At the CIECA CONNEX 2024 conference in Detroit, Michigan, Auto Additive announced the formation of a new advisory committee aimed at accelerating the integration of 3D printing technology into the collision repair industry. The committee, made up of industry leaders, aims to develop a roadmap to help repair shops use 3D printing technology to produce high-quality, equipment-compliant parts, tools and jigs. original (OEM). This initiative aims to increase efficiency and accuracy during the restoration process.
Standardization and industrial cooperation
One of the primary goals of the advisory committee is to drive industry-wide adoption of OE-compliant parts. By working with insurance companies, training providers, original equipment manufacturers (OEMs) and repair shops, the committee aims to improve the understanding and application of 3D printed parts in the process repair. “This program is designed to streamline the remediation process, reduce costs, maintain high standards of safety and quality, while also benefiting the environment,” said committee Chairman Harold Sears.
The committee also focuses on localized 3D printing of low-volume parts. This localized production approach is designed to reduce waste and costs for OEMs and aftermarket parts suppliers. The automotive additive molding company has adopted blockchain technology to ensure intellectual property protection and transparency within its global network of 3D printing partners, who are also adopting the same technology as OEMs for their own 3D printing needs. manufacturing.
Sustainability and Innovation in Collision Repair
Automotive additive molding companies are launching a series of innovative initiatives to make the auto repair industry more sustainable. One example is the development of weldable polypropylene repair parts that allow repair shops to repair damaged headlights rather than replacing them. This reduces material waste and is in line with industry efforts to reduce the environmental footprint of repairs. The automotive additive molding company also provides additive supply chain services to customers who have their own inventory of computer-aided design (CAD) or digital parts, and the company manages their printing needs in the part of its broader services.
The company’s commitment to sustainability is also demonstrated by its membership in the Additive Manufacturing Green Trade Association (AMGTA). Automotive additive molding companies are actively participating in environmental case studies exploring the benefits of 3D printing in collision repair, with the aim of highlighting the long-term sustainability benefits this technology can provide.
Industry engagement and pilot projects
The automotive additive molding company is currently working with several pilot customers, including Canada’s Uni-Parts, US-based Phares.com, 4Plastic and Boyd Group. These partnerships are designed to test the impact of 3D printed parts, tools and jigs in real-world collision repair scenarios. The company is also in talks with key industry players to further evaluate the role of 3D printing in design, supply chain management and manufacturing processes.
Daguang focuses on providing solutions such as precision CNC machining services (3-axis, 4-axis, 5-axis machining), CNC milling, 3D printing and rapid prototyping services.
