Over 30 Years of Continuous Innovation
Why NitroJection Gas Assist Technology?
Gas assist injection molding systems and gas assist technology have been the mainstay of NitroJection Corporation for over 20 years. We were the original and provided the first gas assist process in North America. Our continued commitment is to provide the most cost effective Gas Injection Molding Equipment and Services to best optimize your gas assist molding process.
Gas Assist Injection Molding Efficiency
Gas assisted injection molding eliminates molded-in stress that can result in warp, sink marks and variable dimensions in conventional injection molded products. The results are a higher quality molding, stress free, with faster cycle times and greatly expanded design options. We help you reduce costs and become a preferred molded part supplier to your customers.
NitroJection provides:
Get gas assist process controls and nitrogen gas intensifier systems to meet your production and facility requirements. NitroJection will provide one setup, or a plant wide system; product and process development to in-plant process optimization. We’ll get you there faster! Check out our Gas Assist Injection Molding Overview Presentation.
You’re a good molder; we’ll make you better!™ Here’s How…
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Internal Gas Assist Injection Molding Advantages – Utilized the Most
The advantages are numerous starting with signification by:
1. Lowering of molded plastic weights, and for that reason price of product.
2. Decrease in molding time cycles, and thus cost of production.
3. Decreased in-mold pressures, and as a consequence less wearing on molds.
More benefits include the use of the gas as a means of transmitting pressure uniformly throughout the molding, plus elimination of sink marks. The elimination of plastic packing from the molding equipment and decreased in-mold pressures by up to 70%; therefore reduced press lock forces which allows more substantial moldings on smaller machines. Additionally it is worthy of mentioning the reduced energy consumption, lowered molded in strain, and therefore improved dimensional stable-ness without deformation.