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implant Analog

Implant System:	Straumann® Bone Level® Anthogyr® Axiom MegaGen AnyOne®& ST Implant System Nobel Biocare® Medentis® ICX Osstem® NEO BB DIO ITI others
Implant Connection:	Tri-lobe/Tri-channel Hexagon Octagon Cruciform/Cross-Lock Spline Conical/Morse Taper
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Product Description

Product Overview

KT trilink dental Analog (Implant Analog) is used in conventional impression workflows. It transfers the 3D position of the intraoral implant precisely to the stone model via an impression transfer. The analog fully replicates the implant’s interface, axis, and depth, enabling the lab to fabricate abutments, bridges, and other restorations on the model. Available in two designs – standard (non‑shouldered) and shouldered (with a positioning shoulder) – to accommodate different pouring methods. Made of medical‑grade stainless steel or PEEK, with 100% vision measurement system inspection to ensure interface accuracy and dimensional consistency.

Implant Analog

For accurate stone model positioning · Standard/Shouldered type optional · 100% vision measurement system inspection

Precision analog for accurate stone models – precise replacement, worry‑free models.

High‑precision interface

Fully interchangeable with original

Ensures model matches intraoral position

Anti‑rotation design

Hexagon / Tri‑lobe / Multi‑lobe

Prevents abutment rotation in the model

Standard/Shouldered types

Adapts to different pouring preference

Shouldered type facilitates gingival height positioning

Vision measurement system inspection

100% critical dimension inspection, tolerance ±0.005 mm

Product Specifications

Product Name	Implant Analog
Brand	KT trilink dental
Type	Standard (non-shouldered) / Shouldered (with positioning shoulder)
Material	Medical-grade stainless steel (316L) / Medical-grade PEEK (machinable)
Interface Type	Hexagon / Tri-lobe / Conical (Morse) / Cross-Lock
Overall Height	10mm / 12mm / 14mm / 16mm (standard type); shouldered type overall height includes the shoulder
Anti-rotation Design	Hexagon, tri-lobe, or multi-lobe; matches the implant internal interface
Compatible Implant Systems	Straumann®, Nobel Biocare®, Dentsply Sirona®, Zimmer®, Osstem®, MegaGen®, Dentium®, Hiossen®, etc.
Retention Screw	Stainless steel central screw included (torque 25–35 N·cm)
Place of Origin	Guangdong, China
Sales Unit	Individually packaged, includes one central screw
Warranty	6 months (non-human damage)
Inspection Method	100% vision measurement system inspection; interface tolerance ±0.005 mm; outer diameter and height tolerance ±0.01 mm
OEM/ODM Support	Yes; custom lengths, materials, and logos available

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Compatible Implant Systems & Interface Models Overview

This product supports the following major implant systems and offers a variety of precision interface options, ensuring perfect compatibility with various brands:

Interface Standards

• Hexagon (internal/external)

• Tri-lobe

• Conical / Morse taper (Conical 11.5°/8°)

• Cross-Lock

Matching Transfer Coping

Can be used with our open‑tray / closed‑tray transfer copings to ensure accurate position transfer.

Provide the implant model, and we will match the appropriate standard analog and matching transfer coping for you.

Typical Application Scenarios

Conventional open‑tray impression

Used with an open‑tray transfer coping; the analog is screw‑retained in the impression and poured with stone to obtain an accurate model.

Closed‑tray impression

The transfer coping is removed from the impression together with the analog, connected to the analog, and then the model is poured – simple and efficient.

Shouldered type positioning

The shoulder design precisely controls the seating depth of the analog in the stone model, ensuring accurate abutment margin positioning.

Laboratory model restoration

Repeated try‑in of abutments, wax patterns, and metal frameworks on the stone model requires the analog to be wear‑resistant and dimensionally stable.

Laboratory Procedure (Conventional Impression Technique)

① Select the matching analog

Choose the corresponding analog based on the implant brand and interface type.

② Connect the transfer coping

Secure the analog to the impression transfer coping with the screw.

③ Pour the stone

Place the transfer coping with the attached analog into the impression, then pour with extra‑hard stone.

④ Retrieve the analog model

After the stone has set, separate the impression. The analog is now embedded in the model, forming a detachable model analog.

※ The shouldered analog allows more precise control of the embedment depth, preventing stone from entering the abutment interface.

Quality & Service

More than just selling blanks, we deliver peace of mind

100% Vision Measurement System Inspection

Every batch of analogs undergoes full dimensional inspection. Interface tolerance: ±0.005 mm, ensuring interchangeability with original abutments and transfer copings. Inspection report provided per batch.

6-Month Warranty

Free replacement for non‑human damage.

7‑Day Return & Exchange

Unconditional return or exchange if specifications do not match or the analog cannot be seated.

User Testimonials

“The analog interface accuracy is excellent. The resulting stone model requires no adjustment to the abutment – saves time and effort.”

————A dental lab in Guangzhou

“The shouldered design works very well – no tilting of the analog during pouring. Highly recommended.”

———— A denture processing center in Beijing

Free analog sample kit (one standard + one shouldered) – Exclusive for dental labs.

Real‑Life Cases: Analog Applications in Conventional Impressions

Case 1: Full‑arch open‑tray impression

A patient with 6 maxillary implants – used open‑tray transfer copings with analogs for impression taking. The resulting stone model showed analog position deviations of less than 0.02 mm. The final framework seated completely passive without any adjustments.

Case 2: Easy Cleaning and Maintenance

After the lab switched to shouldered analogs, repeated measurement of embedment depth was no longer needed. Stone pouring speed increased by 30%, and issues with abutments failing to seat due to over‑embedment have never occurred since.

FAQ

What is the difference between standard and shouldered analogs?

The standard analog has a straight cylindrical shape and relies entirely on the stone for retention. The shouldered analog features a positioning shoulder at the mid‑section, which precisely controls embedment depth, prevents stone from entering the interface, and ensures more consistent positioning with repeated pouring.

Can the analog be reused?

What is the recommended torque for the analog central screw?

Do you provide matching transfer copings?

Can the analog be used with 3D‑printed models?

dental implants dental abutment impression coping

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implant Analog

Product Overview