Skip to product information
1 of 4

adin

Adin Closefit RP Digital Analog 3.55mm x 10mm (RP1000)

Adin Closefit RP Digital Analog 3.55mm x 10mm (RP1000)

Regular price Rs. 2,336.00
Regular price Rs. 2,920.00 Sale price Rs. 2,336.00
Sale Sold out

Adin Closefit RP Digital Analog 3.55mm x 10mm (RP1000) is a precision-engineered component designed for dental professionals to replicate the exact position and angulation of dental implants in digital and physical models. This analog is compatible with the Closefit RP implant system and helps ensure accurate implant restorations. Its 3.55mm in diameter and 10mm in length provide an ideal fit for implant-level impressions, enabling precise treatment planning and prosthetic design. Made from high-quality materials, the Adin Closefit RP Digital Analog offers durability and stability, essential for achieving long-lasting results in implant restorations. It plays a crucial role in creating reliable, digital workflows for dental implant cases.

Features

  • Precision Design: Specifically engineered for accurate replication of implant position and angulation
  • Durable Material: Made from high-quality, long-lasting materials to withstand multiple uses
  • Compatibility: Designed for use with the Closefit RP implant system, ensuring seamless integration
  • Easy Handling: User-friendly design allows for straightforward placement and removal
  • Versatile Application: Suitable for various impression techniques, including digital workflows and traditional methods
  • Accurate Impressions: Ensures precise fit in models for optimal prosthetic design and treatment planning
  • Sterilizable: Can be easily sterilized, ensuring a hygienic environment for dental procedures
  • Lightweight: Easy to handle without adding unnecessary weight during procedures

Description

Specification

  • Compatibility: CloseFit NP implant system
  • Diameter: 3.55mm
  • Length: 10mm
  • Platform: Regular
  • Material: High-quality stainless steel
  • Recommended Torque: 15 Ncm

Packaging

  • 1 x Closefit RP Digital Analog

Direction to use

Preparation:

  • Ensure all instruments and components are sterilized before use
  • Gather necessary materials, including the digital analog and impression materials

Implant Site Evaluation:

  • After implant placement, assess the position and angulation of the implant

Analog Placement:

  • Select the appropriate digital analog size
  • Gently insert the analog into the implant site to ensure a secure fit

Impression Procedure:

  • Use the digital analog to take a precise impression, ensuring it replicates the implant's position accurately

Model Fabrication:

  • Once the impression is set, pour the dental stone or use the digital workflow to create the model
  • Ensure that the analog remains in place during this process for accurate representation

Post-Use Care:

  • Clean the analog thoroughly after use
  • Sterilize it according to standard dental protocols for future use

Storage:

  • Store in a cool, dry place away from direct sunlight to maintain quality

Additional info

  • Country of Origin: Israel
  • Manufacturer: Adin

Warranty

  • Warranty is not applicable for this product

Product Related Questions

Question : What is the purpose of the digital analog?
Answer:
The digital analog is used to replicate the position and angulation of dental implants in impressions and models for accurate prosthetic design.

Question : Is this analog compatible with other implant systems?
Answer:
The Adin Closefit RP Digital Analog is specifically designed for the Closefit RP implant system and may not be compatible with other systems.

Question : How do I clean and sterilize the digital analog?
Answer:
Clean the analog thoroughly with an appropriate disinfectant and follow standard sterilization protocols for dental instruments.

Question : Can this product be reused?
Answer:
Yes, the digital-analog is designed for multiple uses, provided it is properly cleaned and sterilized after each use.

Customer Reviews

Be the first to write a review
0%
(0)
0%
(0)
0%
(0)
0%
(0)
0%
(0)
View full details