Telemetric Dual Fuel Furnace - Precision in Sintering Process Optimisation
The sintering process is critical for achieving the desired material properties in a wide range of products. However, it is influenced by several variables such as furnace environment, build-up of temperature distributions, heat source, heat flow, and the location and configuration of products within the furnace. Traditional methods may fall short in optimizing these factors, leading to inconsistent results.
At Lucideon, we offer a unique solution through our Telemetric Dual Fuel Furnace, which, when combined with advanced multi-physics computational modelling, provides a new level of control and precision in the sintering processes.
Dual-fuel flexibility
Our Telemetric Dual Fuel Furnace can operate using either gas (up to 1700°C / 3092°F) or electric power (up to 1600°C / 2912°F), independently. This flexibility ensures optimal firing conditions tailored to the specific needs of each product, leading to improved process efficiency and product consistency.
Advanced monitoring and control
The furnace is equipped with 10 R-type thermocouples enabling versatile temperature monitoring within the furnace to better map out temperature distributions as they develop for a given sintering profile. As well as mapping out furnace chamber temperature distribution, part temperature can be monitored via 4 viewing ports which enable the use of three infrared cameras of short/medium/long wavelength capability. The 4 viewing ports can be used by the collection of ultra-high resolution optical cameras which enable real part, real conditions dilatometry. In addition, there is also an emissions monitoring system. This allows for real-time monitoring and control of the sintering process, ensuring that all critical parameters are managed to achieve the best possible outcomes.
Mass measurement throughout the cycle
With an integrated load cell at the base, the Telemetric Dual Fuel Furnace continuously measures the mass of the furnace load throughout the firing cycle. This data provides valuable insights into material changes, enabling precise adjustments to the process as needed.
Thermodynamic modelling for optimization
Before any firing begins, we perform detailed multi-physics computational modelling to predict how your products will behave under specific conditions, including the prediction of heat flow and part temperature map as well as how thermally induced and mechanical stresses build up. This modelling helps us optimize temperature distribution, heat flow, and fuel selection, creating a tailored firing schedule that ensures the highest quality outcomes for your products.
Applicable industries
Our Telemetric Furnace is ideal for industries requiring precise control over sintering processes, including:
- Advanced ceramics
- Refractories
- High-performance materials
- Custom sintering processes
Benefits
- Enhanced process control: achieve superior consistency in product quality with our advanced monitoring and control capabilities
- Optimized energy usage: our dual-fuel capability allows for the most efficient use of energy, reducing costs and environmental impact
- Tailored solutions: custom firing schedules and process optimizations are developed based on detailed thermodynamic modelling
- Real-time adjustments: continuous monitoring and mass measurement allow for on-the-fly adjustments, ensuring the best possible results
Why choose Lucideon?
Lucideon's Telemetric Furnace, combined with our expertise in thermodynamic modelling, offers a comprehensive approach to sintering process optimization. Whether you are looking to enhance product quality, improve process efficiency, or reduce energy costs, our innovative solutions can help you achieve your goals.
Get in touch
If you're ready to take your sintering processes to the next level, we're here to help. Contact us to learn more about how Lucideon's Telemetric Furnace can optimize your manufacturing operations.
Partner with Lucideon to leverage cutting-edge technology and expert insights for superior sintering process outcomes.
Benefits
- Enhanced process control: achieve superior consistency in product quality with our advanced monitoring and control capabilities
- Optimized energy usage: our dual-fuel capability allows for the most efficient use of energy, reducing costs and environmental impact
- Tailored solutions: custom firing schedules and process optimizations are developed based on detailed thermodynamic modelling
- Real-time adjustments: continuous monitoring and mass measurement allow for on-the-fly adjustments, ensuring the best possible results