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In modern implantology, every step matters. From planning to placement to restoration, success depends on consistency and control. One of the easiest ways to lose that control is through unnecessary complexity during surgery.
That is exactly why we created the GDT EVA Mountless Implant. This implant was designed for clinicians who value precision and want to simplify their surgical workflow without giving up strength, stability, or restorative flexibility.
By removing the mount, EVA cuts out an extra step while preserving everything that makes an implant reliable. It connects directly to your driver, seats with full visibility and fits into the GDT internal hex system you already know.
This is not just a product improvement. It is a practical evolution of implant delivery.
What Does It Mean to Go Mountless?
Most conventional implants come with a mount - a separate component used to hold and deliver the implant to the osteotomy site. The mount must be attached, handled, positioned and removed before the surgical procedure can move forward.
That process is familiar, but it is also unnecessary. Every added component increases the risk of contamination, misfit, or user error. It also takes more time.
The EVA mountless implant removes that step. Instead of relying on an external carrier, the EVA is delivered directly using a driver that engages the internal hex interface. The connection is tight. The seating is clean. The placement is direct.
You go from packaging to surgical site without additional hardware in between.
This gives you:
- Full control over torque and alignment
- Immediate access to the implant interface
- Fewer tools on the tray
- Less time handling the implant before it is in place
In short, you reduce your risk while increasing your efficiency.
Built Around the GDT Internal Hex Platform
The EVA implant uses the GDT internal hex connection, a 2.42 millimeter internal platform that is compatible with the full line of GDT abutments, prosthetic components and accessories.
The benefits of this platform include:
- Excellent rotational stability at the implant abutment junction
- Reduced micro movement that helps protect the crestal bone
- Simplified component selection with a consistent connection size
- Smooth prosthetic transitions whether you are restoring a single unit or a full arch
If you are already placing GDT implants, the EVA fits seamlessly into your workflow. If you are new to GDT, the internal hex platform gives you the flexibility to scale up from simple to complex cases without changing systems.
Implant Body Design That Balances Stability and Flexibility
The shape of the EVA implant is intentional. It features a moderate taper for primary stability and a dual threaded design that helps distribute insertion forces evenly along the body of the implant.
This thread design offers a number of clinical benefits:
- Faster insertion with less torque buildup
- Improved control in both soft and dense bone
- Reduced risk of bone compression and overheating
- Strong mechanical engagement that supports immediate and early loading protocols
The EVA implant is ideal for a wide range of indications, including:
- Healed ridges with standard bone density
- Extraction sockets prepared for immediate placement
- Narrow or compromised sites that require tapered implant geometry
- Full arch cases that depend on consistent insertion and load distribution
It gives you confidence during placement and stability that supports predictable healing.
SLA Surface Treatment That Supports Long Term Success
The EVA implant is finished with SLA surface treatment, which stands for sandblasted and acid etched. This surface modification is one of the most clinically researched and widely used in implant dentistry.
Here is how it works:
- First, the surface is sandblasted with large particles to create macro roughness
- Then, it is acid etched to form micro roughness that supports cell adhesion
The result is a textured surface that enhances the biological response at the bone implant interface. It increases the total contact area between implant and bone, and it provides the right topography for osteoblasts to attach and grow.
Clinically, this means:
- Faster healing
- Improved early stability
- Higher bone to implant contact
- Long term integration even under functional load
This surface makes EVA suitable for both standard and accelerated loading protocols, depending on case planning and insertion torque.
Titanium Grade Five with Extra Low Interstitials
The core of every GDT implant is its material - and with EVA, same as all of our other implants, we use only Titanium Grade 5 ELI (Extra Low Interstitial), also known as Ti-6AL-4V-ELI.
This alloy has a proven track record in medical and dental devices. It is chosen because it delivers a unique combination of:
- High tensile and fatigue strength
- Excellent corrosion resistance in the oral environment
- Long term biocompatibility with soft and hard tissue
- Lower fracture risk under dynamic load
The ELI version of this titanium contains fewer interstitial elements like oxygen and nitrogen. This makes it more ductile, more resilient under pressure and less prone to microcracking.
It is the right choice for load bearing applications - especially when you want a long lasting implant that will perform under real world stress.
When to Use the EVA Implant
The EVA implant is designed for clinicians who want to reduce surgical time, simplify instrumentation and maintain full control over placement.
Use the EVA when:
- You want to remove the mount step from your workflow
- You are placing multiple implants in one session and want to move efficiently
- You need full visibility and access during implant delivery
- You want to avoid the potential for mount disconnection during insertion
- You are restoring with our internal hex prosthetic system
The EVA works well in most standard indications, from single units to full arch reconstructions.
When Another Option Might Be Better
Although EVA is a powerful tool for many situations, there are cases where a mount based implant may be preferred.
Consider using a traditional mounted implant if:
- You are following a guided surgery protocol that depends on a carrier component
- You are using a system that integrates visual alignment cues on the mount
- Your team is still transitioning from legacy systems and needs time to adjust
As always, the best approach is one that fits your tools, your technique and your clinical objectives.
Sterilized and Ready for Immediate Use
Every EVA implant is gamma sterilized and packaged in a cleanroom environment certified to ISO Class Seven standards.
The implant is sealed in a sterile barrier pouch with full traceability and is ready to be used directly from the packaging. There is no need for additional disinfection or handling.
This supports infection control and reduces surgical prep time.
Shipping and Logistics
All of our implants are available for same day dispatch and are shipped worldwide. Most orders arrive within one to three business days, depending on your region.
This rapid fulfillment model helps support the needs of high volume clinics and urgent cases.
Final Summary
The GDT EVA Mountless Implant gives you what you need most in surgery: control, simplicity and confidence.
It removes unnecessary components from the workflow. It delivers a secure internal hex connection without the added steps of a mount. It is engineered for mechanical stability, biological compatibility and long term restorative success.
If you are ready to place more efficiently while maintaining precision, the EVA is designed for your practice.
