Title: EcoSmart Hot Runner Systems
1Eco-Smart Hot Runner Systems
Successfully processing PLA for a sustainable
future
2Eco-Smart Hot Runners Meeting Global
Environmental Needs
Matching industrys goal to make more with less
- less energy
- less resin
- less environmental impact
3Eco-Smart Addresses Global Requirements
- Meets global green standards
- Aligns with international compostability
strategies
International Compostability Certification Network
BPS Japan
IBAW Germany
AIB Vincotte Belgium
BPI - United States
4Why Eco-Smart ?
- Successfully processes materials made from
renewable resources (agricultural feed stocks) - Industrially compostable (unlike traditional
plastics from hydrocarbons) - Not reliant on non-renewable oil natural gas
5Why Eco-Smart ?
Biopolymer use is accelerating
- Eco-friendly aspects of bio-derived polymers are
improving - Bio-fillers (i.e. wood, corn husks, etc.) being
used more as cost reducers - Bio-fibers (i.e. hemp, flax, cotton, etc.) more
commonly used to reinforce material
6Eco-Smart Hot Runners Support Biopolymers Market
Issues that are expanding green processing
technology
- Rising energy costs
- Push to conserve fossil fuels
- Reducing greenhouse effect
- Waste management
7To industrially compostable resin
From starch-based material
To Eco-Smart Hot Runners
To earth-friendly renewable products
8Eco-Smart Hot Runners
Flexible ordering options
- Component offerings include manifolds, heaters,
thermocouples, and MENs (manifold extension
nozzles) - Available as complete Hot Half with mold plates,
or simply - as manifold components
9Eco-Smart Hot Runners
Designed for high performance longevity
- Manifolds provide optimal thermal balance
- Wear-resistant materials extend component life
- Removable components facilitate quick cleaning
10Eco-Smart Hot Runners
Ideal for high-quality production
- Low-cost nozzle heaters produce optimal nozzle
thermal profile - Nozzle tips minimize gate vestige
- Successfully flow-tested with thin- and
thick-walled molded parts