BOCI CERAMIC RING D41 H34 M11

Product Details

Product Name: BOCI Ceramic Ring D41 H34 M11Brand: BOCIMaterial: High-Purity Industrial CeramicOuter Diameter (D): 41 mmHeight (H): 34 mmMounting / Inner Size (M): 11 mmColor: White / Off-White (Standard)Surface Finish: Precision PolishedUsage/Application: Laser Cutting Machine / Industrial MachineryCountry of Origin: Imported Product Description:We are offering premium quality BOCI Ceramic Ring D41 H34 M11, specially designed for use in laser cutting machines. This ceramic ring is manufactured from high-grade ceramic material to provide excellent heat resistance, electrical insulation, and long service life. It ensures stable nozzle positioning and improves cutting accuracy and machine performance. Key Features: High temperature resistance Excellent electrical insulation Precise dimensions for perfect fit Long-lasting and wear-resistant Enhances laser cutting stability and quality Low maintenance requirement Suitable For: Fiber Laser Cutting Machines Laser Head Assemblies Industrial Laser Equipment Packaging Type: Box / Standard Export PackingMinimum Order Quantity: As per requirementDelivery Time: Ready Stock / As per order

Company Details

---

Company video

Lantern Laser Tools and Technology is a Rajkot, Gujarat-based manufacturer and supplier of laser machine components designed to support precision, efficiency, and reliable performance in industrial applications. We specialize in Laser Lenses, Focus Lenses, Laser Nozzle, and Laser Process Heads, catering to the requirements of businesses involved in laser cutting, fabrication, metal processing, and other manufacturing operations.

Our focus is on providing components that contribute to accurate laser processing, consistent results, and smooth machine operation. We understand the importance of dependable components in industrial environments, where precision and productivity play a significant role in daily operations. Accordingly, we aim to offer practical solutions that meet the diverse requirements of customers using laser-based machinery.