Tebis AutoMill Efficient Automatic Machining Technology
Tebis AutoMill is a high-performance CAM (Computer-Aided Manufacturing) technology that enables the automation of mold manufacturing and parts machining. This technology utilizes proprietary algorithms to automatically generate machining paths, minimizing human error. It specializes in machining parts with complex geometries and high precision requirements, achieving short lead times and high quality. It is particularly utilized in various industries such as automotive, aerospace, and home appliances.
■ Features
Automated Machining Path Generation: Reduces manual operations by skilled technicians and improves work efficiency.
Consistent Machining Quality: Suppresses quality variations through precise machining based on programs.
High Precision Capability: Ideal for machining that requires micron-level precision.
Flexible User Settings: Easily configure machining parameters tailored to individual projects.
Time Reduction: Reduces machining program creation time by up to 50% compared to conventional manual machining.
■ Application Examples
Automotive Parts Manufacturing: Utilized for high-precision machining of engine components and exterior parts.
Aerospace Industry: Adopted for machining processes of parts requiring lightweighting and strength.
Electronics Industry: Production of enclosures emphasizing design and precision components.
■ Applications
Mold manufacturing (plastic injection molds, press molds)
Production of precision mechanical parts
Machining of complex 3D geometries
By implementing Tebis AutoMill, you can streamline your machining processes and achieve improved precision and quality. We encourage you to leverage it for your company's production processes.
■ Please feel free to contact us for more details.
CONTACT
Contact FormCompany Information
CAD-CAM / 3D Scanner
WISE ENGINEERING SERVICE CO., LTD. provides innovative engineering and manufacturing solutions for aerospace, automotive, and consumer industries, ensuring client satisfaction with high-value results.