Wenzhou Euma Machinery Co.,ltd

The EUMASEIKI UV Series represents a strategic breakthrough in 5-axis CNC machining centers, offering high-end synchronous control without the prohibitive costs typically associated with 5-axis upgrades. By utilizing a high-precision tilting rotary table (trunnion style), this series allows for the simultaneous movement of the workpiece along the X, Y, and Z axes while rotating and tilting. This "one-setup" philosophy enables the machining of complex geometries, undercuts, and inclined surfaces that are impossible for traditional 3-axis machines to handle.

Designed for industries requiring extreme precision—such as aerospace, medical, and mold making—the UV series delivers unmatched advantages: superior surface finishes, reduced setup times, and minimized tool wear through optimized cutting angles. Despite its powerful capabilities, the machine features a compact footprint, making it an ideal choice for facilities looking to maximize production density without sacrificing structural rigidity or dynamic speed.

Key Performance Characteristics
5-Axis Synchronous Control: Precision handling of complex shapes and slanted surfaces in a single setup.

Rigid & Stable Architecture: Built for high-speed machining with a robust frame that suppresses vibration.

Dynamic Efficiency: High spindle acceleration, rapid feed rates, and fast tool change cycles for maximum throughput.

Optimized Workspace: A high ratio of workpiece volume relative to machine travel, ensuring versatility for larger parts.

Linear Axis Precision: Three high-rigidity linear axes (X, Y, Z) ensure dynamic accuracy during rapid directional changes.

Integrated Chip Management: Efficient chip evacuation system built directly into the bed structure to maintain cleanliness and thermal stability.

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EUMASEIKI UV Series | 5-Axis Tilting Rotary Table Machining Center
The EUMASEIKI UV Series represents a strategic breakthrough in 5-axis CNC machining centers, offering high-end synchronous control without the prohibitive costs typically associated with 5-axis upgrades. By utilizing a high-precision tilting rotary table (trunnion style), this series allows for the simultaneous movement of the workpiece along the X, Y, and Z axes while rotating and tilting. This "one-setup" philosophy enables the machining of complex geometries, undercuts, and inclined surfaces that are impossible for traditional 3-axis machines to handle.

Designed for industries requiring extreme precision—such as aerospace, medical, and mold making—the UV series delivers unmatched advantages: superior surface finishes, reduced setup times, and minimized tool wear through optimized cutting angles. Despite its powerful capabilities, the machine features a compact footprint, making it an ideal choice for facilities looking to maximize production density without sacrificing structural rigidity or dynamic speed.

Key Performance Characteristics
5-Axis Synchronous Control: Precision handling of complex shapes and slanted surfaces in a single setup.

Rigid & Stable Architecture: Built for high-speed machining with a robust frame that suppresses vibration.

Dynamic Efficiency: High spindle acceleration, rapid feed rates, and fast tool change cycles for maximum throughput.

Optimized Workspace: A high ratio of workpiece volume relative to machine travel, ensuring versatility for larger parts.

Linear Axis Precision: Three high-rigidity linear axes (X, Y, Z) ensure dynamic accuracy during rapid directional changes.

Integrated Chip Management: Efficient chip evacuation system built directly into the bed structure to maintain cleanliness and thermal stability.

Model Technical Advantages
Feature Benefit
Tilting Rotary Table Enables 5-sided machining and full 5-axis contouring with high load capacity.
Compact Design Reduced floor space requirements while maintaining a large work envelope.
Fixed Column Design Enhances rigidity for the 3 linear axes, ensuring high-speed stability.
Cost-Effective 5-Axis Reliable quality and high precision at a significantly lower entry cost.
Applications
Aerospace Components: Impellers, blisks, and structural brackets.

Medical Implants: Complex orthopedic joints and surgical instruments.

Mold & Die: Intricate core and cavity inserts with deep undercuts.

Automotive Engineering: High-performance engine parts and specialized housings.