High-Precision Cutting
Tool Material Comparison and Durability Testing
We offer high-precision cutting tools specifically developed for dental applications, capable of handling various material types such as zirconia, PMMA, wax, and glass ceramics. During cutting, they maintain stable performance and preserve fine details. Each tool is meticulously designed and tested to balance cutting efficiency with surface finish quality, ensuring consistent results even for complex structures and delicate restorations. High-wear-resistant materials and patented blade angle designs not only extend tool lifespan but also reduce costs and downtime caused by frequent replacements, helping dental labs and clinics enhance overall productivity.
Common Causes of Wear and Maintenance Recommendations
Common Causes of Wear
Cutting tools can wear or break after prolonged use due to excessive cutting speed, improper feed rates, high material hardness, or insufficient cooling. Additionally, using tools incompatible with the material can significantly shorten their lifespan.
Maintenance Recommendations
To extend tool life, regularly inspect the blade condition and select the appropriate tool for each material. Keep equipment clean to prevent residue from accumulating and adhere to correct cutting parameters to avoid overuse. Proper replacement and storage of tools not only ensure consistent processing quality but also help reduce operational costs.
01
Regular Inspection
It is recommended to regularly check the cutting edges for wear, chipping, or dullness. Timely replacement helps maintain processing quality and reduces the risk of material waste.
02
Proper Usage
Use the appropriate tool and cutting parameters for each material. Avoid excessive feed rates or incorrect spindle speeds to effectively extend tool life.
03
Cleaning and Storage
Keep tools dry and clean. Remove dust and debris after use, and store them in dedicated cases to prevent moisture or impact damage.