उत्पादन तपशील
Owing to rich market experience, we are offering a widearray of Automatic Mounting Press. It is made with a finest grade of materials and cutting edge techniques. This press is used to handle small or odd shaped specimens. Automatic Mounting Press is also helpful to protect fragile materials and give a good edge retention. It is used when the protection of layers is imperative. It is easier to handle in automatic holders for further preparation steps.
Automatic Specimen Mounting press is pneaumatically operated user friendly, automatically operated with rigid construction, with interchangeable mould capability and complete enclosed body.
OVERVIEW:
- Mould cylinder Diameter - 1
- Mould heating - By band heater of 1000 watts, Thermocouple - PT-100
- Mould cooling arrangement - By water circulation around band heater assembly, operated through solenoid valve
- Control Panel - Temp. Controller to feed exact required current, Avoiding the temperature overshooting leading to heat treating of the sample, Setting of Temperature - (Heating, cooling), hold time, Auto cycle for heating, holding, cooling with buzzer indications for both cycles
- Standard Accessories - Powder pouring spoon, Bakelite Powder, Required Spanners
- Power Supply - 230 V AC 50 Hz
- Optional Spares and Consumables
- Mould cylinder 1 inch, 1.1/4 inch, 1.1/2, 2, Band heater element, Bakelite moulding powder, Mould release spray
Efficient Metallographic MountingDesigned for laboratories and industrial applications, this Automatic Mounting Press ensures rapid, accurate mounting of samples. The programmable operation, touch-screen controls, and rapid cycling streamline workflows, while the automatic cooling system keeps cycles efficient and consistent.
Advanced Safety and DurabilitySafety is prioritized through a secured locking mechanism and emergency stop switch. The durable body, crafted from stainless steel and high-grade heat-resistant alloy, offers robust performance and longevity even with repeated, high-temperature cycles.
User-Friendly Digital ExperienceAn easy-to-operate LCD digital display and touch screen panel provide intuitive control and monitoring. Program cycles, adjust settings, and supervise progress in real time, ensuring both convenience and precision for users at all expertise levels.
FAQ's of Automatic Mounting Press:
Q: How does the automatic mounting press streamline the specimen preparation process?
A: The press automates the mounting and pressing of metallographic specimens using a programmable cycle and digital controls, reducing manual steps and delivering consistent, high-precision results every cycle.
Q: What mold sizes and mounting capacities does this press support?
A: This machine accommodates either one or two molds at a time, with each mold supporting specimens of 30mm or 40mm diameters, offering flexibility for different laboratory requirements.
Q: When should I use the automatic mounting press during metallographic specimen preparation?
A: Use the mounting press after cutting and before grinding/polishing to encapsulate specimens in a stable molding compound, protecting edges for subsequent examination.
Q: Where is this mounting press ideally used?
A: The press is best suited for metallography labs, quality control departments, and research centers requiring reliable, repeatable sample mounting for microscopic analysis.
Q: What is the process for mounting with this press?
A: Place your specimen and molding compound into the mold. Set the desired parameters on the touch panel (temperature, pressure, time), then start the cycle. The machine heats, presses, automatically cools, and secures the sample.
Q: How do the safety features enhance user protection?
A: With a robust safety locking system and emergency stop switch, the machine prevents accidental opening during operation and allows immediate shutdown in case of emergencies, ensuring operator safety.
Q: What are the benefits of choosing this automatic mounting press over manual alternatives?
A: Benefits include faster cycle times, consistent quality, programmable operations, overheat protection, automatic cooling, and greater reliability, resulting in increased throughput and reduced user intervention.