Dentaltech Osstem Compatible Ti Base – Mini-Non Hex

Description

Dentaltech Osstem Compatible Ti Base – Mini-Non Hex is a precision-engineered implant prosthetic component designed to support screw-retained restorations on compatible Osstem Mini implant systems. Manufactured from high-strength Grade 5 titanium, the Ti base provides exceptional mechanical strength, corrosion resistance, and excellent biocompatibility for long-term clinical performance.

The Non Hex design is specifically intended for non-engaging restorations, allowing passive seating across multiple implants. It serves as a stable foundation for bonding zirconia, lithium disilicate, or hybrid CAD/CAM restorations while ensuring precise implant-to-restoration fit and optimal load distribution. The accurately machined connection minimizes micro-movement and enhances prosthetic stability.

Key Features

• Manufactured from high-strength Grade 5 Titanium
• Non-Hex design for non-engaging implant restorations
• Provides a stable foundation for CAD/CAM prostheses
• Excellent precision fit for enhanced prosthetic stability
• Supports zirconia, lithium disilicate, and hybrid restorations
• High corrosion resistance and excellent biocompatibility
• Optimizes load distribution across implant-supported restorations
• Suitable for screw-retained prosthetic restorations
• Compatible with Osstem Mini Implant System

Specifications

• Product Type: Ti Base
• Design: Non-Hex (Non-Engaging)
• Material: Grade 5 Titanium
• Compatibility: Osstem Implant System Compatible
• Restoration Type: Screw-Retained implant Restorations
• Compatible Restorative Materials: Zirconia, Lithium Disilicate, Hybrid CAD/CAM Restorations
• Clinical Use: Implant Prosthodontics
• Sterilization: Sterilize before clinical use according to standard protocols

Packaging

Dentaltech Osstem Compatible Ti Base – Mini-Non Hex

• 1 x Ti-Base
• 1 x  Screw

Directions for Use

1. Digital Impression

• Position the implant-specific scan body on the fixture or master cast analogue.
• Capture the implant position using an intra-oral or laboratory desktop scanner.
• Alternatively, take a pick-up impression with an implant-level transfer coping and pour a cast with a laboratory analogue.

2. Restoration Design and Fabrication

• Design the restoration in CAD software
• Maintain a minimum abutment sleeve height of 4 mm for adequate bonding surface.
• Mill in zirconia, lithium disilicate or hybrid ceramic.

3. Extra-Oral Cementation

• Lute the restoration to the Ti Base using a dual-cure hybrid-abutment resin cement
• Seat under uniform digital pressure, remove excess cement, and photopolymerise for recommended time.
• Obturate the screw access channel with PTFE tape and polish the crown-to-Ti Base junction.

4. Intra-Oral Delivery

• Remove the healing abutment and irrigate the implant well with sterile saline.
• Seat the bonded assembly and confirm complete passive seating radiographically.
• Insert the prosthetic screw and hand-tighten before final torquing.

5. Torque Application

• Apply torque with a calibrated torque wrench per the implant manufacturer’s specification.

6. Screw Access Closure

• Insert PTFE tape into the screw access channel to protect the screw head.
• Seal the coronal two millimetres with a light-cured composite resin.
• Verify occlusal contacts in centric and excursive movements; adjust and polish.

Additional Information

Country of Origin: India

Manufacturer:
Kamal Encon Industries Limited
Plot No. 917, IMT Faridabad, Sector 68, Faridabad , 121001, India
Phone: +91 72899 99456

Packer:
Kamal Encon Industries Limited
Plot No. 917, IMT Faridabad, Sector 68, Faridabad,121001, India
Phone: +91 72899 99456

Marketed By:
Vasa Denticity Ltd.
Khasra No. 15/1, Mustil No. 6, Village Dabodha, Farrukhnagar, Gurugram, Haryana , 122506, India
Phone: +91 72899 99456

Warranty & Service

• Warranty is not applicable for this product