by the buyer. Additive manufacturing buyers may also ask for heat number traceability, mill test certificate, chemical composition, mechanical properties and dimensional inspection report. EN10204 3.1 documentation can be discussed when required. If ultrasonic testing, PMI testing or third-party inspection is needed, it should be included in the RFQ.
Procurement Notes for AM Buyers
AM projects often change quickly between prototype, pilot batch and production. A prototype RFQ may only need one plate or a few machined blanks. A production RFQ may require repeatable material lots, stable tolerances and labelled packaging. Buyers should state whether the order is for research, prototype, production tooling or end-use part manufacturing, because that affects documentation and inspection expectations.
Surface handling is important. Titanium plates and machined parts should be packed to reduce scratches, denting and contamination during export shipping. For parts with threaded holes or machined edges, individual protection may be required. If a buyer needs parts cleaned, deburred or supplied with a specific surface finish, it should be stated before quotation.
RFQ Checklist
Send grade, standard, dimensions, quantity, drawing files, tolerance, flatness, surface condition, threaded-hole requirements, inspection documents and packing requirements. If the part is used as a build plate or fixture, include the machine interface or assembly requirement. If the item is material for post-processing or welding support, include the downstream operation so the material form and surface condition can be quoted correctly.
Post-Processing and Support Components
Many titanium additive manufacturing projects still require conventional titanium materials after printing. Printed parts may need titanium support fixtures, base plates, threaded inserts, test coupons, welding wire for repair, or machined titanium adapters for assembly. The buyer should specify whether the material will be used inside the printing process, during heat treatment, during machining, or as part of the final assembly. Each use case may require different tolerance, surface finish and packing.
For build plates and fixtures, flatness and surface condition can control how well the part works in production. A plate that meets chemistry requirements but arrives warped, scratched or poorly protected can still be unsuitable. For repeat orders, it is useful to define a stable drawing number, revision, inspection checklist and packing method. If the buyer needs material traceability for an additive manufacturing qualification route, heat numbers and documents should be kept consistent from quotation through shipment.
For research projects, small batch material can be labelled by heat and size so test results remain connected to the supplied material. That traceability is useful when a prototype later becomes a repeat order.