low constant pressure injection molding

iMFLUX partners with UMass-Lowell at REMADE Member Meeting

by Kelly Santini|08 December 202206 February 2023

Working with industry, academia and national labs, the REMADE Institute aims to reduce embodied energy and carbon emissions associated with industrial-scale materials production and processing. The annual member meeting for REMADE is an opportunity to hear insights from renowned keynote...

Energy Savings, Light Weighting and Automatic Adjustment for Viscosity – Verified!

by Amy Brown|22 November 202206 February 2023

Underwriters Laboratories (UL) is a 128-year-old company and is probably best known for their certification of the electrical safety of an appliance. If you have plugged in an appliance, you have probably seen this mark! UL has now become UL...

Shaping New Possibilities for Electric Vehicles

How iMFLUX Is Helping Shape New Possibilities for Electric Vehicle Production

by Amy Brown|27 October 202206 January 2023

The exploding EV market is driving up demand for injection molded plastic parts in the automotive sector, and iMFLUX’s injection molding platform is unlocking access to more efficient and sustainable processes.

iMFLUX Revolutionizing Sustainable Injection Molding for Automotive

How iMFLUX Is Revolutionizing Sustainable Injection Molding for Automotive and Beyond

by Amy Brown|25 October 202225 October 2022

Find out how iMFLUX improves sustainability and efficiency across every industry that uses plastic injection molded products or parts, including the automotive sector.

Cutting Costs and Improving Quality for Automotive Parts with Sequential Valve Gates

by Amy Brown|20 October 202206 February 2023

This article explores how iMFLUX's revolutionary low-constant-pressure injection molding technology can help automotive parts manufacturers through sequential valve gate reduction.

iMFLUX Embracing Alternative Materials for Auto Industry

Embracing Alternative Materials in the Automotive Industry: How Automakers Benefit from Low Constant Pressure Injection Molding

by Amy Brown|18 October 202206 February 2023

iMFLUX’s low-constant-pressure injection molding platform offers plastic part and product manufacturers, including those supplying the auto industry, the ability to use a wider range of materials such as PCR – all while saving costs and improving product quality.

iMFLUX Challenges and Opportunities for Injection Molding in Auto Industry

Challenges and Opportunities for Injection Molding in the Automotive Industry

by Amy Brown|10 October 202210 October 2022

Today's plastics are transforming how automobiles are manufactured, improving auto efficiencies, and reducing their impact on the planet. In this article, we'll explore how iMFLUX's revolutionary plastics injection molding technology is paving the way to a new automobile driving experience.

iMFLUX Sustainability in Injection Molding

Why Sustainability in Injection Molding is Good Business

by Amy Brown|03 October 202203 October 2022

Injection molded plastics producers can gain economic benefits and reduce environmental impacts by converting conventional injection molding machinery into technologically-advanced systems that enable broader usage of post-consumer resins. iMFLUX's injection molding technology fits virtually any machine and will expand its...

How Hayco Boosted Throughput by 191% With iMFLUX

by Amy Brown|21 September 202206 February 2023

Working with iMFLUX, Hayco developed an injection molding process for its new factory, which ran cycles quicker, consumed less energy, boosted output per cycle, and cut machinery costs.

iMFLUX Recycled Plastic Pallets Energy Savings

Recycled Pallet Manufacturer Gets Higher Quality, Energy Savings with iMFLUX Molding

by Amy Brown|21 September 202207 February 2023

Greystone Logistics faced substantial quality issues with the conventional injection molding process when working with regrind resins. Thanks to iMFLUX’s low-constant-pressure molding technology, they achieved higher product quality and energy savings while producing a recycled product.

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