Terminator™ (SF12MT) Recovery Boiler & Smelt Bed Cameras
The Terminator™ (SF12MT) is the industry standard recovery boiler and smelt bed camera. Get crystal-clear, high-temperature imaging for optimal boiler control.
See more
Glass Manufacturing
Glass manufacturing requires absolute thermal precision and uninterrupted operation. Syn-Fab’s glass furnace camera systems provide continuous, real-time visualization of melting processes, forehearths, and forming stages. Our high temperature glass imaging solutions allow operators to optimize combustion, monitor refractory wear, and ensure plant safety in extreme environments.
SYN-FAB IS TRUSTED BY INDUSTRY LEADERS
The Challenge of Visibility in Glass Production
Glass manufacturing is a continuous, high-stakes process where thermal precision directly dictates product quality. In these volatile environments, where temperatures can reach up to 3500°F (1926°C), standard sensors and blind operation are no longer sufficient. Plant operators require continuous, visual glass plant monitoring to detect batch line shifts, optimize burner flames, and prevent catastrophic refractory failures.
Advanced Glass Furnace Camera Systems
Syn-Fab engineers ruggedized glass furnace camera systems specifically designed to survive the hostile atmospheres of modern glass plants. Utilizing specialized optics, near-infrared (NIR) sensors, and advanced filtering, our cameras cut through heavy combustion smoke and luminous flames. This provides control room operators with a crystal-clear, high-contrast view of the molten glass surface, bubbler operation, and interior furnace walls in real-time.
Critical Monitoring Zones in the Glass Plant
Glass Melting Furnaces
The melting tank is the heart of the operation. Our glass melting furnace cameras allow operators to monitor the raw material batch distribution, track flame geometry, and ensure complete melt prior to the forehearth. Real-time visual data helps plants optimize fuel-to-air ratios, reducing energy consumption and minimizing NOx emissions while extending the life of the furnace crown and refractory walls.
Forehearth & Conditioning
As the molten glass exits the furnace, maintaining uniform temperature is critical before the forming stage. Syn-Fab’s high temperature glass imaging solutions can be deployed in the forehearth to monitor flow dynamics and identify temperature striations or blockages before they impact the final product.
Forming and Annealing
Beyond the melt, continuous visual inspection is required at the gob forming stage, tin float bath, and the annealing lehr. Monitoring these transfer zones ensures dimensional accuracy, prevents jam-ups, and guarantees that the glass is cooling at the exact required rate to prevent structural stress.
“In environments where temperatures reach up to 3500°F…”
Why Syn-Fab for High Temperature Glass Imaging?
Standard industrial cameras fail in glass plants due to radiant heat, corrosive batch dust, and continuous vibration. Syn-Fab systems, including our ultra-high-temperature Predator line, are protected by heavy-duty, dual-wall enclosures. Utilizing a combination of vortex air cooling, liquid cooling, and continuous instrument-air lens purging, our cameras maintain a clear field of view and reliable operation 24/7, even in the most extreme zones of your glass facility.
High-Temperature Cameras for Glass Plants
Our ruggedized glass melting furnace cameras are built to survive the extreme heat and corrosive atmospheres inherent to glass production. From the 3500°F capabilities of the Predator series to our general process systems for comprehensive glass plant monitoring, Syn-Fab provides reliable, continuous visual data for every stage of your operation.
Predator™ Steel Furnace Cameras (SF12N-SP, SF12L)
Discover Syn-Fab Predator™ steel furnace cameras. Features SF12N-SP (Near IR) & SF12L (Long Wave) for reheat applications operating from 100°F to 3500°F.
See more
Sentinel Series Industrial Process & Material Cameras
Discover Syn-Fab Sentinel Series cameras (SF20, SF21C, SF30TI, SF36C). Rugged, high-performance industrial process and material monitoring.
See more
Trusted by the World's Most Demanding Plants
Proven in the Toughest Environments
I want to highlight the exceptional work of Mike, Keith, and Monty. They have been instrumental in the successful upgrade of the camera system for all three of our furnaces. Their expertise and support ensured a smooth transition for this critical project.
Todd P.
US Steel
Critical Vision for Glass Production
Explore how Syn-Fab imaging systems are deployed across the manufacturing cycle, providing critical glass plant monitoring from the raw material melt to the final annealing lehr.
Glass Manufacturing FAQs
Review common questions regarding the installation, operation, and environmental protection of our Glass Manufacturing. Don't see your specific application addressed? Our engineering team is available to help you configure the right imaging solution for your facility.
What is the maximum temperature your glass furnace cameras can withstand?
Our extreme high-temperature systems, like the Predator line, are engineered to operate continuously in environments up to 3500°F (1926°C), making them ideal for monitoring the hottest zones of glass melting furnaces.
Can your cameras see clearly through the bright combustion flames?
Yes. Syn-Fab utilizes specialized optical filters and near-infrared (NIR) technology to penetrate combustion flames and furnace smoke. This provides operators with a clear, high-contrast view of the molten glass surface, bubblers, and refractory walls.
How do you keep the camera lens clean in a dusty glass plant environment?
Our camera housings feature a continuous instrument-air purge system. This creates a protective, high-pressure air barrier over the lens opening, keeping it clear of batch dust, corrosive gases, and particulate buildup.