Erdman Automation’s Patent-Pending High Speed CBHS Line, featuring H.B. Fuller’s 4SG® Reactive Spacer, is setting a new standard for insulated glass production.
Designed to apply 4SG® to both lites, the CBHS system delivers unmatched speed, precision, and reliability. It combines cohesive bond strength with simplified operation, resulting in improved handling and dimensional strength, reduced cycle times, and simple grid application.
Key Advantages
Erdman’s CBHS for 4SG® eliminates waiting, reduces WIP, and delivers consistent seals at high speed, giving fabricators faster throughput, greater grid accuracy at higher speeds and improved thermal performance.
Designed to apply 4SG® to both lites, the CBHS system delivers unmatched speed, precision, and reliability. It combines cohesive bond strength with simplified operation, resulting in improved handling and dimensional strength, reduced cycle times, and simple grid application.
Key Advantages
- 40% faster than traditional thermoplastic spacer lines
- 3 - 4 operator workflow cuts labor while improving control
- Fast, simple, accurate grid placement
- Rapid green strength - no wet-out wait or added equipment
- Airspace up to 38mm, supporting dual, triple, and thin-triple configurations
- Improved sightlines and reduced thermal bridging
- On-the-fly airspace changes enable flexible batching
Erdman’s CBHS for 4SG® eliminates waiting, reduces WIP, and delivers consistent seals at high speed, giving fabricators faster throughput, greater grid accuracy at higher speeds and improved thermal performance.
4SG® Cohesive Bond High Speed line
Faster, Smarter Output. 40% faster with cohesive bond high-speed design versus standard thermoplastic spacer.
Fewer Touchpoints, Fewer Errors. 3 - 4 operators directly interact with the line, reducing labor costs and human error.
No More Wet-Out Wait. The cohesive bonding method allows for improved green strength — simplifying handling and reducing WIP.
Maximized Thermal Performance. Seals tight, with minimal conductivity. Suitable for both dual and triple-pane.
Grid Handling Enhanced. Locks grid into the spacer for maximum location control — improving accuracy and speed of placement.
Improved Sightline versus Standard thermoplastic spacer Application. Greater adhesion to glass allows for minimized application resulting in sightline improvement.
Fewer Touchpoints, Fewer Errors. 3 - 4 operators directly interact with the line, reducing labor costs and human error.
No More Wet-Out Wait. The cohesive bonding method allows for improved green strength — simplifying handling and reducing WIP.
Maximized Thermal Performance. Seals tight, with minimal conductivity. Suitable for both dual and triple-pane.
Grid Handling Enhanced. Locks grid into the spacer for maximum location control — improving accuracy and speed of placement.
Improved Sightline versus Standard thermoplastic spacer Application. Greater adhesion to glass allows for minimized application resulting in sightline improvement.
