Kyocera Medical Technologies
KYOCERA Medical is dedicated to providing high-quality orthopedic products that help surgeons meet the unique demands of every patient. They focus on combining advanced materials and innovative features to enhance performance and longevity of their devices, aiming for better surgical outcomes and improved lifestyles for patients facing orthopedic challenges.
Industries
Nr. of Employees
small (1-50)
Kyocera Medical Technologies
1289 Bryn Mawr Ave., Suite A., Redlands, CA 92374
Patents
Lateral vertebral lumbar plate system with integrated rotational control mechanism for screw retention
US-12544116-B2
View DetailsSurgical implant device incorporating a lattice volume and associated method of manufacture
US-12251318-B2
View DetailsLateral vertebral lumbar plate system with integrated rotational control mechanism for screw retention
US-12102358-B2
View DetailsSurgical implant devices incorporating porous surfaces and associated method of manufacture
US-11872136-B2
View DetailsLateral vertebral lumbar plate system with integrated rotational control mechanism for screw retention
US-11701149-B2
View DetailsSurgical implant devices incorporating porous surfaces and associated method of manufacture
US-11304811-B2
View Details
Lateral vertebral lumbar plate system with integrated rotational control mechanism for screw retention
US-12544116-B2
View DetailsSurgical implant device incorporating a lattice volume and associated method of manufacture
US-12251318-B2
View DetailsLateral vertebral lumbar plate system with integrated rotational control mechanism for screw retention
US-12102358-B2
View DetailsSurgical implant devices incorporating porous surfaces and associated method of manufacture
US-11872136-B2
View DetailsLateral vertebral lumbar plate system with integrated rotational control mechanism for screw retention
US-11701149-B2
View DetailsSurgical implant devices incorporating porous surfaces and associated method of manufacture
US-11304811-B2
View DetailsProducts
A200 Cruciate Retaining Knee System
Knee replacement system offering anatomic fit, interchangeable component sizes, and low-wear bearing options.
A400 Tapered Cementless Hip System
Proximal-loading, tapered femoral hip system with multiple offset and taper options and streamlined surgical instrumentation.
Dual mobility hip system (Initia T3)
Dual mobility acetabular hip system designed for increased stability and long-term performance.
Porous titanium interbody fusion implants (porous structure)
Porous titanium interbody fusion implants and cages produced with additive manufacturing to support fusion and bone ongrowth.
BioCera Fibers biosynthetic bone scaffold
Electrospun, moldable, absorbent biosynthetic scaffold composed of bioresorbable ceramics and polymers intended as a bone void filler with high handling characteristics and fluid retention.
S100 Pedicle Screw System
Pedicle screw fixation system for spinal stabilization.
A200 Cruciate Retaining Knee System
Knee replacement system offering anatomic fit, interchangeable component sizes, and low-wear bearing options.
A400 Tapered Cementless Hip System
Proximal-loading, tapered femoral hip system with multiple offset and taper options and streamlined surgical instrumentation.
Dual mobility hip system (Initia T3)
Dual mobility acetabular hip system designed for increased stability and long-term performance.
Porous titanium interbody fusion implants (porous structure)
Porous titanium interbody fusion implants and cages produced with additive manufacturing to support fusion and bone ongrowth.
BioCera Fibers biosynthetic bone scaffold
Electrospun, moldable, absorbent biosynthetic scaffold composed of bioresorbable ceramics and polymers intended as a bone void filler with high handling characteristics and fluid retention.
S100 Pedicle Screw System
Pedicle screw fixation system for spinal stabilization.
Services
Form-based distributor and product information requests for purchasing and distribution inquiries.
Downloadable instructions for use, sterile packaging instructions, and region-specific IFUs for implant systems and instruments.
Form-based distributor and product information requests for purchasing and distribution inquiries.
Downloadable instructions for use, sterile packaging instructions, and region-specific IFUs for implant systems and instruments.
Expertise Areas
- Orthopedic implant design and development
- Spine implants and interbody fusion systems
- Hip and knee joint replacement systems
- Biomaterials development (scaffolds, ceramics, polymers)
Key Technologies
- Additive manufacturing / 3D printing (porous metal implants)
- Porous lattice and dual-wall lattice architectures
- Electrospinning for microfiber scaffolds
- Bioresorbable composite scaffolds (β-TCP / CaCO3 / PLGA / silicon)
News & Updates
Kyocera Medical Technologies, Inc. announced their new YouTube channel highlighting their spine, joint, and biologics products and technologies. The channel features webinars and demonstrations.
ReBOSSIS from Kyocera Medical Technologies, Inc. is a biosynthetic bone scaffold with electrospun microfiber construction, offering excellent handleability and bioactive fluid retention.
Kyocera Corporation announced the acquisition of major assets of Renovis Surgical Technologies, a U.S. orthopedic and spinal device manufacturer.
Renovis Surgical Technologies received FDA 510(k) clearance to market the Tesera porous titanium interbody fusion systems for posterior lumbar approaches.
Renovis Surgical Receives FDA Clearance for First-ever 3D Printed Titanium Stand-alone Cervical Cage
Renovis Surgical Technologies received FDA clearance for the Tesera SC porous titanium cervical interbody fusion system.
FDA clearance was granted for the Tesera Trabecular Technology™ Acetabular System, a hip implant manufactured with additive manufacturing.
Kyocera Medical Technologies, Inc. announced their new YouTube channel highlighting their spine, joint, and biologics products and technologies. The channel features webinars and demonstrations.
ReBOSSIS from Kyocera Medical Technologies, Inc. is a biosynthetic bone scaffold with electrospun microfiber construction, offering excellent handleability and bioactive fluid retention.
Kyocera Corporation announced the acquisition of major assets of Renovis Surgical Technologies, a U.S. orthopedic and spinal device manufacturer.
Renovis Surgical Technologies received FDA 510(k) clearance to market the Tesera porous titanium interbody fusion systems for posterior lumbar approaches.
Renovis Surgical Receives FDA Clearance for First-ever 3D Printed Titanium Stand-alone Cervical Cage
Renovis Surgical Technologies received FDA clearance for the Tesera SC porous titanium cervical interbody fusion system.
FDA clearance was granted for the Tesera Trabecular Technology™ Acetabular System, a hip implant manufactured with additive manufacturing.