NetComposites Ltd has transferred the rights and ownership of this website to Gardner Business Media Inc.
On 1st January 2020, NetComposites' media assets including netcomposites.com, newsletters and conferences were transferred to Composites World (Gardner Business Media).
This site is no longer being updated. Please direct all enquiries to firstname.lastname@example.org.
For further details see our joint press release.
Husky Injection Moulding Systems unveiled injection moulding machinery technology that enables automotive Tier 1 and OEM customers to cost-effectively manufacture large interior and exterior plastic panels with multiple materials in one machine.
This innovation, called the Quadloc-Tandem-Index (QTI) system, is regarded by Husky to deliver a complete part with improved quality, lower cost, and less downstream assembly.
Husky has sold its first QTI system to Southfield, Michigan-based Lear Corporation, which plans to use the equipment for a variety of interior and exterior applications for its OEM customers.
“Our ultimate goal is to deliver what the consumer wants with high-quality components, while finding new ways to improve efficiency and lower cost for Lear and its customers,” said Ken Shaner, Lear’s Vice President of Manufacturing Engineering. “We believe multi-material automotive applications are an ideal solution in the ongoing quest to improve quality, while maintaining or reducing production and development costs.”
Husky claim that their QTI injection moulding system delivers finished, multi-material parts from a single machine and offers:
Improved productivity – Eliminates downstream process and assembly of multiple components.
Improved part quality – One-step moulding process virtually eliminates squeaks and rattles, as well as downstream painting or coating.
Production flexibility – Using a combination of materials, colours and moulds, the system can produce most large interior and exterior components of a vehicle.
Reduced production floor space – More than 40% savings in floor space versus moulding components separately.
“Husky’s ability to provide automotive-focused engineering and equipment support at the speed and cost we required was key in helping us develop this technology,” Shaner added.
The QTI system is the latest development in Husky’s Quadloc machine line and is designed to produce most large interior and exterior components of a vehicle, including body panels, instrument panels, fascias, as well as window and sunroof glazing. The system integrates Husky’s Tandem two-mould concept with its Index rotating centre platen on a Quadloc two-platen press.
“We believe that the QTI is a quantum leap in manufacturing large, multi-material plastic components,” said Jeff MacDonald, Husky’s Vice President of Automotive. “The QTI streamlines the injection moulding process for multiple materials and colours, with dramatically improved quality and aesthetics compared to traditional multi-process methods.”
The concept for the QTI was developed in partnership with Lear at Husky’s Detroit Technical Centre, which has become the development hub for the company’s automotive customers. In the past 12 months alone, Husky has worked on 200 development projects with many of the leaders in the automotive industry.
“Automotive companies in the Detroit area like the fact that they have easy access to a state-of-the-art automotive plastics development facility,” said Rich Sieradzki, General Manager of Husky’s Detroit Technical Centre. “We provide everything from injection moulding machines for mould tests to confidential customer work areas to on-site engineering support.
“It’s become a place where the automotive industry can develop their ideas and bring them to market at the speed required by the industry.”
For more information visit: