About Automatic Burnout Furnace
Automatic Burnout Furnace is engineered for melting varied precious metal clay & glass beads at high temperature. With great energy efficiency, this machine meets your metal melting task with high precision. It is effectively insulated that decreases heat loss into the chamber and leads to quicker heat-up. Outer body is made of 304 grade stainless steel that leads to sturdy construction and longevity. Size of Automatic Burnout Furnace is Inner 13x17x10", & outer 17x21x18", whereas operating voltage is 230V/ single phase / 50Hz 440V/3 Phase / 50Hz.
Technical Specifications
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Burnout Furnace Size
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Inner 13x17x10 Inch, Outer 17x21x18 Inch
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Outer Body Material
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Stainless Steel
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Operating Voltage
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230V/ single phase / 50Hz 440V/3 Phase /50Hz
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Material Grade
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304
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Precision Heating and Uniform ResultsThe furnace delivers exceptional thermal performance through Kanthal heating coils and advanced ceramic fiber insulation. Its accurate digital temperature controller guarantees consistent results by maintaining temperature within 1C, making it ideal for processes that demand high precision. The programmable controller and timer enhance process efficiency and reproducibility.
Robust Safety and Ease of OperationEquipped with multiple safety featuressuch as an over-temperature cutoff, insulated body, and automatic shut-offthe furnace ensures secure operation for users. The intuitive LED digital display, front-opening insulated door, and built-in cooling fan facilitate convenient, safe handling and faster cool-down times after cycles.
Versatility and Capacity for Industrial UseDesigned for a range of tasks from jewelry casting to laboratory burnout, the furnace accommodates up to 4 flasks (standard). Support for various flask sizes and adjustable chamber dimensions ensure compatibility for different applications, with both standard and customized sizes available to suit operational needs.
FAQs of Automatic Burnout Furnace:
Q: How does the automatic burnout furnace ensure precise temperature control during operation?
A: The furnace uses a digital microprocessor-based controller paired with Kanthal heating coils and ceramic fiber insulation. This combination maintains uniform heat distribution and ensures temperature accuracy within 1C, as displayed on the LED digital display.
Q: What safety features are integrated in the furnace for secure operation?
A: Safety is built into every aspect of this furnace. Features include over-temperature cutoff, an insulated body, automatic shut-off, and a front-opening insulated door. These mechanisms protect users and materials from overheating and accidental exposure to high temperatures.
Q: When is it most beneficial to use this automatic burnout furnace?
A: The furnace excels in environments requiring precise burnout processing, such as jewelry casting, dental laboratories, and various industrial tasks. Use it when uniform heating, fast processing, and high temperature accuracy are critical for quality results.
Q: Where can the furnace be installed, and what are its power requirements?
A: This unit is designed for industrial settings and laboratories, compatible with standard (220-240 V AC, 50/60 Hz) power supplies. Its compact dimensions (610 mm x 500 mm x 450 mm) allow flexible installation within professional workspaces.
Q: What is the operating process for this automatic burnout furnace?
A: Simply load compatible flasks (up to 150 mm diameter) into the chamber, set the desired temperature and time using the digital controller, and start the cycle. The programmable timer supports up to 99 hours, and the fully automatic operation manages heating, holding, and cooling sequences efficiently.
Q: How does the built-in cooling fan enhance the furnaces operation?
A: After the heating cycle, the built-in cooling fan accelerates the cool-down process of the chamber, reducing wait times and allowing safer, faster handling of flasks and processed items.
Q: What are the main advantages of using this furnace over conventional models?
A: Key benefits include programmable digital controls, high temperature uniformity, energy efficiency, superior safety features, and compatibility with various sizes and configurations. This results in improved productivity, reliable results, and enhanced operator safety.