LAB READY
Titanium prototypes, quoted faster with AI
Upload your project brief or CAD files and Lab Ready's AI assistant organizes material, quantity and process details for CNC-machined or metal 3D printed titanium parts.
From upload to quote, guided by AI
Upload your brief or CAD files and Lab Ready's assistant organizes the details before it reaches our engineers.
Upload files or paste a brief — whatever you have on hand.
Material, quantity, process and timeline are pulled out automatically.
We only ask a clarifying question when something's genuinely missing.
Your request reaches the Lab Ready team, ready for a quote.
Explore how Lab Ready builds it
See the manufacturing routes, materials and quality system behind every quote.
Titanium Prototype Quote questions
Which titanium grade does Lab Ready machine and print?
Lab Ready most commonly works with Ti-6Al-4V (Grade 5), the titanium alloy used across orthopedic implants and medical device prototypes, in both CNC-machined and DMLS/SLM metal 3D printed form.
Should I choose CNC machining or metal 3D printing for a titanium prototype?
CNC machining suits simpler geometries and tighter tolerances, while DMLS/SLM metal 3D printing is better for complex, organic shapes like porous or lattice structures. Upload your files and Lab Ready's AI assistant will flag which route fits your part.
How long does a titanium prototype take to manufacture?
Typical turnaround is 2-3 weeks for CNC-machined titanium prototypes, and slightly longer for metal 3D printed parts that need post-processing, depending on complexity and quantity.
What finishing options are available for titanium parts?
Lab Ready offers bead blasting, anodizing, passivation and precision post-machining to bring 3D printed titanium parts to final dimensional and surface finish requirements.