Application example of large-volume 3D printing: Very large Helicopter cockpit conversion kit – a modular structure with high surface quality, constant gap dimensions and high dimensional accuracy  (Source: Q-Big 3D)
Formnext 2024

Additive manufacturing for large-volume 3D plastic components

Q-Big 3D’s innovative VFGF (Variable Fused Granulate Fabrication) process unlocks new possibilities in large-scale 3D printing, making the production of massive components both economical and efficient. Utilizing commercially available plastic granulate and a variable nozzle that adapts between turbo and detail modes, VFGF enables rapid production without the high costs and lead times.

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Simulation in CAM software has evolved from a luxury to a necessity during the past three decades. (Source: Module Works)
Computer Aided Manufacturing

A brief history of simulation in CAM software

Simulation in CAM has evolved from a visual aid to a core pillar of safe, efficient manufacturing. This personal deep dive traces its transformation — from the early days of 5-axis backplotting to today’s real-time collision avoidance and GPU-accelerated material removal. What has been achieved, what challenges remain, and what lies ahead?

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Galleries

With the drawer system, the workpieces are provided to the robot on different levels. While the drawers are being loaded, the robot in the cell supplies the machine with workpieces. (Source: Emag)
Automation

Custom-fit robot solutions ensure fast parts flow in production

Production solutions with robotic automation are on the rise: With their help, a fast and low-manpower flow of parts can be established within a site — thus reducing unit production costs and increasing production reliability and quality. In this example, Emag links pick-up machine technology with highly individual robot solutions designed within the requirements of the workpiece and the production process. What are important details?

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A grid texture wrapped around a model using Polygonica’s seamless UV generator. (Source: Machine Works)
Software update

Polygonica 3.4 brings new tools for polygon mesh processing

With Polygonica 3.4, Machine Works has released, the latest update to its software library for polygon mesh handling. With improvements such as seamless UV parameterization, enhanced Boolean operations, and optimized tools for medical imaging and manufacturing, the update aims to streamline workflows and solve complex geometrical challenges across various industries.

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