VMC Rotary Axis
VMC Rotary Axis
Precision Machining with Rotary Axis Capability
Kotran Engineering provides VMC Rotary Axis machining solutions for components requiring rotary positioning, multiple machining faces, and accurate machining of complex features.
Our capabilities support rotary-axis machining, multi-face machining, complex component machining, angled feature machining, prototype machining, and production machining based on customer requirements.
We work with customer drawings, CAD models, samples, and specifications, selecting suitable machining and positioning approaches according to the component geometry.
Our focus is on dimensional accuracy, precise positioning, machining quality, and practical manufacturing.
Our Capabilities
Our VMC Rotary Axis Capabilities
01
PRECISION
Precision Rotary Axis Machining
Precision machining using rotary-axis positioning for components requiring accurate machining across different faces.
02
MULTI-FACE
Multi-Face Machining
Machining of multiple component faces using rotary positioning and suitable machining setups.
03
COMPLEX
Complex Component Machining
Machining of components with complex geometries and multiple features requiring controlled positioning.
04
ANGLED
Angled Feature Machining
Machining of angled surfaces and features using suitable rotary-axis positioning.
05
POSITIONING
Rotary Positioning
Accurate rotary positioning for components requiring controlled orientation during machining operations.
06
PROTOTYPE
Prototype Machining
Machining support for prototype components requiring rotary-axis positioning and accurate machining.
07
PRODUCTION
Production Machining
Machining support for production components requiring rotary-axis positioning and consistent machining.
08
CUSTOM
Custom Rotary Axis Machining
Custom machining based on customer drawings, CAD models, component geometry, and specific requirements.
Our Process
A Smarter Approach to VMC Rotary Axis Machining
At Kotran Engineering, our VMC Rotary Axis process begins with understanding the component geometry, drawing, CAD model, and machining requirements. We then plan the suitable rotary positioning and machining approach before machining and completing the component.
Understand the Requirement
We review the customer drawing, CAD model, component geometry, and machining requirements.
Plan the Machining Approach
We determine the suitable rotary positioning, workholding, and machining sequence.
Machine the Component
The component is machined using suitable VMC and rotary-axis operations.
Complete the Component
The component is completed according to the required dimensions, features, and specifications.