ADS Dental Lab Ltd. is one of the most experienced manufacturers and suppliers of screw-retained zirconia implant crown in China, featured by quality products and low price. Please feel free to wholesale customized screw-retained zirconia implant crown made in China here from our factory. For quotation, contact us now.
A screw-retained zirconia implant crown combines a tooth-colored zirconia restoration with a retrievable screw-retained connection. Unlike a cement-retained implant crown, the restoration is secured through a screw access channel, reducing the need for subgingival intraoral cementation and allowing the clinician to remove the crown when inspection, maintenance, or component replacement is required. Its zirconia structure provides a practical balance of strength, biocompatibility, and natural dental appearance for both anterior and posterior implant restorations.
ADS Dental Laboratory manufactures custom screw-retained zirconia implant crowns for overseas dentists, implant clinics, and dental laboratories. Each case is digitally designed according to the implant system, restorative space, screw-channel position, emergence profile, adjacent teeth, and occlusal requirements. We accept digital implant scans and conventional impressions, supporting both single trial cases and ongoing lab-to-lab outsourcing.
Send your screw-retained zirconia implant crown case to ADS Dental Lab for technical review and a customized restoration solution.
Product Specifications
| Specification | Details |
| Restoration Type | Custom single-unit implant crown |
| Crown Material | Dental zirconia selected according to aesthetic and functional requirements |
| Retention Type | Screw-retained |
| Connection Design | Compatible Ti-base or implant component selected for the prescribed implant system |
| Screw Access | Straight screw channel; angulated options subject to implant-system and case review |
| Design Features | Customized emergence profile, proximal contacts, occlusal anatomy, and access-channel position |
| Case Submission | STL digital scans or conventional impressions with implant and component information |
| Production Time | Approximately 4–5 working days after complete case information and design approval |
Key Features & Benefits
Retrievable Screw-Retained Design
The crown is secured through a prosthetic screw rather than being permanently cemented over an intraoral abutment. This allows the clinician to retrieve the restoration when screw inspection, hygiene maintenance, component replacement, or future restorative adjustment is required.
Retrievability is especially valuable for implant restorations that may require long-term monitoring. It also gives dental laboratories and clinicians a more serviceable restorative solution than a deeply cemented implant crown.
Reduced Need for Subgingival Intraoral Cementation
A screw-retained zirconia implant crown reduces the need to place restorative cement around a deep implant-abutment margin inside the mouth. This helps simplify clinical delivery and minimizes concerns associated with residual subgingival cement.
When a zirconia crown is used with a Ti-base, the crown and titanium component may be bonded under controlled laboratory conditions before delivery. This is different from cementing a crown around the implant restoration intraorally.
Zirconia Strength with a Tooth-Colored Appearance
Zirconia provides a metal-free visible crown surface with the strength required for many anterior and posterior implant cases. Depending on tooth position, restorative space, occlusal load, and aesthetic expectations, the zirconia type and characterization can be selected to achieve an appropriate balance between durability and translucency.
For posterior cases, the design can emphasize full-contour anatomy and functional support. For visible anterior areas, shade, surface texture, cervical transition, and overall tooth proportion receive greater attention.
Verified Implant Connection
Implant crowns depend on accurate identification of the implant system and restorative components. Before production, our team reviews the available implant brand, platform diameter, connection type, scan body, Ti-base, prosthetic screw, and digital-library information.
We do not assume that one component fits every implant system. Compatibility is checked according to the clinical prescription and the information supplied with each individual case.
Customized Emergence Profile
The emergence profile is designed to create a controlled transition from the implant platform or Ti-base to the clinical crown. We consider the available soft-tissue space, gingival height, implant position, adjacent teeth, cervical contour, and hygiene requirements.
For anterior restorations, this design helps support a more natural cervical appearance. For posterior restorations, the contour must also allow practical cleaning while avoiding unnecessary over-contouring.
Optimized Screw Access Channel
The position of the screw access channel is evaluated during CAD design. In posterior cases, the preferred exit is generally located within an appropriate occlusal area. In anterior cases, the design aims to direct the access opening toward the lingual or palatal surface whenever implant angulation and component compatibility allow.
The access-channel position is coordinated with zirconia thickness, crown anatomy, occlusal contacts, and the selected implant component. Where a straight channel would compromise appearance or function, an angulated solution may be reviewed according to the implant system.
Digital Contact and Occlusal Design
Every screw-retained zirconia implant crown is designed according to the opposing dentition and adjacent teeth. Our CAD technicians evaluate proximal contacts, cusp position, central fossae, functional anatomy, occlusal clearance, and the relationship between the screw channel and contact areas.
Because implants do not have the same periodontal-ligament cushioning as natural teeth, the occlusal design must be assessed carefully rather than copied directly from a conventional crown.
Model Verification and Final Inspection
Before shipping, the restoration is checked on the working model whenever a model is included in the workflow. Our technicians inspect seating, contact areas, occlusal relationships, crown contours, screw-channel position, surface finish, shade, and the connection between the zirconia crown and implant component.
Magnified inspection and articulator verification are incorporated where appropriate to improve consistency before international delivery.
Clinical Indications
Screw-retained zirconia implant crowns are suitable for a wide range of single-tooth implant restorations, including:
- Single posterior implant crowns requiring functional zirconia anatomy
- Single anterior implant crowns where the screw channel can be positioned appropriately
- Cases requiring a retrievable implant restoration
- Cases where deep subgingival intraoral cementation is undesirable
- Digital implant cases using compatible scan bodies and Ti-bases
- Restorations requiring a tooth-colored alternative to a visible metal crown
- Cases requiring a customized emergence profile and cervical contour
- Overseas dental laboratory cases submitted through a digital outsourcing workflow
Final suitability should be reviewed according to implant position, screw-channel direction, restorative space, zirconia thickness, occlusal load, component compatibility, and the clinician's treatment plan.
Manufacturing Workflow
Stage 1 - Case Submission and File Review
The client sends the digital scan files or conventional impression together with the prescription, implant-system information, opposing arch, bite record, shade requirements, and relevant clinical photographs. For digital cases, the scan body and scan-body library must correspond to the implant system used clinically.
Our technical team checks whether the submitted information is complete before beginning the design.
Stage 2 - Implant System and Component Verification
We review the implant brand, platform, connection type, scan body, Ti-base, screw, gingival height, and available restorative space. If the component information is incomplete or unclear, we contact the client before production rather than proceeding with an assumed connection.
This stage helps prevent errors caused by mismatched digital libraries or incompatible implant components.
Stage 3 - Digital Crown Design
The zirconia implant crown is designed using the clinical prescription and scan data. The CAD design includes crown anatomy, emergence profile, cervical contour, proximal contacts, occlusion, zirconia thickness, and screw access position.
For cases requiring design confirmation, an STL or digital preview can be supplied before manufacturing. Production begins after the design has been reviewed and approved.
Stage 4 - Zirconia Selection and Milling
A suitable zirconia material is selected according to tooth position, aesthetic requirements, occlusal load, available space, and the prescribed restorative design. The crown is then milled using a digital CAD/CAM workflow.
The internal geometry, Ti-base bonding surface, screw channel, and external crown anatomy are all produced according to the approved design.
Stage 5 - Sintering and Ceramic Characterization
After milling, the zirconia restoration is sintered under controlled conditions. Experienced technicians then refine the anatomy, shade, cervical transition, surface texture, and glaze.
Posterior crowns are finished with attention to functional occlusal anatomy, while anterior restorations may receive additional characterization to improve integration with the surrounding dentition.
Stage 6 - Ti-Base Bonding or Component Assembly
When the prescribed design uses a Ti-base, the zirconia crown and titanium component are cleaned, prepared, positioned, and bonded under controlled laboratory conditions. Excess bonding material is carefully removed, and the screw channel is kept unobstructed.
The component orientation is checked to ensure that the restoration seats in the planned position.
Stage 7 - Fit, Contact, and Occlusal Verification
The completed restoration is seated on the working model or implant analog. Our technicians verify seating, proximal contacts, emergence profile, screw-access position, and occlusal relationships.
The restoration is also checked for surface defects, shade consistency, crown anatomy, and the integrity of the zirconia-to-component assembly.
Stage 8 - Final Quality Control and International Shipping
After final inspection, the crown, screw, and related components are confirmed against the case prescription. The restoration is cleaned and packaged securely for international transport.
ADS supports worldwide delivery through established logistics providers and provides case tracking and communication for overseas dentists and partner laboratories.
Why Choose ADS Dental Lab
ADS Dental Laboratory is a digital dental laboratory in China serving overseas dentists, implant clinics, and dental laboratories. We manufacture custom crowns, bridges, implant restorations, veneers, orthodontic appliances, and other dental products through a quality-controlled production workflow.
For screw-retained zirconia implant crowns, our team focuses on the details that directly influence laboratory consistency: implant-system verification, component selection, screw-channel design, zirconia thickness, emergence profile, contacts, occlusion, and model seating. Digital files are reviewed before production, and complex cases can be submitted for design confirmation before milling.
ADS accepts STL files as well as conventional impressions shipped through international couriers. Standard laboratory production for a complete case is approximately 4–5 working days, followed by international transportation. Our customer-service team supports communication, case tracking, technical questions, and repeat outsourcing orders.
Dental clinics and laboratories can begin with a single implant crown case to evaluate our workflow before expanding to regular monthly cooperation.
Send your first screw-retained zirconia implant crown case to ADS Dental Lab and evaluate our fit, communication, and production consistency.
FAQ
Q1: How do I send a screw-retained zirconia implant crown case to ADS?
Send us the STL scan files or conventional impression together with the case prescription, opposing arch, bite record, shade information, implant-system details, and relevant photographs. Our team will review the submission and contact you if any information is missing before design begins.
Q2: What implant information should I provide?
Please provide the implant brand, implant line, platform diameter, connection type, scan-body information, Ti-base selection, gingival height, and screw details whenever available. Clear component information helps us select the correct digital library and avoid connection mismatches.
Q3: Can ADS work with my preferred Ti-base or implant components?
Yes. You may specify a preferred Ti-base or send the required component with a conventional case. For digital cases, we review whether the requested component and scan-body library are compatible before production.
Q4: Do you accept both digital scans and conventional impressions?
Yes. We accept STL digital files from implant scanning workflows. Conventional impressions, implant-level impressions, bite records, and related components can also be shipped to us through FedEx, UPS, DHL, or LINEX.
Q5: Can you provide an angulated screw channel?
Please identify this requirement when submitting the case. Our team will evaluate whether an angulated screw channel is supported by the selected implant system, component, restorative space, and implant position. Availability is confirmed during the technical review.
Q6: Which zirconia option is suitable for anterior and posterior implant crowns?
The selection depends on the tooth position, occlusal load, available thickness, stump or component color, and aesthetic expectations. Posterior crowns generally prioritize functional strength and full-contour anatomy, while anterior restorations require greater attention to translucency, shade integration, and surface characterization.
Q7: What is the usual production time?
A standard screw-retained zirconia implant crown is generally completed within approximately 4–5 working days after all case information is received and the design is confirmed. International shipping time depends on the destination and courier service.
Q8: Can I start with a single implant crown before placing regular orders?
Yes. A single trial case is a practical way to evaluate our communication, design process, fit, finishing quality, and delivery workflow. After the trial, we can establish a repeat lab-to-lab process based on your preferred prescriptions, components, and quality requirements.
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