Titanium Coating - Company Ranking(3 companyies in total)
Last Updated： Aggregation Period:Jul 23, 2025〜Aug 19, 2025
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Display Company Information
| Company Name | Featured Products | ||
|---|---|---|---|
| Product Image, Product Name, Price Range | overview | Application/Performance example | |
| Air Plasma Spray (APS) coating technology enables the deposition of titanium (Ti) and hydroxyapatite coating (HA), ensuring coatings with performance and characteristics compliant with FDA requirements, and varying degrees of porosity and roughness. APS titanium coatings have been used clinically for decades with success. APS Ti coatings are the most cost-effective solution that meets the essential requirement for long-term osseointegration with the host bone tissue used in medical devices. Our APS Ti coatings are suitable for several types of medical devices. Low roughness Ti coatings are generally used for dental implants and spinal components, while high roughness Ti coatings are used for joint components. Currently, there are two types of APS Ti coatings: Y371 Y367 Both APS Ti coatings can be overlaid with a second Osprovit HA coating to further stimulate the initial biological response and promote bone growth. | We have decades of experience in implants for orthopedic, trauma, spinal, and dental use. | ||
| - Ti-Growth improves grip strength at the interface with the host bone. - Ti-Growth can be provided in a thicker layer than conventional coatings, with cohesion and adhesion within applicable standards. The thickness of the coating determines the achievable pore size, volume, and overall predictability of porosity. - Ti-Growth is the simplest option for manufacturing macroporous structures. By applying it through a plasma spray process, overall production volume can be increased, allowing artificial joint manufacturers to set delivery times and overall costs more flexibly. - Ti-Growth coatings are sold in Europe, the United States, and China. They are currently being clinically applied to femoral stems, acetabular cups, CoCr knee joint components, PEEK-based spinal implants, and parts for shoulder and limb reconstruction. | We have decades of experience in implants for orthopedic, trauma, spinal, and dental use. | ||
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Lincotek
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- Featured Products
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Air Plasma Spray Titanium Coating
- overview
- Air Plasma Spray (APS) coating technology enables the deposition of titanium (Ti) and hydroxyapatite coating (HA), ensuring coatings with performance and characteristics compliant with FDA requirements, and varying degrees of porosity and roughness. APS titanium coatings have been used clinically for decades with success. APS Ti coatings are the most cost-effective solution that meets the essential requirement for long-term osseointegration with the host bone tissue used in medical devices. Our APS Ti coatings are suitable for several types of medical devices. Low roughness Ti coatings are generally used for dental implants and spinal components, while high roughness Ti coatings are used for joint components. Currently, there are two types of APS Ti coatings: Y371 Y367 Both APS Ti coatings can be overlaid with a second Osprovit HA coating to further stimulate the initial biological response and promote bone growth.
- Application/Performance example
- We have decades of experience in implants for orthopedic, trauma, spinal, and dental use.
Vacuum plasma spray porous titanium coating
- overview
- - Ti-Growth improves grip strength at the interface with the host bone. - Ti-Growth can be provided in a thicker layer than conventional coatings, with cohesion and adhesion within applicable standards. The thickness of the coating determines the achievable pore size, volume, and overall predictability of porosity. - Ti-Growth is the simplest option for manufacturing macroporous structures. By applying it through a plasma spray process, overall production volume can be increased, allowing artificial joint manufacturers to set delivery times and overall costs more flexibly. - Ti-Growth coatings are sold in Europe, the United States, and China. They are currently being clinically applied to femoral stems, acetabular cups, CoCr knee joint components, PEEK-based spinal implants, and parts for shoulder and limb reconstruction.
- Application/Performance example
- We have decades of experience in implants for orthopedic, trauma, spinal, and dental use.
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Lincotek
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