MS Implants Basal Dental Implant – 4.2mm

MS Implants Basal Dental Implants are single-piece titanium implants engineered for anchorage in the basal (cortical) bone. Designed for immediate loading and broad clinical indications, they represent an advanced alternative to conventional implantology – particularly in cases with compromised alveolar bone volume.

Key Features

• Single-Piece Titanium Construction: Monolithic design eliminates micro-movement at the implant-abutment interface for superior stability
• Cortical Bone Anchorage: Anchored in the basal (cortical) bone – the densest and most stable bone layer, unaffected by resorption
• Immediate Loading Protocol: Supports immediate prosthetic loading, reducing overall treatment time significantly
• BCS Design: Basal Cortical Screw (BCS) system – ideal for immediately loaded, cortically supported restorative designs
• Extraction Socket Placement: Can be placed immediately in extraction sockets where basal support is sufficient
• Broad Indications: Suitable for cases with severe bone loss, poor bone quality, or where conventional implants are contraindicated
• Diameter: 4.2mm

Clinical Advantages

• Eliminates need for bone grafting in most cases
• Applicable in patients with systemic conditions (diabetes, osteoporosis) where conventional implants may fail
• Follows principles of orthopaedic surgery for predictable cortical anchorage
• Replaces large fields of traditional implantology with fewer limitations

Indications

• Severely resorbed alveolar ridges
• Immediate post-extraction implant placement
• Full-arch immediate loading restorations
• Cases contraindicated for conventional implants
• Patients requiring minimally invasive implant solutions

Product Details

• Brand: MS Implants
• Type: Basal Cortical Screw (BCS) Implant
• Diameter: 4.2mm
• Material: Titanium (Single-Piece)
• Loading Protocol: Immediate
• Country of Origin: India

For use by qualified implantologists only. Patient selection and surgical protocol must follow MS Implants clinical guidelines.