The LODDEN Cobalt Chrome Alloy Disc is engineered to meet the precision, strength, and reliability requirements of contemporary dental laboratories and CAD/CAM production centers. Designed specifically for manufacturing denture frameworks, implant-supported restorations, crowns, bridges, and dental copings, this high-quality Co-Cr alloy milling block provides superior mechanical properties combined with excellent milling performance.
Dental professionals today demand materials that not only offer structural durability but also ensure consistent milling results, patient comfort, and long-term restoration stability. The LODDEN dental alloy disc delivers on these expectations by combining advanced cobalt-chrome metallurgy, precision disc geometry, and dependable manufacturing quality standards.
Manufactured in a standardized 98mm diameter format, this disc is compatible with a wide range of CAD/CAM dental milling systems, enabling seamless integration into existing laboratory workflows. With multiple thickness options ranging from 8mm to 25mm, dental technicians can select the ideal disc dimension for various restorative applications without compromising material utilization or workflow efficiency.
Whether you are producing partial denture frameworks, implant bars, or fixed prosthetic structures, this dental CoCr alloy block offers predictable and consistent results across production batches.
Engineered for Dental CAD/CAM Milling Accuracy
The performance of any dental restoration begins with the quality of the milling material. LODDEN’s cobalt-chrome alloy discs are manufactured with strict quality control to maintain homogeneous alloy composition, uniform density, and reliable machining behavior.
The alloy is optimized for:
- High-precision CAD/CAM milling operations
- Smooth machining characteristics
- Reduced tool wear during production
- Consistent edge definition
- Minimal deformation during casting or finishing
- Excellent polishability for final restorations
Because dental restorations require precise marginal adaptation and structural accuracy, uniform milling performance is essential. This Co-Cr milling block provides stable cutting behavior, enabling dental labs to achieve reliable production outcomes across various prosthetic designs.
Premium Material Composition for Long-Term Strength
Cobalt-chrome alloys are widely recognized in dentistry for their exceptional mechanical strength and corrosion resistance. LODDEN’s alloy formulation is optimized for dental laboratory usage, offering properties such as:
- High tensile strength
- Excellent fracture resistance
- Superior wear resistance
- Biocompatibility suitable for oral use
- Corrosion resistance in saliva environments
- Long-term dimensional stability
These characteristics make cobalt-chrome alloy an ideal choice for prosthetic frameworks, removable partial dentures, implant restorations, and other load-bearing dental structures.
The material maintains stability even under significant chewing forces, ensuring patient comfort and restoration longevity.
Wide Thickness Options for Flexible Laboratory Applications
Different dental cases require different disc thicknesses. To support a broad range of dental restoration needs, LODDEN alloy discs are available in the following sizes:
- 98 × 8 mm
- 98 × 10 mm
- 98 × 12 mm
- 98 × 14 mm
- 98 × 16 mm
- 98 × 18 mm
- 98 × 20 mm
- 98 × 22 mm
- 98 × 24 mm
- 98 × 25 mm
This extensive thickness range allows dental laboratories to optimize material usage based on restoration type and production requirements.
For example:
- Thin discs are ideal for small frameworks or coping production.
- Medium thickness discs support crown and bridge fabrication.
- Thicker discs allow full denture or implant bar production.
Having multiple thickness choices reduces material waste and increases milling efficiency, resulting in better cost management for laboratories.
CE Certified Quality Assurance
The LODDEN cobalt chrome disc carries CE certification, ensuring that it meets essential international quality and safety standards for dental materials.
CE certification confirms:
- Compliance with dental material safety requirements
- Consistent manufacturing quality
- Reliable performance standards
- Safe clinical use in dental prosthetics
Dental laboratories and clinics can confidently integrate this product into their production chain, knowing that regulatory quality benchmarks are satisfied.
Optimized for Dental Laboratory Efficiency
Time efficiency is critical in modern dental production environments. This alloy disc is designed to improve workflow performance in several ways:
Smooth Milling Performance
Optimized alloy structure enables efficient machining with reduced vibration and improved cutting stability.
Reduced Tool Wear
Better machinability reduces bur and tool degradation, lowering operational costs.
Consistent Results
Predictable milling performance reduces remakes and improves production consistency.
Faster Turnaround
High inventory availability ensures uninterrupted supply for laboratories with large production volumes.
Ideal Applications of LODDEN CoCr Dental Alloy Disc
The disc is suitable for a wide variety of dental restoration applications:
Dental Copings
Precision frameworks for ceramic layering or prosthetic coverage.
Crown and Bridge Frameworks
Strong support structures for fixed dental restorations.
Implant-Supported Restorations
Durable frameworks suitable for implant prosthetics.
Removable Partial Dentures
High strength makes the material ideal for removable prosthetic structures.
Full Denture Frameworks
Strong and lightweight frameworks for complete prosthetic constructions.
Custom Dental Structures
Supports complex prosthetic and restorative designs.
Compatible with Popular CAD/CAM Milling Systems
The standardized 98mm disc format ensures compatibility with most dental CAD/CAM milling machines, including:
- Open system milling units
- Laboratory milling centers
- Automated dental production systems
This universal compatibility makes integration simple and avoids workflow disruption.
Excellent Finishing and Polishing Characteristics
A high-quality dental restoration requires smooth finishing and aesthetic polish. This alloy disc allows:
- Easy polishing after milling
- Smooth surface finishing
- Enhanced restoration comfort
- Reduced plaque adhesion potential
- Improved long-term oral performance
Technicians benefit from easier finishing workflows while clinicians deliver better patient outcomes.
Why Dental Labs Prefer LODDEN Alloy Blocks
Dental professionals choose LODDEN discs due to their combination of:
- Material consistency
- Milling reliability
- Wide size selection
- Competitive cost-performance ratio
- Reliable delivery
- Quality certification
- Strong support network
These factors collectively improve production efficiency and restoration quality.
Economic Benefits for Dental Laboratories
Using high-quality milling materials reduces hidden operational costs, including:
- Reduced remakes
- Lower tool consumption
- Faster production cycles
- Improved workflow reliability
- Less material wastage
Over time, these efficiencies significantly enhance laboratory profitability.
Designed for the Future of Digital Dentistry
As digital dentistry continues to evolve, demand for reliable CAD/CAM materials grows. LODDEN continues advancing material technology to meet:
- Digital workflow requirements
- Advanced prosthetic designs
- Faster production demands
- Precision restorative expectations
This product aligns with the future of dental manufacturing.
Product Specifications Summary
- Brand: LODDEN
- Material: Cobalt-Chrome Alloy (Co-Cr)
- Disc Diameter: 98mm
- Thickness Options: 8–25mm
- Certification: CE Certified
- Application: Dental laboratory CAD/CAM milling
- Usage: Copings, dentures, crowns, bridges, implant restorations
- Compatibility: Standard CAD/CAM milling systems
Frequently Asked Questions
What is the primary use of this cobalt-chrome alloy disc?
It is used for CAD/CAM milling of dental restorations including copings, crowns, bridges, and denture frameworks.
Is the disc compatible with all milling machines?
It fits most CAD/CAM systems that support 98mm dental discs.
Why is cobalt-chrome alloy preferred in dentistry?
It offers strength, durability, corrosion resistance, and biocompatibility suitable for oral restorations.
What thickness should I choose?
Thickness selection depends on restoration type. Larger frameworks require thicker discs.
Does the material require special milling tools?
Standard tools designed for CoCr milling are recommended.
Is the disc safe for clinical use?
Yes, CE certification ensures safety and compliance.
Can it be used for implant frameworks?
Yes, it is suitable for implant-supported restorations.
Does milling produce smooth surfaces?
Yes, optimized alloy structure supports smooth machining.
Is polishing required after milling?
Yes, finishing and polishing improve final restoration quality.
How durable are restorations made from this material?
They provide long-term strength and structural stability.
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