2.5 well Short dental implants

The Easy Learn Implant System’s 2.5-well short dental implant is a cutting-edge solution for complex dental implant needs. With a minimum height of just 6mm, it is ideal for cases with limited bone volume, inadequate occlusion, and periodontal issues. The implant eliminates the need for additional bone grafting and reduces bone resorption, ensuring a smoother and less invasive procedure for patients. Short implants are an innovative solution in the field of dental implantology, specifically designed for patients facing challenges such as insufficient alveolar bone volume or complex anatomical structures.

The Easy Learn Implant System’s short implants significantly expand the scope of implant treatment. They are designed to navigate around sensitive areas like the maxillary sinus and alveolar nerve, reducing the need for complex procedures such as bone grafting or sinus lifts, thereby lowering surgical risks, shortening recovery times, and easing the financial burden on patients.

In clinical applications, short implants have demonstrated excellent stability and success rates. They are suitable for single or multiple tooth restorations in the posterior region and can provide stable support for fixed or removable dentures in patients with low alveolar ridges. This versatility makes short implants an ideal choice for many patients seeking to restore oral function and aesthetics.

Parameter

Features

1. Short Implant: Minimum 6mm height, expanded indications (bone deficiency, occlusal insufficiency, blade bone, periodontal disease)
2. Patient-friendly implants: no bone graft, no bone resorption, reduced probability and height of retraction, reduced chair-side time, and reduced patient discomfort with implantation and repair.
3. Emergency Implant: In the case of emergencies, such as broken implants, deep implants that cannot be removed, and large sockets, the short thick nonself tapping implants can grow well in various complex spaces.
4. Material: Grade 4, cold-worked titanium (imported from America, tensile strength is greater than 900 mpa), better biocompatibility, outer wall thickening, can achieve better strength.
5. Surface Treatment: With the national invention patent of SLA (sand-blasted, large-grit, acid-etched) technology, the formation of big and small round holes, rich multi-level micro and nanoscale topography, increase the area of combined bone, inducing osteoblast to cling, and provide a comfortable environment for pseudopodia growth.
6. Self-locking taper (1.5°): Bacterial sealing provides a stable environment for soft and hard tissue growth without bone resorption.
7. Solid Abutment: There were no central screws, no mechanical complications, and no bacteria entering the channel within the abutment.
8. Double Oblique Shoulder Design: The implant was embedded 2-3mm beneath the bone to achieve dual-platform transfer, and the triple barrier prevented bacterial entry and promoted reverse bone growth.
9. Fin Type Flat Thread: Fin type flat screw design, not self-tapping screw thread, the same length and diameter, surface area can increase 30%
   The flat bottom design of the implant allows unlimited access to the mandibular nerviduct, which is safe, long-term, and stable.

Indications for Short Implants

• Patients with Insufficient Bone Volume: For patients with severely reduced alveolar bone volume, traditional implants are often difficult to place or require complex bone grafting procedures. Our short implants, with a minimum height of just 6mm, are designed to effectively adapt to low bone volume environments, reducing the need for bone grafting, lowering surgical risks, and improving implant success rates. Additionally, the unique surface treatment of the implants promotes bone integration, ensuring long-term stability.
• Patients with Limited Occlusion and Knife-Edge Bone: In cases of limited occlusal space or knife-edge bone, traditional implants face significant limitations. Our short implants, with their compact design, can be easily placed in these challenging areas to restore occlusal function. Moreover, the non-self-tapping feature reduces trauma during the surgical process, helping to protect surrounding bone and soft tissues and minimizing post-operative discomfort.
• Patients with Periodontal Disease: Patients with periodontal disease often experience bone resorption and osteoporosis, presenting challenges for implant treatment. Our implants feature a patient-friendly design that aims to reduce bone resorption and protect the remaining alveolar bone. Additionally, the lack of need for bone grafting simplifies the procedure and reduces patient discomfort, aiding in quicker recovery of oral health.
• Emergency Situations: In emergencies such as implant fractures, implants lodged too deeply to retrieve, or oversized extraction sockets, our emergency short implants provide effective solutions. Their short, wide design allows for good integration in various complex spaces, ensuring high success rates even in emergency situations. The non-self-tapping feature reduces surgical risks and enhances safety during the procedure.