This large-format mounting press stands out for its extra-large sample chamber, which can accommodate specimens up to φ120mm × 60mm, meeting the mounting requirements of most large industrial metal components. The dual heating zone design ensures uniform temperature distribution across the entire sample with an error margin of ±2°C, avoiding uneven mounting caused by local temperature differences. It supports both manual and automatic control modes, allowing users to switch between operation modes according to their testing needs. The cast iron body provides excellent stability during high-pressure mounting, while the stainless steel chamber ensures corrosion resistance and easy cleaning. The water-cooled cooling system reduces the post-mounting cooling time to 7-9 minutes per cycle, improving overall testing efficiency for large specimens.
The large-format metallographic mounting press has overall dimensions of 850mm in length, 620mm in width and 580mm in height, with a net weight of 65kg. It supports dual voltage options of 110V/220V at 50/60Hz, with a rated power of 2000W. The maximum pressing pressure ranges from 0 to 6000 psi, and the maximum heating temperature can reach 200°C, supporting the use of most common mounting materials. It can accommodate a maximum sample size of φ120mm × 60mm, and each batch can process up to 2 specimens simultaneously. The dual heating zone system ensures that the temperature difference across the entire sample chamber is within ±2°C, providing consistent mounting quality for large-size specimens, and the detachable chamber liner makes cleaning and maintenance quick and convenient.
This large-format metallographic mounting press is primarily suitable for large metal processing factories, heavy machinery manufacturing quality control departments, aerospace component testing centers, and metallurgical industry research institutes. It is ideal for mounting large-scale industrial castings, heavy metal plates, mechanical shaft components, and large ceramic samples for subsequent microscopic observation, hardness testing and failure analysis. It is a core equipment for industrial quality control and material research that requires mounting large-size specimens, providing reliable sample preparation support for the production and testing of large mechanical components.
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