Bodor Ceramic Ring for Fiber Laser Cutting Heads
Professional industrial-grade Bodor dedicated ceramic rings, essential core insulation consumables for all Bodor series fiber laser cutting heads. Designed to insulate the laser cutting head nozzle body, fix the optical assembly, and ensure stable electrical signal transmission for the capacitive sensor, our Bodor ceramic rings guarantee the normal operation of the laser cutting head height follow system.
We offer two professional models: High Power D31-M1 for high-power plane cutting and 3D-M8 for 3D robotic cutting. All products are manufactured with high-strength 99% alumina ceramic material for stable performance in demanding industrial laser cutting environments.
Key Advantages of Our Bodor Ceramic Rings
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Exclusive Bodor Dedicated Design: 1:1 perfect fit for all original Bodor series fiber laser cutting heads, including both high-power plane cutting and 3D robotic cutting dedicated models. Direct drop-in replacement with no additional debugging required—plug and play, fully compatible with all original Bodor laser cutting systems.
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Two Professional Application-Specific Models:
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High Power D31-M1: Optimized for high-power Bodor laser cutting machines with enhanced thermal shock resistance and insulation performance. Withstands long-term continuous high-power laser irradiation and resists cracking in thick plate cutting and high-intensity processing scenarios.
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3D-M8: Specially designed for Bodor 3D robotic laser cutting heads. Features a compact structure that avoids interference with workpieces during curved surface and irregular profile cutting, adapting seamlessly to complex 3D cutting paths.
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99% High-Purity Alumina Ceramic: Made from premium 99% high-purity alumina ceramic for exceptional mechanical strength, excellent electrical insulation, superior high temperature resistance and outstanding thermal shock resistance. Ensures stable electrical insulation performance and the accuracy of the capacitive height follow system.
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Built-in High-Quality Copper Electrode: Features a high-conductivity copper electrode with stable electrical signal transmission and strong welding fastness. Ensures long-term stable operation of the laser cutting head height follow system and reduces equipment failure rate.
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Ultra-High Precision CNC Machining: Strict dimensional tolerance control with smooth surface, no burrs and no impurities. Provides tight fit with the Bodor laser head body and copper nozzle, ensuring stable air pressure sealing and avoiding air leakage and cutting instability problems.
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Anti-Spatter & Anti-Oxidation Surface Treatment: Effectively resists erosion from cutting splash and high-temperature smoke. Resists dust and slag adhesion, is easy to clean, and delivers long service life, reducing replacement frequency and production costs.
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Broad Industrial Applicability: Suitable for all 1064nm Bodor fiber laser cutting machines. Compatible with 2D plane cutting, 3D robotic curved surface cutting and thick plate high-power cutting, widely used in various industrial fields.
Compatible Equipment & Available Models
Compatible Equipment
- All Bodor Series Fiber Laser Cutting Heads
- All Bodor 2D High-Power Fiber Laser Cutting Machines
- All Bodor 3D Robotic Fiber Laser Cutting Systems
- All Original and Compatible Bodor Laser Processing Equipment
Available Bodor Ceramic Ring Models (2 Options)
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High Power D31-M1: Standard model for most Bodor high-power 2D laser cutting heads
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3D-M8: Dedicated model for Bodor 3D robotic laser cutting heads
Custom Specifications Available: For custom sizes, special materials or other Bodor dedicated laser cutting consumables, please contact our sales team directly for personalized solutions.
Detailed Technical Specifications
| Parameter |
Specification |
| Brand |
Link Metal CNC |
| Compatible Brand |
Bodor |
| Product Type |
Fiber Laser Cutting Head Ceramic Insulation Ring |
| Model Options |
High Power D31-M1, 3D-M8 |
| Main Body Material |
99% High-Purity Alumina Ceramic |
| Electrode Material |
High-Conductivity Oxygen-Free Copper |
| Insulation Resistance |
≥1000MΩ |
| Applicable Wavelength |
1064nm |
| Applicable Power |
1000W - 30000W |
| Application Scenario |
High-Power 2D Cutting, 3D Robotic Cutting, Thick Plate Cutting |
Package Contents
- 1 x Selected Link Metal CNC Bodor Ceramic Ring
- 1 x Anti-Static Shock-Proof Protective Packaging
Quality Assurance
Every Link Metal CNC Bodor ceramic ring undergoes rigorous pre-delivery testing, including dimensional accuracy inspection, insulation performance test, electrode conductivity verification, installation fit inspection and pressure resistance test.
We maintain strict ISO 9001 quality control standards to ensure stable and reliable product performance. All our products come with professional pre-sales consultation and comprehensive after-sales support.
Frequently Asked Questions
Q: What is the difference between High Power D31-M1 and 3D-M8 ceramic rings?
A: High Power D31-M1 is designed for Bodor 2D high-power laser cutting heads (up to 30000W) and features enhanced thermal shock resistance for thick plate cutting. 3D-M8 is specifically designed for Bodor 3D robotic cutting heads with a compact structure to avoid interference during complex 3D cutting operations. They are not interchangeable.
Q: Which Bodor cutting heads use these ceramic rings?
A: High Power D31-M1 is compatible with most Bodor 2D cutting heads including BCL100, BCL150, BCL200 and BCL300 series. 3D-M8 is compatible with Bodor 3D series cutting heads including BCL3D and BCL3D Pro. If you are unsure, please contact our sales team with your cutting head model number.
Q: Can I use universal ceramic rings on my Bodor laser machine?
A: No, Bodor cutting heads use unique interface specifications that differ from standard universal ceramic rings. Using universal ceramic rings on Bodor equipment will result in poor fit, air leakage, unstable height follow performance and potential damage to your cutting head.
Q: How often should I replace my Bodor ceramic ring?
A: Under normal operating conditions, a Bodor ceramic ring should last 2-3 months. However, it should be replaced immediately if you notice any cracks, chips, or if the height follow system becomes unstable. Frequent collisions between the nozzle and workpiece will significantly shorten its service life.
Q: What causes ceramic rings to break in high-power cutting?
A: The most common causes of ceramic ring damage in high-power cutting are: 1) Thermal shock from sudden temperature changes; 2) Excessive air pressure; 3) Improper installation; 4) Collisions with workpieces. Always handle ceramic rings with care and follow proper installation procedures.
View our full range of laser cutting accessories including Bodor nozzles and protective lenses.
