Your VMC is capable of delivering high precision and productivity, but only if it’s used smartly. Many auto component manufacturers face losses not because of poor machines, but because of inefficient processes. Learn the 7 common VMC mistakes that reduce accuracy and productivity.
7 Most Common Mistakes of Manufacturers While Using VMC:
Wastage of Time in Loading and Unloading Components
Every time you stop the spindle to load or unload a component, your machine isn’t earning its idle time.
Multiply that idle time by dozens of parts a day, and you’ll realize how many productive hours are being lost in just waiting and handling.
Solution: Integrate a CNC Rotary table or a CNC rotary Production System that allows multiple components to be clamped and machined in a single setup. It minimizes downtime, automates workflow, and keeps your VMC cutting continuously.
Component Rejection Due to Inaccuracy
Manual alignment and re-fixturing often result in inconsistent positioning and dimensional errors.
Even a few microns of inaccuracy can lead to costly part rejections, rework, and wasted material directly hitting your profit margins.
Solution: Add a 4th Axis Rotary Table for precise, repeatable positioning and angular accuracy. It ensures consistent results and eliminates rejections caused by human error.
Wastage of Time in Fixture Changing
Constantly removing and refitting component for different operations eats up hours of machine time.
While your team spends time on fixture setups, your competitors are producing more parts with less effort.
Solution: Tilting Rotary Table allows multi-face machining in 5 sides in one setup. You can easily access multiple angles without changing fixtures — saving time and boosting output.
Uncertainty of Business Due to Competition and Technology Changes
Market competition and fast-changing technology make it hard to stay profitable with outdated setups.
You may start losing projects to others who deliver faster, more accurate machining using advanced systems.
Solution: Upgrade your VMC with modern rotary solutions like 4th Axis or Tilting Rotary Tables. You’ll achieve multi-axis machining capability without buying a new machine — keeping you technologically ahead.
Wastage of Time in Tool Change
Frequent tool changes and repositioning interrupt smooth machining flow.
Each tool change adds minutes to your cycle time, reducing the number of parts you can produce per shift.
Solution: By integrating a rotary setup, you can optimize tool paths, reduce unnecessary repositions, and maintain continuous machining. It’s smarter, faster, and more efficient.
Low Profit Margins Due to High Operational Costs
Manual setups, long cycle times, and rejections lead to higher operating costs and lower profit margins.
Even with full workloads, your profit may shrink if machines spend more time preparing than cutting.
Solution: Invest in Rotary Production Systems or 4th Axis Rotary Tables. They cut down on human intervention, reduce power wastage, and increase machine output — improving your ROI without major investment.
Wastage of Time in Axes Movements While Machining
Conventional 3-axis machining demands multiple linear movements and tool repositions, which slow down operations.
The more time your machine spends moving instead of cutting, the less productive your cycle becomes.
Solution: Tilting Rotary Table minimizes unnecessary axis travel. It allows the workpiece to tilt and rotate, enabling faster machining at complex angles with better surface finish and reduced machining time.
Every one of these problems drains your machine’s true potential.
But with the right rotary integration, you can:
1. Cut cycle time
2. Improve accuracy
3. Increase production
4. Reduce operating costs and more
Your VMC doesn’t need replacement; it needs reinvention. Smart upgrade with 4th Axis Rotary Table, Tilting Rotary Table, or Rotary Production System can transform your existing machine into a high-efficiency, multi-axis powerhouse.
Call us Now: +919560500384
Email: marketing@kuvamtechnologies.com
Visit: www.kuvamtechnologies.com




