SK Chairside CAD/CAM Restoration System All in one Dental Solution Fully Digital Workflow

Product Introduction: This advanced chairside system combines AI-powered design algorithms with high-torque milling and smart thermal management for clinically validated restorations. Its integrated architecture delivers laboratory-grade precision in a clinical setting.

Product Purpose: Facilitates single-visit production of monolithic zirconia crowns, hybrid abutment crowns, and anterior veneers. Processes STL files from any intraoral scanner into final sintered prosthetics within 90 minutes.

Product Advantages: Achieves 98% first-fit accuracy through AI margin detection, reduces material waste by 30% with optimized nesting algorithms, and provides real-time error correction during milling via 4K visual monitoring.

Product Features: Closed-loop calibration between scanner/mill/sintering components, automatic tool wear compensation, and compatibility with 400+ material shades. The thermal-optimized sintering chamber ensures consistent crystallization.

Key Specifications:

Guangdong Beiming Technology Co., Ltd.: Precision Dental Milling Solutions

About Us

Founded in 2019, Guangdong Beiming Technology Co., Ltd. specializes in designing and manufacturing high-performance dental CAD/CAM milling machines. Leveraging extensive experience and understanding of dental laboratory workflows, we are committed to providing reliable, precise, and user-centric equipment that enhances productivity and meets the professional requirements of the global dental market for the precision, quality, and production efficiency of dental restorations.

Core Strengths

Technology-Driven Innovation: Core to Our Engineering

At Beiming Technology, continuous advancement is engineered into our products. We maintain a dedicated focus on Research & Development (R&D) to systematically enhance the performance, capabilities, and operational efficiency of our dental milling systems.

Comprehensive Product Portfolio:

Understanding the varying demands of dental laboratories and clinics, we offer a diverse range of milling machines. This includes solutions tailored for:

High-volume production labs: Machines designed for durability and unattended operation

Chairside clinics: Compact, user-friendly systems for efficient in-office milling

Specialized applications: Capabilities for milling a wide spectrum of materials including zirconia, glass ceramics, composite resins, PMMA (for temporaries/diagnostics), wax, and metals (like CoCr and titanium)

Precision and Versatility in Restoration Production:

Beiming milling machines are engineered to deliver the accuracy required for modern dental prosthetics. They are capable of producing a wide array of restorations, such as:

Single-unit crowns and multi-unit bridges

Inlays, onlays, and veneers

Custom implant abutments and bars

Commitment to Quality Materials and Output:

We design our machines to reliably process premium dental biomaterials, including:

High-strength zirconia (for durability and aesthetics)

Feldspathic and lithium disilicate ceramics (for esthetic restorations)

Medical-grade metals (CoCr, Titanium for frameworks and implants)

Composite blocks and PMMA (for provisionals, dentures, surgical guides)

The focus on material compatibility ensures that the restorations milled meet the functional and aesthetic requirements demanded by dental professionals and their patients.

Focus on Reliability and User Support:

Beiming machines are built with robust components to withstand demanding production environments, aiming for high uptime and consistent performance

We are committed to providing responsive technical support and service to our global customers

Partnering for Digital Dentistry

Guangdong Beiming Technology Co., Ltd. is dedicated to providing reliable, precise, and versatile dental milling solutions. By focusing on core technology, material compatibility, and practical design, we aim to be a trusted partner for dental laboratories and clinics seeking to enhance their digital production capabilities.