Delivering outstanding implant restorations starts with the right lab partner. Screw retained implant crowns have become one of the most sought-after solutions in modern implant dentistry. They offer retrievability, a cleaner margin, and a more predictable long-term outcome for patients. Because of this, more dental practices are making the switch — and they need a lab they can trust.
At Dentek Digital, we fabricate high-quality screw retained implant crowns using advanced CAD/CAM technology. Our digital workflow is precise, efficient, and built to support the busiest dental practices. Whether you are located in Phoenix, Scottsdale, Tempe, or anywhere across the Greater Phoenix area, we are ready to be your dedicated lab partner.
In this post, we break down everything you need to know about screw retained implant crowns. We also explain how partnering with a digital dental lab can elevate your implant workflow and your patient outcomes.
What Are Screw Retained Implant Crowns?
Screw retained implant crowns attach directly to the implant fixture using a small access screw. This is different from cement-retained crowns, which bond to an abutment using dental cement. Therefore, screw retained designs offer a key clinical advantage: they can be removed and reseated without damaging the restoration.
This retrievability is a major benefit. For example, if a patient needs imaging, tissue adjustment, or a component replaced, the crown can be unscrewed and reattached cleanly. Additionally, eliminating cement reduces the risk of excess cement irritating the peri-implant tissue.
Key Benefits of Screw Retained Crowns
- Retrievability: The crown can be removed and replaced without damage.
- No cement risk: Eliminates the possibility of subgingival cement remnants.
- Cleaner margins: Margin placement is more predictable at or above the tissue.
- Long-term serviceability: Components can be accessed and serviced over time.
- Compatibility: Works with most major implant systems available today.
Furthermore, screw retained restorations are widely regarded as a gold standard in implant prosthodontics. As a result, many clinicians prefer them for both anterior and posterior cases.
How CAD/CAM Technology Improves the Workflow
Traditional implant crown fabrication relied heavily on manual processes. However, digital CAD/CAM technology has transformed how labs design and mill these restorations. Today, the workflow is faster, more accurate, and more consistent than ever before.
At Dentek Digital, we were among the earliest adopters of the digital CAD/CAM workflow in the country. Because of this, we have refined our process over many years. We use advanced software to design each crown with precision, then mill it from high-quality materials that match the patient’s natural dentition.
The Digital Lab Workflow Step by Step
First, the dental practice captures a digital scan of the implant site using an intraoral scanner. Then, the scan file is sent directly to our lab. Next, our technicians use CAD software to design the screw retained crown with exact occlusal and proximal contacts. Finally, the restoration is milled, finished, and shipped back — ready to deliver.
Moreover, this fully digital workflow minimizes the chance of human error at every stage. Additionally, turnaround times are faster compared to traditional analog methods. As a result, your patients spend less time waiting for their final restoration.
Materials We Use for Screw Retained Crowns
Material selection matters greatly for implant crowns. Therefore, we offer multiple options to match the clinical and aesthetic needs of each case.
- Zirconia: Durable, tooth-colored, and highly biocompatible. Ideal for posterior cases.
- Layered zirconia: Combines strength with superior esthetics for anterior restorations.
- PFM (porcelain-fused-to-metal): A trusted option for cases requiring specific occlusal requirements.
- Full-contour zirconia: Excellent wear resistance with minimal prep requirements.
Our team will recommend the best material based on the implant position, occlusal load, and esthetic demands of each individual case. In addition, all materials meet the highest standards of quality and biocompatibility.
Why a Digital Lab Partner Makes a Real Difference
Not all dental labs are the same. Moreover, not every lab has the technology or expertise to consistently deliver precise implant restorations. Choosing the right lab partner can significantly impact your clinical outcomes and your practice efficiency.
Dentek Digital is recognized as a national leader in digital dentistry. We combine rapidly evolving technology with skilled craftsmanship. Because of this, dental practices across Arizona trust us with their most complex implant cases. We serve practices in Phoenix, Mesa, Chandler, Gilbert, and surrounding communities.
What to Look for in a Digital Lab Partner
When evaluating a dental lab for implant work, consider these important factors:
- Digital workflow capability: Does the lab accept intraoral scans and work fully digitally?
- Implant system compatibility: Can the lab work with your preferred implant platform?
- Experience with screw retained cases: Has the lab fabricated a high volume of these restorations?
- Communication: Will you have direct access to a technician for case discussions?
- Turnaround time: Can the lab meet your scheduling needs reliably?
Additionally, look for a lab that offers proactive case communication. For example, if a design question arises, your lab should reach out before fabricating rather than after. This prevents remakes and saves everyone time.
How Dentek Digital Supports Your Implant Cases
We go beyond simple fabrication. Our team actively partners with dental practices to support better patient outcomes. For example, we offer digital implant planning services to help clinicians visualize the final restoration before placing the implant. This restorative-driven planning approach leads to better implant positioning and more predictable results.
Furthermore, our team is available to discuss case details, review scans, and provide guidance on material and design choices. We treat every case as a collaboration, not a transaction.
Screw Retained Implant Crowns vs. Cement Retained: A Quick Comparison
Clinicians sometimes debate between screw retained and cement retained implant crowns. However, understanding the key differences makes the decision much clearer for most cases.
- Retrievability: Screw retained crowns can be removed; cement retained crowns typically cannot.
- Cement risk: Cement retained restorations carry a risk of excess subgingival cement. Screw retained crowns eliminate this concern entirely.
- Occlusal access hole: Screw retained crowns have a small access hole on the occlusal or lingual surface. However, this is easily closed with composite and is rarely a clinical concern.
- Implant angulation: Cement retained crowns may be preferred when implant angulation makes screw access difficult. On the other hand, angled screw channels in modern abutments have largely solved this challenge.
Overall, screw retained designs are the preferred choice in a growing number of clinical situations. Therefore, having a lab partner who specializes in these restorations is increasingly important.
Serving Arizona Dental Practices with Precision and Care
Dentek Digital is based in Phoenix, Arizona. We serve dental practices across the Greater Phoenix metro area and beyond. Additionally, we work with practices nationwide who need a reliable digital dental lab partner.
Our clients in Mesa, Tempe, Scottsdale, and Chandler rely on us for consistent quality and fast turnaround. Moreover, our digital workflow means distance is never a barrier. Scan files can be sent directly and securely from your practice to our lab in seconds.
We understand the demands of a busy dental practice. Therefore, we design our processes to be simple, seamless, and stress-free for every clinician we work with. From your first case to your hundredth, our team is here to support you every step of the way.
Frequently Asked Questions About Screw Retained Implant Crowns
What implant systems does Dentek Digital work with?
We work with most major implant systems. Additionally, we accept scan files from all leading intraoral scanners. Contact our team to confirm compatibility with your preferred system before submitting your first case.
How do I send a screw retained crown case to your lab?
Simply export your digital scan file and submit it through our case submission portal. Our team will review the case and reach out if we have any design questions before fabrication begins.
What materials are available for screw retained crowns?
We offer full-contour zirconia, layered zirconia, and PFM options. Furthermore, our team can help you select the best material for each specific case based on position, occlusion, and esthetic goals.
How long does it take to receive a completed screw retained crown?
Turnaround times vary depending on the case complexity and material selected. However, our digital workflow is significantly faster than traditional analog lab methods. Contact us for current lead times.
Can Dentek Digital help with implant planning before placement?
Yes. We offer digital implant planning services to support restorative-driven case planning. This helps clinicians position the implant for the best possible restoration outcome. Reach out to learn more about this service.
Ready to Elevate Your Implant Restorations?
Screw retained implant crowns represent the future of implant dentistry. Moreover, they demand a lab partner with the technology, expertise, and commitment to get every case right. Dentek Digital is that partner.
We bring advanced CAD/CAM technology, a fully digital workflow, and years of experience to every restoration we fabricate. Additionally, our team is always available to collaborate on complex cases and support your clinical success. Practices across Phoenix, Scottsdale, Mesa, Chandler, and beyond already trust us with their implant work.
It is time to experience the Dentek Digital difference. Contact Dentek Digital today to send us a case and discover how our digital dental lab can support your implant practice.