High temperature bottom loading furnace for sintering zirconia

Achieve precise sintering of zirconia dental crowns with uniform heating and easy sample loading, all while minimizing the risk of contamination and optimizing temperature control throughout your production process.

Sintering and Melting Solution for Ceramics and Glass

Carbolite Gero’s BLF 17/3 is an electrically operated high-temperature bottom loading furnace designed for precision in ceramic and glass processing. Unique for its electrically operated elevator hearth, it facilitates easy sample loading and achieves uniform heating with elements embedded in all chamber walls, reaching up to 1800°C. This furnace excels in applications like zirconia sintering and high-performance ceramic manufacturing, producing zirconia dental crowns and specialty glass products with precision due to its excellent temperature uniformity and rapid heat cycling capabilities. The programmable EPC3016P1 controller allows for batch and programmable operations, ensuring integration and full automation within your production line. It leverages energy efficiency through its silicon carbide and molybdenum disilicide heating elements across different models. A safety interlock hearth cage and overtemperature protection enhance operational safety, while customization options such as modified hearths and digital programming interfaces offer tailored solutions. With Ethernet communication support and optional enhancements like radiation shutters, the BLF 17/3 is built for advanced and flexible processing in modern laboratories and manufacturing facilities.

Benefits

  • Ensures precise temperature control for high-quality sintering and melting of ceramics and glass.
  • Increases operator safety with protective hearth cages and overtemperature safeguards.
  • Enhances production efficiency with rapid heating and cooling cycles to minimize process time.
  • Supports flexible processing with programmable operations and Ethernet connectivity for streamlined automation.
  • Customization options allow integration into specialized production environments, enhancing operational versatility.

General


Applications
Glass materials,Dental crowns and frameworks,High-performance ceramics,Modified atmospheres,Zirconia sintering
End products
Specialty glass products,High-performance ceramic components,Heat-resistant ceramic tiles,Glass vials,Zirconia dental crowns,Zirconia dental frameworks
Steps before
Molding,Casting,Forming
Steps after
Cooling,Inspection,Assembly
Input ingredients
zirconia dental crowns,zirconia frameworks,high performance ceramics,glass,inert gases,reactive gases,modified atmospheres
Output ingredients
sintered zirconia dental crowns,sintered zirconia frameworks,sintered high performance ceramics,melted glass
Market info
Carbolite Gero is renowned for designing and manufacturing high-temperature laboratory and industrial furnaces and ovens, offering expertise in heat treatment solutions, with a reputation for quality, reliability, and precise thermal processing across various industries.

Technical Specifications


Maximum Operating Temperature
1600°C,1700°C,1800°C
Chamber Capacity
3 to 21 litre
Controller Type
Programmable EPC3016P1
Heating Elements
Silicon carbide / Molybdenum disilicide
Temperature Uniformity
Excellent due to hexagonal chamber
Overtemperature Protection
Included
Heating,Cooling Cycle
Rapid via elevator hearth
Ethernet Communication
Available
Safety Interlock
Hearth cage with safety interlock

Operating Characteristics


Working mechanism
Electrically operated elevator hearth
Heating mechanism
Elements in all six side walls
Automation level
Programmable EPC3016P1 controller
Temperature uniformity
Hexagonal chamber design
Loading process
Bottom loading with elevator hearth
Overtemperature protection
Yes (to protect load or furnace)
Rapid heating,cooling cycles
Achieved by raising,lowering the hearth
Safety feature
Hearth cage with safety interlock
Atmosphere control
Options for modified atmospheres

Material Compatibility


Abrasion resistance
High,suitable for zirconia
Corrosive resistance (e.g. acids)
Suitable with protective coatings
Temperature compatibility
Up to 1800°C
Contamination prevention
Silicon carbide elements prevent discoloration
Gas compatibility
Modified inert and reactive atmospheres
Density/particle size
Uniform heating in hexagonal chamber

Product type Characteristics


Use Case
Sintering,Melting,Modified Atmospheres
Sample Heating Zone
Uniform due to six side wall elements

Physical Characteristics


Machine Footprint
Customizable
Hearth Type
Elevator Hearth
Chamber Shape
Hexagonal
Load Capacity
3 to 21 litres
Discharge Method
Elevator-based

Custom Options


Control Panel Type
Programmable EPC3016P1 controller
Heating Element Type
Silicon carbide or molybdenum disilicide
Digital Communication Options
Ethernet communications
Programmability
Multisegment programmers
Data Logging
Available with digital communication options
Introduction of Gases
Modified hearth for inverted crucible
Radiation Protection
Radiation shutter
Cage Type
Hearth cage with safety interlock
Temperature Protection
Overtemperature protection
Custom Modifications
Thermocouple or stirrer through chamber roof
Rotating Hearth
Available as a customized option
Element Protection
Plasma sprayed alumina protection tube