Industrial Furnaces

Product Details:

• VBCC's Microwave Furnace Computerized Model redefines precision and control in thermal processing applications. This advanced furnace integrates cutting-edge computerized technology, providing users with unparalleled automation and programmability for precise temperature and heating control.
• Designed for efficiency and ease of use, the Computerized Model allows users to program and monitor the entire thermal process with accuracy. The integration of computerized controls ensures consistent and repeatable results, making it an ideal solution for applications demanding high precision and reproducibility.
• With a user-friendly interface, the Computerized Model simplifies the complexities of thermal processing, offering features such as programmable heating profiles, real-time monitoring, and automated data logging. This level of automation not only enhances operational efficiency but also allows researchers and industries to achieve a new level of control over their thermal processes.
• VBCC's Microwave Furnace Computerized Model stands as a testament to the company's commitment to technological innovation. It combines the benefits of microwave heating with advanced computerized controls, providing users with a state-of-the-art solution that transforms the landscape of precision thermal processing.

Product Details:

• VBCC's Top Hat Furnace is a specialized high-temperature furnace designed for applications that demand controlled heat treatment processes. With its distinctive 'top hat' design, this furnace provides uniform heating and precise temperature control, making it suitable for various thermal treatments, including annealing and other industrial processes.
• Key Features:
• 1. Top Hat Design:

  The furnace features a unique 'top hat' design, allowing for efficient heat distribution and uniformity across the workpiece. This design enhances the overall performance of the furnace in achieving consistent and reliable heat treatment results.

• 2. Precise Temperature Control:

  Equipped with advanced temperature control systems, the Top Hat Furnace ensures accurate and consistent temperature levels during the heat treatment process. This precision is essential for achieving desired material properties.

• 3. Uniform Heating Across Workpiece:

  The top hat configuration promotes uniform heating across the entire workpiece, minimizing temperature variations and ensuring even heat distribution. This is crucial for preventing thermal stresses and achieving consistent results.

• 4. Customizable Heating Profiles:

  Users have the flexibility to customize heating profiles based on specific heat treatment requirements. This adaptability allows for the optimization of temperature cycles to achieve desired material characteristics.

• 5. Versatility in Applications:

  The Top Hat Furnace is versatile and suitable for a range of high-temperature applications, including annealing, tempering, and other thermal treatments across different industries.

• 6. High-Temperature Capability:

  Designed to operate at high temperatures, the furnace can accommodate various heat treatment processes that require elevated temperature ranges, ensuring its applicability to diverse materials and applications.

• 7. Energy Efficiency:

  The furnace may incorporate energy-efficient features to optimize heat transfer and minimize energy consumption, contributing to sustainable and cost-effective operation.

• 8. Safety Features:

  Advanced safety features, such as temperature monitoring, alarms, and emergency shut-off systems, ensure the secure operation of the furnace, safeguarding both personnel and materials.

• VBCC's Top Hat Furnace stands as a testament to the company's commitment to providing advanced thermal processing solutions. Its unique design, precise temperature control, and versatility make it a reliable choice for industries requiring controlled heat treatment environments.

Product Details:

• VBCC's Box Type Vacuum Furnace with a maximum temperature of 1200°C is a sophisticated thermal processing solution designed for controlled environments. Engineered for precision and adaptability, this furnace offers a vacuum atmosphere, making it suitable for processes requiring a low-pressure environment, such as sintering, brazing, and heat treatment.
• With its temperature capability of up to 1200°C, the Box Type Vacuum Furnace provides researchers and industries with a versatile platform for high-temperature applications. The vacuum atmosphere ensures the absence of reactive gases, preventing unwanted reactions and ensuring the purity of the thermal processing environment.
• The box-type design allows for a spacious chamber, accommodating various sample sizes and configurations. User-friendly controls facilitate precise adjustments and programmable heating profiles, offering flexibility for different thermal processing needs. The robust construction of the furnace ensures durability and consistent performance in vacuum conditions.
• Whether used in research laboratories or industrial settings, VBCC's Box Type Vacuum Furnace at 1200°C stands as a reliable and efficient tool for achieving precise and controlled high-temperature thermal processing in a vacuum atmosphere.

Product Details:

• VBCC's Thermal Cycling Furnace with a maximum temperature of up to 1800°C is a sophisticated solution designed for controlled temperature cycling in thermal processing. Engineered for precision and reliability, this furnace is ideal for applications requiring repeated temperature variations, such as thermal fatigue testing, materials characterization, and advanced research.
• With its remarkable temperature capability, the Thermal Cycling Furnace up to 1800°C provides a versatile platform for studying materials' responses to varying temperature conditions. The controlled cycling feature is crucial for simulating real-world scenarios and understanding the thermal behavior of materials under dynamic conditions.
• User-friendly controls facilitate precise adjustments and programmable temperature cycling profiles, offering flexibility for different thermal processing needs. The robust construction ensures durability and consistent performance throughout extended cycling operations.
• Whether for research laboratories or industrial applications, VBCC's Thermal Cycling Furnace up to 1800°C stands as a dependable and efficient tool for exploring the effects of temperature variations on materials, contributing to advancements in material science and thermal analysis.

Product Details:

We are engaged in offering this product to our clients. Our range of all products is widely appreciated by our clients.

Product Details:

• VBCC's Chemical Vapor Deposition (CVD) Furnace at 1200°C is an advanced thermal processing solution, meticulously designed for precise deposition of thin films and coatings. This state-of-the-art furnace operates on the principle of chemical vapor deposition, enabling the controlled growth of materials on substrates with exceptional uniformity.
• With a maximum operating temperature of 1200°C, this CVD furnace creates an optimal environment for a wide range of deposition processes, including the synthesis of semiconductor materials, protective coatings, and advanced thin films. The furnace's robust construction ensures durability and longevity, making it a reliable tool for research laboratories and industries engaged in cutting-edge material science applications.
• Equipped with sophisticated controls, the VBCC CVD Furnace provides users with the flexibility to tailor deposition parameters, ensuring reproducibility and precision in material synthesis. Whether utilized for academic research or industrial applications, VBCC's CVD Furnace at 1200°C stands as a testament to innovation, contributing to advancements in materials engineering, electronics, and nanotechnology.

Product Details:

• VBCC's Lab Roller Hearth Furnace is a specialized high-temperature furnace designed for laboratory-scale heat treatment applications. With its roller hearth design, this furnace provides uniform heating and precise temperature control, making it suitable for various research and development processes.
• Key Features:
• 1. Roller Hearth Design:

  The furnace features a roller hearth configuration, allowing for the continuous movement of samples through the heating zone. This design ensures uniform heating and efficient processing of materials in a laboratory setting.

• 2. Precise Temperature Control:

  Equipped with advanced temperature control systems, the Lab Roller Hearth Furnace ensures accurate and consistent temperature levels during heat treatment processes. This precision is crucial for achieving reliable and repeatable results in laboratory experiments.

• 3. Continuous Processing:

  The roller hearth design facilitates continuous processing of samples, enabling researchers to study the effects of prolonged exposure to elevated temperatures. This feature is beneficial for various research applications.

• 4. Customizable Heating Profiles:

  Researchers have the flexibility to customize heating profiles based on specific experimental requirements. This adaptability allows for the optimization of temperature cycles to study material behaviors and characteristics.

• 5. Versatility in Laboratory Applications:

  The Lab Roller Hearth Furnace is versatile and suitable for a range of laboratory-scale applications, including sintering, annealing, and other heat treatment processes. Its compact size makes it ideal for research settings.

• 6. High-Temperature Capability:

  Designed to operate at high temperatures, the furnace can accommodate various laboratory-scale heat treatment processes that require elevated temperature ranges.

• 7. Energy Efficiency:

  The furnace may incorporate energy-efficient features to optimize heat transfer and minimize energy consumption, contributing to sustainable and cost-effective operation in laboratory environments.

• 8. Safety Features:

  Advanced safety features, such as temperature monitoring, alarms, and emergency shut-off systems, ensure the secure operation of the furnace, providing a safe working environment for laboratory personnel.

• VBCC's Lab Roller Hearth Furnace reflects the company's dedication to providing advanced thermal processing solutions for laboratory research. With its roller hearth design, precise temperature control, and versatility, this furnace serves as a valuable tool for researchers exploring the effects of heat treatment on various materials.

Product Details:

VBCC's advanced dental furnace features adjustable vacuum settings for precise thermal processing of dental materials, complemented by an intuitive touch-screen HMI that stores multiple temperature profiles for streamlined operation. Safety is prioritized with input and output fuses, while premium insulation materials ensure optimal thermal efficiency. Customizable lift positions facilitate pre-drying and controlled cooling of dental work, and high-quality APM Kanthal heating elements deliver consistent performance. The double-wall stainless steel casing with integrated fans ensures efficient cooling. Built from robust stainless steel for durability, the furnace also includes a user-friendly flap mechanism and optional wheels for easy mobility.                

Product Details:

• VBCC's Lab Roller Hearth Furnace is a specialized high-temperature furnace designed for laboratory-scale heat treatment applications. With its roller hearth design, this furnace provides uniform heating and precise temperature control, making it suitable for various research and development processes.

Product Details:

• VBCC's Hybrid Microwave Furnace stands as a pioneering solution, seamlessly merging conventional and microwave heating technologies to offer unmatched versatility in thermal processing. This innovative furnace is designed for applications that demand adaptive and dynamic heating methods, providing users with the flexibility to choose between conventional and microwave heating based on specific process requirements.
• The Hybrid model inherits the precision and reliability of microwave heating while introducing the adaptability of conventional methods. This unique combination empowers users to tailor the heating approach to different stages or characteristics of their processes, optimizing overall efficiency.
• Engineered for diverse thermal processing needs, the Hybrid Microwave Furnace is a sophisticated solution for researchers and industries requiring the best of both heating technologies. With a robust construction and advanced features, it exemplifies VBCC's commitment to providing cutting-edge solutions that adapt to the evolving demands of thermal processing applications. The Hybrid Microwave Furnace signifies a new era of flexibility, efficiency, and precision in thermal operations, where innovation meets adaptability for optimal performance

Product Details:

VBCC's advanced dental furnace is designed for precision and efficiency, featuring automatic temperature adjustments before each program start and real-time temperature and vacuum control. It includes power failure protection and customizable vacuum settings for optimal results. The lift mechanism offers adjustable speed and positions for pre-drying and slow cooling, with fast cooling capabilities to quickly reach standby temperatures. High-quality APM Kanthal heating elements ensure uniform heating, while automatic temperature calibration enhances accuracy. superior insulation materials provide excellent performance and energy efficiency, making this furnace ideal for professional dental applications.                                                                                                         

Product Details:

• VBCC's Lab Roller Hearth Furnace is a specialized high-temperature furnace designed for laboratory-scale heat treatment applications. With its roller hearth design, this furnace provides uniform heating and precise temperature control, making it suitable for various research and development processes.
• Key Features:
• 1. Roller Hearth Design:

  The furnace features a roller hearth configuration, allowing for the continuous movement of samples through the heating zone. This design ensures uniform heating and efficient processing of materials in a laboratory setting.

• 2. Precise Temperature Control:

  Equipped with advanced temperature control systems, the Lab Roller Hearth Furnace ensures accurate and consistent temperature levels during heat treatment processes. This precision is crucial for achieving reliable and repeatable results in laboratory experiments.

• 3. Continuous Processing:

  The roller hearth design facilitates continuous processing of samples, enabling researchers to study the effects of prolonged exposure to elevated temperatures. This feature is beneficial for various research applications.

• 4. Customizable Heating Profiles:

  Researchers have the flexibility to customize heating profiles based on specific experimental requirements. This adaptability allows for the optimization of temperature cycles to study material behaviors and characteristics.

• 5. Versatility in Laboratory Applications:

  The Lab Roller Hearth Furnace is versatile and suitable for a range of laboratory-scale applications, including sintering, annealing, and other heat treatment processes. Its compact size makes it ideal for research settings.

• 6. High-Temperature Capability:

  Designed to operate at high temperatures, the furnace can accommodate various laboratory-scale heat treatment processes that require elevated temperature ranges.

• 7. Energy Efficiency:

  The furnace may incorporate energy-efficient features to optimize heat transfer and minimize energy consumption, contributing to sustainable and cost-effective operation in laboratory environments.

• 8. Safety Features:

  Advanced safety features, such as temperature monitoring, alarms, and emergency shut-off systems, ensure the secure operation of the furnace, providing a safe working environment for laboratory personnel.

• VBCC's Lab Roller Hearth Furnace reflects the company's dedication to providing advanced thermal processing solutions for laboratory research. With its roller hearth design, precise temperature control, and versatility, this furnace serves as a valuable tool for researchers exploring the effects of heat treatment on various materials.

Product Details:

• VBCC's PIT (Positive Temperature Coefficient) Furnace with a maximum temperature of up to 1800°C is an advanced thermal processing solution designed for precision and efficiency. The PIT design allows for tight control over temperature variations, making it ideal for applications such as annealing, sintering, and materials synthesis.
• With its impressive temperature capability, the PIT Furnace up to 1800°C provides researchers and industries with a versatile platform for high-temperature processes. The positive temperature coefficient design ensures stable and accurate temperature control, contributing to consistent and reliable results in thermal processing.
• User-friendly controls enable precise adjustments and programmable heating profiles, enhancing flexibility for different thermal processing needs. The robust construction of the PIT Furnace ensures durability and consistent performance throughout a range of applications.
• Whether used in research laboratories or industrial settings, VBCC's PIT Furnace up to 1800°C stands as a reliable and efficient tool for achieving precise and controlled high-temperature thermal processing with the added benefit of the PIT design for enhanced temperature control.

Product Details:

• VBCC's Microwave-Assisted Stir Casting Furnace represents a technological breakthrough in the field of material processing. This innovative furnace seamlessly integrates the efficiency of microwave heating with the stirring capabilities of stir casting, offering a versatile solution for alloy and composite material synthesis.
• Designed for precision and control, the furnace employs microwave energy to enhance the heating process, ensuring uniform and rapid heating of the material. The addition of stir casting functionality allows for the homogenous distribution of particles within the molten matrix, resulting in superior material properties.
• The Microwave-Assisted Stir Casting Furnace is an ideal choice for researchers and industries engaged in the development of advanced materials. It facilitates the production of high-quality alloys and composites with improved mechanical properties. The integration of microwave assistance and stirring capabilities sets this furnace apart, providing users with a powerful tool for the synthesis of complex materials with enhanced structural characteristics.
• VBCC's commitment to technological excellence is evident in the Microwave-Assisted Stir Casting Furnace, offering a cutting-edge solution for those seeking precision, efficiency, and versatility in the synthesis of advanced materials.

Product Details:

We are engaged in offering this product to our clients. Our range of all products is widely appreciated by our clients.