OptiBond™ Nonwovens Solutions
Nordson variation management systems allow manufacturers to MEASURE, UNDERSTAND and IMPROVE material dispensing across the full machine speed range.
Overview
The capability to monitor and / or control dispensing in real-time helps improve production efficiency and reduce waste. Available as standalone systems or melter-integrated capability, flow monitoring and closed-loop flow control help produce disposable hygiene products faster, more efficiently and at lower costs.
Nordson offers a broad range of products to help you improve product quality, reduce material waste, and increase production efficiency. These include: TruFlow meters, dividers / splitters, and applicators. GP 200 remote metering stations, Harmony applicators; Concert flow controllers and VersaBlue Plus or AltaBlue Plus melters.
Produce higher-quality products faster, more efficiently and at lower cost with Nordson Nonwovens OptiBond Solutions.
Implementing a program of variation management helps disposable hygiene manufacturers:
- Improve production efficiency
- decrease maintenance
- enhance product quality
Nordson’s OptiBond solutions include
Melter-integrated or Standalone Flow Control
Flow Monitoring and Control with Meters, Dividers or Remote Metering Stations
Point of Application Metering
Nordson offers both active and passive metering applicators for flow control at the point of application. With passive metering, the material flow moves the gears, delivering a consistent add-on rate to all modules. Active metering involves motors and motor drives that provide independent control for each of the modules, thereby increasing application flexibility. Both passive (TruFlow applicators) and active (Universal™ Slice applicators) metering applicators can incorporate quick-exchange nozzle capability to further support production flexibility.
Why Nordson?
- Improved production efficiency; claim acceptable product faster
- Enhanced product quality; reduce product defects
- Decreased maintenance; both time and cost
- Optimized material use; lower production costs and waste