Description

Electrochemical Polishing Machine

The Electrochemical Polishing Machine is a high-precision device designed for the controlled removal of surface metal layers, minimizing impacts on residual stress. This method allows for more accurate analysis in residual stress tests, ensuring proper sample preparation for measurements at different depths.

Operating Principle

The electrochemical polishing process involves the selective removal of material using a controlled electric current. This technique avoids the mechanical deformations associated with conventional polishing methods, providing more homogeneous surfaces for metallographic inspections and residual stress measurements.

Main Applications

• Surface preparation for residual stress measurements at different depths.
• Metal polishing without mechanical distortion or alteration of the microstructure.
• Metallographic testing on industrial components and laboratory samples.
• Analysis of parts subjected to welding, heat treatment, and plastic forming processes.

Technical Resources and Differentiators

• High-speed polishing rate: 100 μm removal in just 3 minutes.
• Selection of polishing methods: Adjust the process according to the working environment and sample requirements.
• Electronic current control: Ensures uniform and stable polishing over time.
• Digital timer: Allows you to precisely program and adjust the process duration.
• Minimize residual stress: Prevents structural changes and ensures reliable measurements.

Industrial and Laboratory Application

The Electrochemical Polishing Machine is widely used in industries and research laboratories that require precise control over metal surface preparation. Its electronic adjustment system and high removal rate make it essential for metallurgical analysis and residual stress measurements in various sectors.