MSE PRO Digital Metallographic Electropolishing & Etching System with Programmable Control

MSE PRO Digital Metallographic Electropolishing & Etching System with Programmable Control

Introduction

The MSE PRO Digital Metallographic Electropolishing & Etching System is an advanced electrochemical sample preparation solution designed for precise and damage-free surface finishing. By utilizing controlled electrochemical reactions, it enables rapid electropolishing and etching without introducing mechanical deformation, ensuring high-quality metallographic results.

With programmable control, high-precision voltage and current regulation, and integrated temperature and stirring systems, this unit is ideal for preparing non-ferrous metals, steels, and stainless steels in research laboratories, universities, and industrial quality control environments.

Key Features

• Dual Functionality – Combines electropolishing and electrochemical etching in a single system
• Programmable Touchscreen Control – Real-time display of voltage, current, and process curves
• Constant Voltage & Current Modes – Flexible operation with stable electrochemical conditions
• High Precision Control – Voltage accuracy up to 0.01 V and current accuracy up to 0.001 A
• Wide Output Range – Adjustable DC output up to 100 V and 6 A (customizable options available)
• Temperature-Controlled Operation – Maintains stable electrolyte temperature up to 100 °C
• Adjustable Processing Area – Interchangeable sample masks (15 mm, 20 mm, 30 mm) for controlled treatment areas
• Integrated Stirring System – Ensures uniform electrolyte distribution and consistent surface results
• Safety Protection – Built-in overvoltage, overheating, and power fluctuation protection
• External Cooling System – Cooling coil with external water connection for temperature stability
• Optional Software Integration – Supports advanced data acquisition and analysis via PC software

Specification

MSE supplies offers various metallographic equipment, please contact us for more information.