About Us
New Levels of Efficiency in Injection Molding
With a focus on thermal and a long history in injection molding we are providing a level of process control that previously went unexplored.
Minimizing thermal variation allows for lower process temperatures leading to faster cycle times and a substantial reduction in energy required to mold each part. This is where large reductions in carbon for the molding process are achieved.
About Us
New Levels of Efficiency in Injection Molding
With a focus on thermal and a long history in injection molding we are providing a level of process control that previously went unexplored.
Minimizing thermal variation allows for lower process temperatures leading to faster cycle times and a substantial reduction in energy required to mold each part. This is where large reductions in carbon for the molding process are achieved.
Services
Service We Provide
Maximize efficiency, drive growth, and unlock your full potential with our tailored solutions designed to optimize processes, boost productivity, and deliver exceptional results.
Design , Manufacturing and Assembly
Insulation Systems
Installation & Processing
Services
Service We Provide
Maximize efficiency, drive growth, and unlock your full potential with our tailored solutions designed to optimize processes, boost productivity, and deliver exceptional results.
Design , Manufacturing and Assembly
Insulation Systems
Installation & Processing
STS Technologies
Discover how our advanced insulation technology reduces the heat energy needed for plastic injection molding, leading to more efficient cooling processes. Minimize energy consumption and maximize productivity with our innovative solutions.
Heating of the Polymer
Precision Control
Polymer Flow
Machine into Mold
Cooling
50% – 80% of Cycle Time
Pressure
Pack & Hold until Solid
STS Technologies
Discover how our advanced insulation technology reduces the heat energy needed for plastic injection molding, leading to more efficient cooling processes. Minimize energy consumption and maximize productivity with our innovative solutions.
Heating of the Polymer
Precision Control
Polymer Flow
Machine into Mold
Pressure
Pack & Hold until Solid
Cooling
50% to 80% of Cycle Time
Reach New Levels of Efficiency
Achieve levels of efficiency beyond the obvious simple reduction in energy required for the hot runner system
Minimize thermal variation in the hot runner and unlock process gains not previously achieved with conventional molding practices
Machine โ Faster cycle times
Quality Effects
Fight Inflation
Carbon Reduction
Reach New Levels of Efficiency
Achieve levels of efficiency beyond the obvious simple reduction in energy required for the hot runner system
Minimize thermal variation in the hot runner and unlock process gains not previously achieved with conventional molding practices
Machine โ Faster cycle times
Quality Effects
Fight Inflation
Carbon Reduction
Thermal Variation
Hot runner systems still exhibit thermal variations ranging from 10% to 30%.
To ensure proper flow into the mold, injection-molded polymers require a minimum temperature. Compensating for “cold” spots in the hot runner system necessitates higher process temperatures.
STS offers an innovative solution with our proprietary military-grade insulation material. This technology minimizes thermal variations, enabling lower process temperatures and promoting optimal efficiency.
Experience the benefits of running cooler and faster, achieving the highest efficiency and the lowest carbon footprint in your injection molding process with STS.
Thermal Variation
Hot runner systems still exhibit thermal variations ranging from 10% to 30%.
To ensure proper flow into the mold, injection-molded polymers require a minimum temperature. Compensating for “cold” spots in the hot runner system necessitates higher process temperatures.
STS offers an innovative solution with our proprietary military-grade insulation material. This technology minimizes thermal variations, enabling lower process temperatures and promoting optimal efficiency.
Experience the benefits of running cooler and faster, achieving the highest efficiency and the lowest carbon footprint in your injection molding process with STS.
Recycled and Bio Resins
Once molten, injection-molded polymers begin to break down. A fact that requires a molder to purge resin if it sits too long at a temperature in a barrel.
Recycled resins and bio-resins are more heat sensitive than โvirginโ materials. The ability to minimize thermal variation and run closer to the actual polymer melt temperature means the process is in a much better position to run these types of polymers.
Recycled resins refer to mechanical or reground polymers.
Recycled and Bio Resins
Once molten, injection-molded polymers begin to break down. A fact that requires a molder to purge resin if it sits too long at a temperature in a barrel.
Recycled resins and bio-resins are more heat sensitive than โvirginโ materials. The ability to minimize thermal variation and run closer to the actual polymer melt temperature means the process is in a much better position to run these types of polymers.
Recycled resins refer to mechanical or reground polymers.
