Top Pellet Materials for LFAM: Strength, Heat Resistance & Cost Breakdown

Top Pellet Materials for LFAM: Strength, Heat Resistance & Cost Breakdown

Material selection plays a critical role in large format 3D printing. This guide compares PLA, PETG, ABS, ASA, carbon fibre reinforced, and high-temperature pellets based on strength, heat resistance, and cost. It helps manufacturers choose...
Purpose-Engineered Hybrid Additive Manufacturing Systems

Purpose-Engineered Hybrid Additive Manufacturing Systems

Hybrid additive manufacturing combines 3D printing and CNC machining into a single, integrated workflow, enabling manufacturers to produce large, complex components with high precision and reduced waste. By merging additive deposition with precision CNC finishing,...
Top 5 Industrial Sectors Revolutionising Production with Industrial 3D Printing

Top 5 Industrial Sectors Revolutionising Production with Industrial 3D Printing

Industrial additive manufacturing solutions are transforming production across aerospace, automotive, energy, defence, and construction industries. By enabling faster prototyping, reduced waste, scalable production, and greater design flexibility, industrial 3D printing is moving beyond prototyping into...
Aerospace Additive Manufacturing: The Future of Aircraft Production

Aerospace Additive Manufacturing: The Future of Aircraft Production

Aerospace additive manufacturing is transforming how aircraft components are designed and produced. By using advanced 3D printing technologies, manufacturers can create lightweight, complex, and high-performance parts with reduced waste and faster production cycles. From structural...
Pellet 3D Printing for Large-Format Additive Manufacturing

Pellet 3D Printing for Large-Format Additive Manufacturing

Pellet 3D printing combined with robotic arm systems is transforming large format additive manufacturing (LFAM). By using cost-effective thermoplastic pellets and high-deposition robotic extrusion, manufacturers can produce large, complex components faster and more efficiently. Rapid...
Robotic AM Cells vs Gantry Systems: Which Is Right for Your Factory?

Robotic AM Cells vs Gantry Systems: Which Is Right for Your Factory?

Industrial additive manufacturing requires choosing the right system for efficiency and precision. Robotic AM Cells offer flexibility and multi-axis printing for complex, customised parts, while Gantry Systems provide rigidity and repeatable accuracy for high-volume production....
Engineering Challenges in Large Format Printing

Engineering Challenges in Large Format Printing and How to Solve Them

Large format printing faces engineering challenges like thermal control, structural stability, material flow, accuracy, and long print times. Engineering-led solutions help overcome these issues, making large-scale additive manufacturing reliable for industrial production.
5 Common CNC Milling Challenges And How a Professional CNC Milling Solution Solves Them

5 CNC Milling Challenges Solved by Professional Solutions

CNC milling faces challenges like tight tolerances, surface finish, complex geometries, long lead times, and material issues. A professional CNC milling solution solves these with advanced machines, expert operators, and efficient workflows, ensuring accurate and...
Aerospace Additive Manufacturing: Transforming Advanced Production With Rapid Fusion

Aerospace Additive Manufacturing: Transforming Advanced Production With Rapid Fusion

Aerospace additive manufacturing is transforming aircraft production by reducing weight, shortening lead times, and improving supply chain resilience. Rapid Fusion leads this shift with certified large-format additive manufacturing solutions that enable scalable, compliant, and cost-efficient...