A pneumatic metallographic mounting machine prepares specimens for metallographic analysis by encasing them in a durable medium. These machines automate the process of embedding samples in a mounting compound, typically using heat and pressure, aligning with ASTM metallographic standards and ISO mounting procedures. The machine has pneumatic controls that ensure consistent and repeatable mounting results. Key features include automatic heating, pressurizing, and cooling systems, which help to produce high-quality mounts with minimal user intervention. Using pneumatic pressure allows for precise control over the hot compression mounting process, improving the reproducibility and reliability of the samples prepared.
Applications
Pneumatic metallographic mounting machines are widely used in laboratories to prepare metallographic specimens. Their applications include:
- Material Science: Preparing samples for microstructural analysis using hot compression mounting and cold mounting systems.
- Quality Control: Ensuring the consistency and quality of manufactured materials in compliance with ASTM metallographic standards.
- Failure Analysis: Encasing failed components for a detailed examination to understand the root cause of failures.
- Research and Development: Developing new materials, studying their properties, and benefiting from precise ISO mounting procedures.
- Education: Using metallographic specimen preparation tools to teach material preparation techniques in academic settings.
These metallographic mounting machines are essential in any setting where accurate and reproducible metallographic analysis is required. They provide a reliable means to prepare samples for microscopic examination, utilizing epoxy mounting techniques for optimal specimen stabilization. Integrating automatic mounting equipment and high-pressure mounting systems into laboratories ensures high-quality specimen preparation while adhering to DIN specimen preparation standards. The use of a compression mounting machine further enhances the reliability of metallographic studies, making it indispensable for both academic and industrial applications.
| Sample diameter : | Ø30 mm |
| Heating temperature : | 0-200℃ |
| Heating time : | 0~99 min 99s |
| Cooling time: | 0~99 min 99s |
| Cooling method : | Water |
| Machine power : | 1000W |
| Air Pressure: | 0.4-0.7Mpa |
| Power supply : | Single phase AC 220V, 50Hz |
| Dimension | 4:35× 520× 605 (mm) |
| Weight : | 77kg |
- Automatic heating and cooling system
- Pneumatic pressure control for consistent mounting
- Digital display for temperature and time settings
- Easy-to-use interface with programmable parameters
- Compact design suitable for laboratory environments
- Various mold sizes (e.g., 25mm, 30mm, 40mm)
- Cooling water inlet and outlet hoses
- Mounting compound containers
- User manual and maintenance tools
- Spare fuses and sealing rings
Secure and Protective Packaging:
- Each item is enveloped in air bubble film before being placed in wooden cases.
- Our packaging offers excellent shock absorption, impact resistance, and heat sealing, while also being non-toxic, odorless, and resistant to moisture corrosion.
Customer Care and Support:
In case you encounter any issues during the testing process, we guarantee a response within 48 hours and a solution within 3 working days. Our support includes:
- Operation video and English manual assistance.
- Video conferencing for remote support.
- On-site service available upon request, with transportation and travel expenses to be covered by the customer.