Antmed-A.K Implant System

Features

Original German Design Concept
  • The Antmed A.K Implant System was originally designed by the A.K.TEK R&D team, which consists of experts from various fields, including oral medicine, biomechanics, precision engineering, materials science, and biology.
  • Through extensive research into oral bone structures and biomechanical behavior, the implant design has undergone decades of continuous optimization and refinement.
  • The result is an implant system featuring excellent mechanical performance, predictable clinical stability, enhanced implant retention, and extended service life.
Manufacturing Standards & Strict Quality Control
  • The Antmed A.K Implant System is manufactured under strict quality standards.
  • The production line is equipped with advanced imported precision machining equipment, achieving machining accuracy of up to 2 microns.
  • A multi-level cleanroom manufacturing environment (100,000 / 10,000 / 100 grade) ensures a highly controlled production process. The entire facility adopts pharmaceutical-grade purified water systems and strict contamination control procedures.
  • Supported by advanced physical, chemical, and biological testing laboratories, each implant undergoes rigorous quality verification procedures before delivery, ensuring consistent quality and reliable performance.
D-SLA Pure Titanium Surface Technology
  • The Antmed A.K Implant System incorporates advanced D-SLA surface technology, combining spherical abrasive blasting with dual acid-etching processes to create an optimized micro-rough implant surface.
  • A specially designed 16-step cleaning procedure ensures exceptional surface purity, effectively eliminating alumina particle residue and reducing the risk of acid contamination commonly associated with traditional implant surface treatments.
  • This advanced surface technology enhances osseointegration performance around by 20%, promoting predictable bone response and long-term implant stability.
Clinically Supported Performance
  • The Antmed A.K Implant System entered clinical evaluation in China in 2011 after completing ethical review and regulatory procedures.
  • Clinical studies were conducted in cooperation with leading Grade III Class A hospitals, including The First Affiliated Hospital of Shantou University Medical College and Shantou Central Hospital.
  • Following comprehensive clinical observation, data verification, and qualification assessment, the implant system successfully completed the required clinical evaluation for medical device registration and obtained CFDA certification in 2014.
Premium Titanium Material Selection
  • Each Antmed A.K Implant is manufactured from premium Grade 4 cold-worked titanium, providing:
  • ·Tensile strength: 900–1120 MPa
  • ·Yield strength: 800–1000 MPa
  • The high-strength titanium material provides:
  • ·Excellent mechanical stability
  • ·Superior biocompatibility
  • ·Reliable osseointegration performance
  • ·Reduced risk of ion release
  • The restorative abutments are manufactured from optimized Grade 5 titanium, achieving an ideal balance between mechanical strength, precision fit, and biological compatibility.
External Cylindrical & Internal Tapered Progressive Thread Design
  • The Antmed A.K Implant features an external cylindrical and internal tapered progressive thread design.
  • This structure enables efficient anchorage in cancellous bone, providing excellent primary stability while minimizing excessive compression on cortical bone and helping preserve marginal bone stability.
  • The self-tapping cutting thread design reduces insertion trauma, minimizes unnecessary bone damage, and creates favorable conditions for early bone formation and osseointegration.
Hexagonal Anti-Rotation & Morse Taper Connection
  • The implant-abutment connection combines:
  • ·Hexagonal anti-rotation structure
  • ·10° Morse taper connection
  • The six anti-rotation surfaces provide excellent rotational stability while maintaining restorative convenience.
  • The Morse taper interface effectively seals the internal implant cavity, reduces micro-movement, and optimizes force transmission by converting lateral chewing forces into axial forces, significantly enhancing abutment load-bearing capacity.
Non-Contact Packaging System
  • The Antmed A.K Implant System adopts a non-contact packaging system throughout the entire production and packaging process.
  • The implant avoids direct contact with external objects, reducing contamination risks and preventing foreign particle exposure.
  • The internal fixation design minimizes friction and vibration during storage and transportation, while the integrated quick-release design improves surgical handling efficiency.
One Implant System, Two Surgical Solutions
  • Antmed introduces the innovative “One Implant System, Two Surgical Solutions” concept.
  • The system provides two instrument options:
  • ·Stop-controlled surgical instruments
  • ·Non-stop-controlled surgical instruments
  • This flexible design adapts to different surgical preferences and allows clinicians to quickly integrate the system into existing clinical workflows without changing operating habits.
UDI Traceability System & Lifetime Quality Assurance
  • All Antmed products are equipped with UDI (Unique Device Identification) codes, implementing a complete one-product-one-code management system.
  • Through digital traceability technology, Antmed enables:
  • ·Manufacturing source tracking
  • ·Distribution process monitoring
  • ·Product lifecycle management
  • In the event of quality risks, accurate product identification and efficient recall procedures can be performed to ensure product safety and reliability.
Global Service Network & Lifetime Warranty
  • Supported by Antmed’s global manufacturing capabilities and professional service network, Antmed products and services are available in more than 130 countries and regions worldwide.
  • With a commitment to long-term product reliability, Antmed provides a lifetime warranty, delivering continuous confidence and support for dental professionals and patients worldwide.

Product Introduction

Standardized platform connection design ensures reliable compatibility and streamlined prosthetic procedures.
External hex and internal conical connection combined with progressive thread design for enhanced stability and bone engagement.
Platform switching concept supports peri-implant tissue health and long-term crestal bone stability.
Self-tapping thread structure enables smooth placement with reduced insertion resistance and improved primary stability.
Medical-grade Grade 4 titanium provides excellent strength, biocompatibility, and long-term reliability.

Technical Parameters

Implant Material Grade 4 Cold-Worked Titanium
Abutment Material Low-Gap Grade 5 Titanium
Surface Treatment D-SLA (Sandblasting + Acid Etching)
Implant Design External Cylindrical & Internal Tapered Progressive Thread Design
Connection Type Hexagonal Anti-Rotation And Morse Taper Connection
Implant Placement Method Motor-Driven / Manual Placement
Restoration Options Single Crown / Multiple Units / Bridge Restoration
Implant Insertion Torque Recommended ≤70 N·cm
Screw Tightening Torque Recommended ≤30 N·cm
Surgical Kit Compatibility Compatible with Stop-Controlled and Non-Stop-Controlled Surgical Kits
Compatibility System-Based Design with Dedicated Connection Interface (Non-Universal)
Surface Residue  Residue-Free Surface
Manufacturing Environment Three-Level Clean-room System (100,000 / 10,000 / 100 Grade)
Water Quality Environment Pharmaceutical-Grade Purified Water
Packaging Method Non-Contact Packaging System
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