Base Cap
Made from TC4 titanium alloy, provided non-sterile, used as an auxiliary consumable during implant placement or crown fabrication procedures.
253 products from Chinese manufacturers.
Key considerations when sourcing this category from Chinese manufacturers.
Confirm the implant system's regulatory clearance for your target market — CE, FDA 510(k), or NMPA — before shortlisting a manufacturer.
Check the implant surface treatment (anodized, sandblasted, acid-etched, or hydroxyapatite-coated); it drives osseointegration and is the first thing implant literature compares.
Verify the full system range is available from one supplier: implant body, cover screw, abutment, and healing cap. Mixed systems complicate clinical workflows.
Request the dimensional tolerance on the implant neck and the platform connection geometry. Incompatible tolerances are a common cause of prosthetic failure.
Ask whether the manufacturer publishes batch-level test reports, and whether sterilization is done in-house or by a contract sterilizer with validated cycles.
Made from TC4 titanium alloy, provided non-sterile, used as an auxiliary consumable during implant placement or crown fabrication procedures.
A bone-supported, mucosa-supported, or tooth-supported surgical guide for dental implant placement, assisting in accurately determining the implant position and angulation during implantation procedures.

High-biocompatibility pure titanium metal powder with a particle size of 15–53 μm, used for additive manufacturing of customized bone-augmentation titanium meshes and other oral prostheses, offering excellent corrosion resistance.

Dental alloy powder with outstanding wear resistance, paired with low-temperature annealing and eco-friendly polishing solutions, used for removable partial denture frameworks, clasps, complete denture frameworks, and implant superstructure restorations.

Dental titanium powder with the widest range of indications, shaped into dental prostheses via laser selective melting for metal crowns, bridges, inlays, post-cores, and implant superstructures, offering excellent biocompatibility.
Specifically designed for wet-milling of customized implant abutments, bar retainers, and other implant prostheses, offering high precision and compatibility with multiple implant systems.

Integrated wet and dry milling system capable of processing zirconia, glass ceramics, titanium, PMMA, PEEK, and wax, covering implant abutments, crowns, bridges, veneers, and various restorations.
High-strength PEEK disc for milling implant-supported crowns and bridges as well as high-strength restorations, offering excellent biocompatibility and long-lasting durability.

Porous hydroxyapatite bone repair material derived from natural shells via hydrothermal and calcination processes, used for socket preservation, alveolar ridge augmentation, and periodontal bone defect repair to guide bone tissue regeneration.

Cobalt-chromium alloy disc for crowns, bridges, and implant superstructures; corrosion-resistant, biocompatible, and compatible with precise CAD/CAM milling processes.

Precision-machined medical-grade titanium alloy bar stock for manufacturing implants, abutments, analogs, and transfer copings. Diameter tolerance ±0.01 mm, surface roughness Ra ≤0.8 μm, customizable length.

Specifically designed for dental implant and restoration applications, suitable for CAD/CAM milling of crowns, Malo bridges, abutments, and frameworks. Made from commercially pure titanium and Ti-6Al-4V ELI alloy, complying with ASTM F67/F136 standards.
Used for polishing and cleaning teeth, effectively removing heavy stains. Also suitable for polishing and finishing dental restorations, and for cleaning dental implant surfaces to maintain oral hygiene.
Non-resorbable barrier membrane for physical isolation in dental implant restoration. Used with bone graft substitutes and membrane fixation pins to guide guided bone regeneration, preventing soft tissue ingrowth and maintaining space for new bone formation.
Composed of 90% natural bovine bone and 10% natural collagen, this material is used for filling and repairing alveolar bone defects, maintaining osteogenic space while achieving bone formation equivalent to that of bone powder alone.