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Additive Manufacturing Technology Improves Efficiency for Conformal Cooling Production

Mold Making Technology

Source | EOS EOS ’ industrial 3D printing features metal additive manufacturing (AM) technology for optimizing the production process of injection molded plastic parts. Metal AM improved production by reducing the cooling time of the application by 60% while also preventing part deformation.

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LMW’s Vision for Transforming Metal-Cutting Technology

Dinesh Mishra

Recent advancements transforming efficiency and precision include: High-Speed Machining : CNC machines with HSM capabilities deliver faster cutting speeds and tighter tolerances, significantly reducing cycle times.

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3D Printed Manufacturing Aids Improve Molding Efficiency

Mold Making Technology

The design freedom of polymer/composite additive manufacturing (AM) makes it easy to design different front-facing/insert holding (middle left and right) and rear-facing/handle versions (right) of the claw manual end-of-arm tooling (EOAT) that Zero Tolerance LLC has produced for its own and customer molding operations. Westec Plastics Corp.

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CNC Mill Marks a Significant Leap Forward in Power, Precision and Affordability

Fabricating & Metal Work

Featuring servo motors with absolute encoders boasting 23-bit accuracy and battery backup, this CNC mill eliminates the need for machine referencing, ensuring uninterrupted precision even between power cycles. Cutting feed rates of up to 1200IPM (XY) reduce cycle times and take advantage of adaptive tool paths.

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Galvo Scan Heads for Precision Laser Welding Manufacturing

Fabricating & Metal Work

When paired with fiber lasers, galvo scan heads can minimize point-to-point positioning times, shaving seconds off cycle times on parts with multiple weld locations. Ideal Figure 2 shows the design and composition of a typical galvo scan head. Figure 1-Laser beam delivery options.

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Automation Helps Transform Medical Plastic Waste into a Reliable, Economical Resource

MEM

Moreover, as most components are made from oil-based virgin raw materials, they are advancing the depletion of non-renewable sources. It has been estimated that these represent approximately 25%-30% of landfilled medical solid waste.[1] 2] As these products are rarely recyclable at their end of life, they contribute to plastic pollution.

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Metal AM Advances in Composite Tooling

Mold Making Technology

The additive tooling matched identical carbon fiber-reinforced composite tooling in terms of dimensional control, vacuum integrity and true position hole location, while providing improved durability. It also reduced maintenance costs, tool costs (30-40%) and tooling lead times (20-30%).