
Metallographic Sample Grinding and Polishing Machine | High-Precision Specimen Preparation Equipment by Mikrosize
If you’re shopping for reliable lab gear for material analysis, our metallographic polishing machine from Mikrosize delivers industry-leading precision, stable performance and user-friendly operation for daily metallurgical specimen preparation. As a trusted manufacturer of laboratory testing instruments, we engineered this unit to meet the strict standards of modern metallography labs, quality inspection workshops and material research institutes worldwide.
Durable Corrosion-Resistant Machine Body
The whole frame adopts integrated molded ABS material, featuring a sleek, modern look paired with outstanding anti-corrosion performance. It stands up to long-term exposure to grinding coolant, abrasive dust and humid lab environments, drastically extending service life. Built-in advanced microcontroller logic ensures every grinding and polishing procedure runs with consistent accuracy and excellent repeatability—an essential advantage for routine metallographic specimen preparation.
Intuitive HD Touchscreen Control & Flexible Disc Parameters
Operating this metallographic grinder polisher couldn’t be simpler, thanks to its high-definition LCD touch control panel. All working parameters display in real time on screen, with straightforward navigation menus suitable for both new lab technicians and experienced metallurgists.Key adjustable disc functions include:
- Stepless variable speed regulation: Freely adjust rotation speed to match different metal, alloy and composite materials at every grinding stage
- Reversible disc rotation: Switch clockwise/counter-clockwise rotation to optimize surface finish for diverse test samples

Low-Noise High-Torque Maglev Drive Core
At the core of our lab metallographic grinding polishing machine sits a premium maglev motor with three standout strengths: powerful torque, ultra-long service lifespan and near-silent running.The strong torque accelerates material removal during rough grinding, while smooth steady rotation guarantees scratch-free mirror surfaces in final polishing steps.We added a fully leak-proof spindle structure as standard configuration. This design blocks coolant, water and grinding debris from seeping into internal bearings, cutting down component wear and lowering regular maintenance costs. Integrated circulating cooling pipelines support full wet grinding processing, effectively eliminating thermal damage to specimens and washing away abrasive residues continuously.
-300x223.jpg)
Time-Saving Magnetic Quick-Change Dual Disc System
One of our most competitive upgrades is the patented magnetic grinding disc system. The large cast aluminum work plate is embedded with high-strength magnets, enabling instant, tool-free replacement of sandpaper and polishing cloths.Both the disc surface and backing pad are coated with non-stick Teflon layer to stop abrasive buildup, keeping swap operations clean and fast.Equipped with dual independent workstations, this dual disk metallographic polisher allows simultaneous two-stage processing: mount coarse abrasive paper on one side for rough grinding, fit fine polishing cloth on the other side for mirror finishing. Operators complete full specimen workflows on one single machine without frequent media swaps, greatly boosting lab testing throughput.
All-in-One Solution for Material Science Laboratories
Mikrosize’s metallographic sample prep machine counts as core measuring and testing equipment for material science labs, metallurgy factories and QC departments. Simply switch abrasive media to finish the complete workflow: rough grinding → fine grinding → mirror polishing for all metal test specimens.Combining heavy-duty construction, premium internal components and human-centered industrial design, this precision metallographic polishing equipment remains the most stable, cost-effective choice for standardized metallographic sample preparation, producing flawless specimens for high-resolution microscopic metallurgical analysis.
-150x150.jpg)







