Dentaltech Nobel Compatible Ti Base – RP – Non Hex

Description

The Dentaltech Nobel Compatible Ti Base (RP, Non-Hex) is a precision-machined titanium interface that connects a Nobel-compatible Regular Platform implant to a CAD/CAM-fabricated restoration. Made from Grade 5 titanium alloy (Ti-6Al-4V), it delivers high strength, corrosion resistance, and reliable biocompatibility at the implant-restoration junction. The non-hex (non-engaging) design gives rotational freedom, making it ideal for splinted bridges, multi-unit, and screw-retained hybrid restorations where passive seating across multiple implants is essential. Its scannable geometry supports accurate digital workflows, allowing the lab to design and mill zirconia or lithium disilicate copings that bond directly to the base. The component ships with a matching abutment screw for immediate use. Engineered to precise tolerances, it ensures a stable, well-fitting connection and predictable long-term prosthetic outcomes. A cost-effective, dependable choice for clinicians and labs working within Nobel-compatible implant systems.

Key Features

• Grade 5 titanium for superior strength and biocompatibility
• Non-hex (non-engaging) design for rotational freedom in multi-unit cases
• Compatible with Nobel Regular Platform (RP) conical connection implants
• Scannable geometry for accurate CAD/CAM digital workflows
• Bondable surface for zirconia and lithium disilicate
• Supplied with matching abutment screw

Specifications

• Material: Grade 5 Titanium
• Platform: Regular Platform (RP)
• Connection: Nobel Compatible
• Type: Non-Hex (Non-Engaging / Rotational)
• Application: Screw-retained multi-unit / bridge / hybrid restorations
• Includes: Ti Base + Abutment Screw

Packaging

• 1 x Dentaltech Nobel Compatible Ti Base – RP – Non Hex
• 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