Maximize your plant's operational safety with our advanced Rotary Kiln Monitoring Camera and Rotary Kiln Thermographic Monitoring System. Engineered for extreme industrial environments, this kiln monitoring system provides 24/7 high-resolution thermal imaging to detect hotspots and potential refractory failures before they lead to costly shutdowns. Featuring non-contact temperature measurement and a 360° panoramic scanning view, our kiln monitoring system solution allows operators to monitor shell integrity and kiln lining health in real-time. Equipped with a ruggedized, air-cooled protective housing and intelligent alarming software, it ensures stable performance amidst high heat and heavy dust. Whether for cement, lime, or metallurgical kilns, our kiln monitoring system is the ultimate tool for preventive maintenance, ensuring long-term durability and optimized fuel efficiency.

The High Temperature Furnace Camera system from Luming is an industrial CCTV solution specifically engineered for monitoring inside high-temperature combustion environments such as cement rotary kilns and industrial furnaces. This furnace camera system features a robust multi-layer cooling housing with air-cooled and water-cooled protection, allowing reliable operation in ambient temperatures up to 1700°C. As a comprehensive kiln monitoring system, it provides real-time, high-definition video of flame shape, stability, and color directly to the control room. This high temperature industrial cameras solution enables operators to optimize combustion efficiency, enhance process safety, and perform crucial inspections remotely, making it an essential tool for kiln head flame monitoring applications.

Designed for extreme conditions inside cement kilns, the high temperature camera for furnace enables real-time internal visual monitoring. 

Its core features include specialized high-temperature resistance to withstand over 1400°C, coupled with comprehensive air/water cooling and automatic retraction protection for safe operation during power outages or anomalies. The Great Cooler Blanking Camera System provides clear video of the flame shape and clinker distribution, while thermal imaging models analyze the temperature field on the grate cooler to optimize cooling efficiency. It allows for centralized remote control from the central control room, enhancing operational safety and process stability.

1. Suitable for all kinds of kiln tail smoke room and kiln tail decomposing furnace. It can constantly monitor the temperature accurately.

Don't contact with measured object, without abrasion, free maintenance.

2. Measure temperature with high accuracy and fast speed.

3. Special wavelength, prevent the interference of the smoke.

4. Laconic structure, easy to mounting.

5. Use special high temperature resistant material, with high strength and corrosion resistant.

6. Laser collimation, accurate positioning.

7. Regular clean crust automatically, keep the temperature accuracy.

8. Use high- temperature rodless cylinder, with good reliability.

9. In the central control room, can control the equipment to entry and exit.

10. Without maintenance, save a lot of production time and manpower.

11. Three years warranty and has the advantages of being cheap.

1. Widely used in cement, building materials, metallurgy, mining, electricity, chemical industry etc of ball grinder measuring grind sound.

2. The product is light and installation is convenient.

3. High ability in resisting electrical current and voltage surge.

4. With wide frequency range and good response.

5. Active filter, with frequency selection characteristic.

6. Grind sound signals is steady and smooth.

7. With good directivity and small interference.

8. The calibration signal, interior can calibrate.

9. Grind sound sensor is full-sealing. It well suits to the bad conditions with high humidity and high dust.

10. Connect with computer to forming a grind control system to increase production, prevent full grinding and empty grinding, reduce labor intensity and improve labor productivity.

11. Full digital calibration and function setting. There is no need to adjust by potentiometer.

12. Power-off protection function: when debugging, the parameters that write to the memory will still be saved.

1. The Kiln Shell Infrared Scanning Temperature Measurement System is suitable for all kinds of rotary kiln (cement kiln, lime kiln, titanium alloy kiln, aluminum kiln).

2. Real-time monitoring and analysis function of kiln temperature.

3. Recorded analysis function of kiln historical temperature.

4. Management function of refractory materials is easy to repair and maintenance.

5. Quick analysis function of section temperature.

6. Analysis function of the whole kiln.

7. 3D animation analysis function of kiln temperature and the thickness of kiln liner.

8. Quick analysis and compare functions of new or old temperature data.

9. Failure warning function of productive process.

10. Output colorized report.

Our Furnace Monitoring Camera system is an advanced automatic solution specifically engineered for the demanding environments of float glass lines and horseshoe glass kilns. Designed for high-precision wall-mounted installation, the probe hood automatically enters the furnace wall even when the angle of view is less than 45°, ensuring comprehensive visual coverage.

Constructed from premium corrosion-resistant stainless steel, this Furnace Monitoring Camera features a proprietary dust-proof design and a specialized water-cooling system that operates reliably even with poor water quality. At its core is our self-developed high-temperature pinhole zoom lens, boasting over 2.0 million pixels of horizontal resolution and the ability to withstand up to 350°C without cooling.

1. Special protective design ensures normal operation in harsh environment with high ambient temperature and corrosive gas.

2. Furnace wall manual type is suitable for float glass line glass kiln and horseshoe glass kiln.

3. Probe hood enter furnace wall when angle of view less than 45°.

4. Probe hood use stainless steel materials, with good corrosion resistance.

5. Special dust proof design, the lens does not gather dust.

6. Special water cooling, under the condition of poor water quality can normally use.

7. The high temperature pinhole zoom lens is ourselves develop and product, horizontal resolution is greater than 2.0 million pixels, under no cooling condition, it can withstand 350 degree celsius.

8. Manually insert/exit the probe cover

9. Using high-temperature air cylinder, with good reliability.

10. When water cooling or power supply have unforeseen circumstances, probe hood can exit manually.

11. In the central control room or at site can control the equipment to enter and exit.

12. By DCS can control the equipment to enter and exit.

13. Using manual zoom high temperature pinhole lens can satisfy different furnace, different product requirements.

14. Using electric zoom high temperature pinhole lens can remote control the size and the clarity of image.

1. The probe cap can be inserted into the neck for about 1 meter

2. Observe the movement direction of the workpiece through the wide-angle to high-temperature zoom pinhole lens, more intuitively and comprehensively reflect the specific situation of the neck water wrapped in the furnace

3. The probe cover is made of stainless steel with good temperature/corrosion resistance

4. Special dust proof design, the lens is not easy to accumulate dust

5. Special water cooling design for normal use under poor water quality conditions

6. The self-developed and produced high-temperature pinhole zoom lens has a horizontal resolution of more than 2 million pixels and can withstand temperature of 350 degrees without cooling.

7. Manual zoom high temperature pinhole lens can be selected to meet the observation requirements of different kilns and different production processes.

LM-YM100 Image Level Meter Control System

Non-Contact Precision: 2.0MP machine vision technology eliminates mechanical wear and contamination.

Automated Control: 4-20mA output regulates batch feeders; seamless DCS/PLC integration.

Extreme Durability: Dual air/water cooling design for stable operation up to 1700°C.

Smart Monitoring: Real-time data logging and trend analysis for float, calendering, and container glass lines.

Board Width Monitoring System is a high-temperature industrial camera designed for real-time float glass production monitoring. It tracks glass ribbon width, edge position, and forming quality directly inside furnaces up to 1700°C.

Key Specs:

• 2.0+ MP pinhole zoom lens, F4-F20 focus, 18-35° adjustable FOV

• Withstands 1700°C furnace temp; lens operates at 150°C without cooling

• Stainless steel housing, IP65 rating, dust-proof design

• Water cooling (≥5 L/min) + air sealing (≥0.1 m³/min)

• ±20° image adjustment via universal joint

Applications:

✓ Float glass width monitoring & edge detection

✓ Molten glass flow observation in forming zone

✓ Real-time quality control & defect prevention

✓ Integration with DCS/PLC for data traceability

Ideal for continuous, high-reliability visual monitoring in float glass manufacturing.

A specialized monitoring solution engineered for extreme furnace environments up to 1500°C, particularly suited for float glass production lines. The LM-WK350 features a unique ball-clip mounting system that installs directly into furnace walls, effectively blocking gas leakage while simplifying installation. Equipped with a self-developed high-temperature pinhole zoom lens (>2.0 million pixels resolution), it delivers clear imaging even at 150°C without active cooling. The system includes special water cooling compatible with poor water quality and a dustproof design for reliable long-term operation in industrial furnaces.

1. The probe cover can be inserted into the tin tank for several meters

2. Through 90 turning high temperature zoom pinhole lens along the direction of the work piece movement observation, more intuitive and more comprehensive reaction furnace specific conditions

3. The probe cover is made of stainless steel with good temperature/corrosion resistance

4. Special dust proof design, the lens is not easy to accumulate dust

5. Special water cooling design for normal use under poor water quality conditions

6. The self-developed and produced high-temperature pinhole zoom lens has a horizontal resolution of more than 2 million pixels and can withstand temperature of 350 degrees without cooling

7. Manual zoom high temperature pinhole lens can be selected to meet the observation requirements of different kilns and different production processes

8. Electric zoom high temperature pinhole lens can be used to control the size range and sharpness of the image at a distance

9. Can be equipped with manual/electric advance and retreat control device

10. Manual/electric rotating device can be equipped to realize all tin tank observation

11. The equipment can be controlled by DCS

1. Furnace wall automatic type is suitable for glass fiber and other glass furnace

2. Probe hood enter furnace wall, the thickness of furnace wall less than 500mm

3. The probe cover is made of stainless steel with good corrosion resistance

4. Special dust proof design, the lens does not gather dust

5. Special water cooling, under the condition of poor water quality can normally use

6. The high temperature pin hole zoom lens Independent development and design, horizontal resolution is greater than 2.0 million pixels, under no cooling condition, it can with stand 350℃

7. Probe hood can enter and exit automatically

8. Using high-temperature air cylinder, with good reliability

9. When water cooling or power supply have unforeseen circumstances, probe hood can exit automatically

10. In the central control room or at site can control the equipment to enter and exit

11. By DCS can control the equipment to enter and exit

12. Using manual zoom high temperature pinhole lens can satisfy different furnace, different product requirements

13. Using electric zoom high temperature pinhole lens can remote control the size and the clarity of image

The Kiln Repair Portable Endoscope Camera System is used to monitor the condition of the dense wall in the glass furnace and can clearly observe the damage and corrosion of the glass furnace wall and the collapse of the window wall. 

The Kiln Repair Portable Endoscope Camera System adopts the most advanced CCD camera in the world and is equipped with special industrial monitor to make the image more clear and stable. 

The Kiln Repair Portable Endoscope Camera System adopts the special air-water double-cooling protective cover developed by our company to make the camera work safely and reliably for a long time in glass melting furnace with high temperature and serious dust pollution.

This specialized thermal imaging system is designed for blast furnace top monitoring, delivering non-contact measurement of burden surface temperature distribution. It provides real-time thermal profiling to detect uneven charging, channeling, and other anomalies. With high-precision infrared technology and intelligent analysis, it enables optimized furnace operation, improved combustion efficiency, and early warning of potential issues—ensuring stable production and energy savings in ironmaking processes.

For critical steel plant operations, reliable visual monitoring is non-negotiable. The LM-GL508 is a specialized blast furnace top thermal imaging system engineered to provide continuous, high-definition visual intelligence and quantitative thermal data for blast furnace burden distribution monitoring. Designed to withstand extreme temperatures up to 1800°C, this high temperature furnace camera delivers real-time insight into gas flow patterns, charge surface conditions, and temperature distribution—enabling operators to optimize furnace performance and prevent costly disruptions. 

As a trusted blast furnace monitoring system supplier, LUMING integrates advanced infrared thermal imaging for blast furnace applications with robust air and water cooled furnace camera technology, ensuring uninterrupted operation in the harshest steel plant environments.

Operating a blast furnace without clear visibility of the tuyeres is like driving blind. Inefficient coal injection, uneven combustion, or early-stage tuyere damage can lead to unstable furnace conditions, increased fuel consumption, and costly unplanned downtime. The LM-FKTV-01 is a specialized blast furnace camera system engineered to replace guesswork with precision—delivering continuous, high-definition video of the tuyere and raceway directly to your central control room. 

As a trusted blast furnace tuyere camera manufacturer, LUMING provides a complete industrial furnace monitoring system that enables operators to monitor flame temperature, detect anomalies, and make proactive adjustments from a safe distance. This high temperature furnace camera is designed for 24/7 operation in the most demanding steel plant environments.

1. The stainless steel material is designed with four layers of protection, the middle layer is filled with water, and the outer layer is filled with refractory cotton, so as to minimize the damage to the temperature field in the furnace

2. Through high temperature to 90 degrees zoom pinhole lens along the workpiece movement direction observation, more intuitive, more comprehensive in the reactor of the

3. Specific conditions of the probe cover adopt stainless steel material, good heat resistance corrosion resistance

4. Special dustproof design, the lens is not easy to accumulate dust

5. Special water cooling design for normal use under poor water quality conditions

6. Self-developed and produced high temperature pinhole zoom lens with a horizontal resolution of more than 2 million pixels and a temperature resistance of 150 degrees

7. Manual zoom lens with high temperature can be selected to meet the observation requirements of different kilns and different production processes

8. Manual electric rotating device can be equipped to realize the whole furnace observation

9. Control the advance and retreat of equipment through DCS

10. High temperature lens zoom: Adjustable F4-F20 zoom

11. Signal-to-noise ratio: not less than 56dB

12. Resolution: higher than 2 million pixels Sensitivity: 0.0002Lx(F1.4)

13. Reaction time: 1ms

14. Dust: < 200g/m

15. Noise: < 150dB

16. Trouble-free time: 25000

17. Operating voltage: AC220V frequency: 50HZ

18. Power consumed: 120W

18. Protection level: IP65

The High Temperature Industrial TV System from Luming is a specialized furnace monitoring system designed for demanding thermal environments such as steel reheating furnaces, rolling mills, and industrial kilns. This robust furnace camera system serves as a reliable industrial furnace CCTV solution, engineered with advanced air-cooled and water-cooled protection to withstand extreme internal temperatures. As a professional high temperature furnace camera, it provides operators with clear, real-time video of combustion flames and furnace conditions directly in the control room. Whether deployed as high temperature cameras for furnaces or integrated into a comprehensive kiln monitoring system, this visual data is essential for optimizing combustion efficiency, enhancing operational safety through early issue detection, and supporting predictive maintenance efforts.