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AISI420A-1.4021-X20Cr13 AISI420B-1.4028-X30Cr13 AISI420C-1.4034-X46Cr13 AISI440C-1.4057-X105CrMo17 AISI420Mod-1.4123-X40CrMoVN16-2

AISI630-1.4542-X5CrNiCuNb16.4 455-XM16-1.4543-X2CrNiCuTiNb12.9 465-X2CrNiMoAlTi12-11-2 S13800- XM-13 -13-8MoPH AISI631-1.4568

301-1.4310-X10CrNi18.8 304-1.4301-X5CrNi18.8 304L-1.4306-X2CrNi18.10 Nitronic60-UNS21800

316LVM-1.4441-022Cr18Ni14Mo3 1.4472-High Nitrogen-X4CrNiMoN21-9-4

Cocr28Mo(forge)-CCM

Ti-6AI4V Eli-Grade23-TC4Eli Ti-6AI4V -Grade5-TC4 Ti-6Al7Nb-TC20 CP Titanium Grade 3-TA3G Ti-pur Grade4-3.7065-TA4G

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Spine

Joint

Trauma

Spine

Implant Dentistry

Sports Medicine

Spinal implants are medical devices used to treat disorders such as degenerative disc disease, spinal deformities, fractures, and instability. These implants must be thin yet strong and tough for long-term use. High-strength titanium alloys and cobalt-chromium-molybdenum (Co-Cr-Mo) alloys are commonly used, with Co-Cr-Mo being preferred for its superior strength. However, Co-Cr-Mo is challenging to process due to stress deformation and high costs.