Dental implant restorations have changed the way dentists approach tooth replacement. Among the most widely used options today, cement retained implant crowns offer a reliable, esthetic solution for many clinical situations. Whether you are a general dentist or a specialist, understanding this restoration type helps you serve your patients better.
At Dentek Digital, we fabricate cement retained implant crowns with precision CAD/CAM technology. Our digital workflow produces consistent, high-quality results. Dentists across the Greater Phoenix area — from Scottsdale to Gilbert — trust us to deliver restorations that fit right the first time.
In this guide, we break down everything you need to know. We cover design principles, clinical considerations, and how a modern digital lab supports your implant cases from start to finish.
What Are Cement-Retained Implant Crowns?
A cement-retained implant crown attaches to an abutment using dental cement. This is one of two primary retention methods for implant crowns. The other option is screw retention, which uses a screw to secure the crown directly to the implant.
Cement retention offers a natural look and feel. Because there is no screw access hole, the occlusal surface remains intact. This is a significant advantage in esthetic zones where appearance matters most.
How the Restoration Is Designed
First, your team takes a digital or physical impression of the implant site. Next, that data comes to our lab, where our technicians design the abutment and crown using advanced CAD software. Finally, we mill the restoration from high-quality materials and deliver it ready to seat.
The abutment is custom-designed to match the patient’s soft tissue contours. This supports a natural emergence profile. As a result, the final crown looks like it grew from the gum naturally.
Common Materials Used
We fabricate cement-retained implant crowns from several proven materials. These include:
- Zirconia — strong, tooth-colored, and highly biocompatible
- PFM (porcelain-fused-to-metal) — a durable, time-tested option
- Full-contour zirconia — ideal for posterior cases requiring maximum strength
- Layered zirconia — excellent esthetics for anterior restorations
Material selection depends on the location of the implant, the patient’s bite, and esthetic goals. Our team works with you to choose the right material for each case.
Clinical Advantages of Cement Retention
Cement retained implant crowns offer several clinical benefits. However, they also come with specific considerations. Understanding both sides helps you make the best choice for your patients.
Key Benefits
Cement retention provides a smooth, uninterrupted occlusal surface. This is especially valuable in the anterior region. Moreover, the cementation process is familiar to most clinicians, which streamlines chairside workflow.
Additionally, cement-retained crowns tend to have a lower profile. This makes them easier to use when vertical space is limited. In cases where screw access is not ideal, cement retention often becomes the preferred approach.
Furthermore, the esthetic outcome is typically excellent. Because the crown is designed and milled digitally, the fit and contour are highly predictable. Patients in communities across the Phoenix area — including Mesa, Tempe, and Chandler — benefit from these precision restorations.
Considerations to Keep in Mind
On the other hand, cement retention does require careful technique. Excess cement must be fully removed to avoid peri-implant complications. Therefore, margin placement and cement selection are critical decisions.
Custom abutments help manage this risk. When the abutment margin is placed at or slightly above the tissue, cement removal becomes much easier. Our lab designs abutments with retrievability and cleansability in mind.
How Dentek Digital Supports Your Implant Cases
Dentek Digital is a nationally recognized leader in digital dentistry. We were among the earliest adopters of the CAD/CAM workflow in the country. Our lab combines cutting-edge technology with skilled craftsmanship to deliver restorations you can count on.
We work with dentists and dental practices across the Greater Phoenix area, including communities in Scottsdale, Gilbert, Mesa, and Chandler. Our digital workflow is fast, accurate, and fully integrated with today’s most advanced scanning and design systems.
Our Digital Workflow for Implant Crowns
The process begins with your digital scan or impression. We accept files from all major intraoral scanners. Our technicians then import your data into CAD design software to create a precise virtual model.
Next, we design the custom abutment and crown together as a unit. This integrated design approach ensures ideal emergence, margin placement, and occlusal harmony. Then, we mill the restoration from high-quality, clinically proven materials.
Finally, your restoration ships quickly and arrives ready to deliver. We build efficiency into every step so you spend less time waiting and more time treating patients.
Why Digital Fabrication Matters
Traditional lab methods rely heavily on manual waxing and casting. Digital fabrication eliminates much of that variability. As a result, fit accuracy improves significantly.
Because of this precision, you get fewer remakes and adjustments. Your patients benefit from restorations that seat correctly and feel comfortable right away. That outcome reflects well on your practice and builds patient trust.
Choosing the Right Retention Method for Your Case
Not every implant case is the same. Therefore, choosing between cement and screw retention requires careful evaluation. Several factors guide that decision.
Factors That Favor Cement Retention
- Implant angulation that makes screw access difficult
- Esthetic zones where an access hole would be visible
- Limited vertical restorative space
- Cases where a familiar cementation workflow is preferred
- Patients with high esthetic demands
In these situations, cement retention is often the more practical and esthetic choice. Moreover, with a well-designed custom abutment, the clinical risks are highly manageable.
When Screw Retention May Be Preferred
Screw retention is preferred when retrievability is the top priority. For example, in cases involving implant-supported bridges or full-arch restorations, screw access allows easier maintenance. Additionally, some clinicians prefer screw retention in patients with a history of peri-implant complications.
However, screw access holes can compromise esthetics in visible areas. They also require more precise implant positioning. Your lab partner plays an important role in guiding this decision based on the case data you provide.
Tips for Submitting Implant Cases to Your Lab
A successful cement-retained implant crown starts with a great case submission. Here are some practical tips to help your cases run smoothly.
- Use a scan body or impression coping: Accurate implant position data is essential for proper abutment design.
- Include soft tissue detail: Good emergence profile design depends on capturing the tissue contour accurately.
- Note the implant system and platform: This allows us to design to the correct interface specifications.
- Specify your material preference: Let us know if you prefer zirconia, PFM, or another material.
- Share shade information: Even for posterior crowns, shade guides help us match adjacent teeth.
Clear communication from the start prevents delays and ensures the best possible outcome. Our team is always available to answer questions about your case before you submit it.
Frequently Asked Questions About Cement-Retained Implant Crowns
What is the difference between cement-retained and screw-retained implant crowns?
Cement-retained crowns attach to an abutment using dental cement. Screw-retained crowns use a screw to secure them directly to the implant. Each method has specific clinical advantages depending on the case.
Are cement-retained implant crowns retrievable?
Retrieval is more challenging with cement retention compared to screw retention. However, with proper technique and cement selection, retrieval is possible when needed. Your prosthodontist or implant surgeon can advise on the best approach for each case.
What materials work best for cement-retained crowns?
Zirconia is currently the most popular material for implant crowns. It is strong, biocompatible, and esthetically pleasing. PFM remains a viable option in certain cases. Our lab helps you select the right material based on location, function, and esthetics.
How do I prevent excess cement issues?
Custom abutment design is the most effective strategy. Placing the margin at or just above the tissue level makes cement removal much easier. Additionally, using a provisional to shape the tissue before final delivery improves access and esthetics.
Can Dentek Digital work with my intraoral scanner?
Yes. We accept digital files from all major intraoral scanning systems. Our digital workflow is fully compatible with the most widely used scanners in the industry today. Simply send your files and we handle the rest.
Partner with a Digital Lab That Delivers
Cement retained implant crowns require precision at every step. From abutment design to final delivery, the quality of your lab partner directly affects patient outcomes. Dentek Digital brings national-level expertise and a fully digital workflow to every case we receive.
We serve dentists and dental practices throughout the Greater Phoenix area, including Scottsdale, Chandler, Mesa, Tempe, and Gilbert. Our team understands the demands of a busy dental practice. We build our workflow around your schedule and your patients’ needs.
If you are ready to experience the difference a truly digital lab makes, contact Dentek Digital today to send us a case or discuss your next implant restoration. We are here to support your clinical success every step of the way.