Large-Format 3D Printing with Advanced Materials
Engineers are constantly pushing the limits—lighter fixtures, stronger prototypes and parts that withstand extreme heat. Traditional manufacturing struggles to meet these demands quickly and economically. Large-format 3D printing with advanced materials like carbon-fiber composites and high-temperature thermoplastics is the answer.
High-Performance Material Capabilities
Most buyer guides mention generic materials like PLA, ABS and PETG. Yet advanced composites rarely get attention. DivByZ’s printers are designed for high-performance materials. The Quantum Pro 500 supports PLA-CF, ABS-CF, PETG-CF, ASA-CF and Nylon-CF thanks to its high-temperature extruder (350 °C, upgradeable to 550 °C) and robust motion system. The Aeqon 400 V4 prints engineering thermoplastics such as PC and PC-ABS along with carbon-fiber composites. These capabilities open doors for applications in automotive, aerospace, tooling and robotics.
Why Print with Carbon-Fiber or High-Temperature Materials?
- Strength-to-weight ratio – Carbon-fiber-reinforced polymers offer exceptional stiffness and low weight, ideal for jigs, fixtures, end-use parts and drone components. DivByZ printers deliver precise deposition, ensuring consistent fibre distribution and dimensional accuracy.
- Thermal resistance – Materials like PC and ASA withstand higher temperatures, making them suitable for under-the-hood automotive parts or moulds that see repeated heat cycles.
- Cost & efficiency – Printing composite tools or housings directly reduces the need for machined metal fixtures, saving time and money. Clients using DivByZ’s composite capabilities have cut lead times by 60 % while achieving comparable strength.
- Design freedom – With build volumes up to 500 × 500 × 500 mm and 1 m³, you can print large composite parts in one piece. Combined with features like auto-bed levelling and servo extruders, you get repeatable quality.
A robotics startup used the Quantum Pro 500 to print carbon-fiber end-effectors that previously required CNC machining. The result? Parts were 50 % lighter, produced in days rather than weeks, and cost 40 % less. Another customer in the automotive sector printed PC-ABS intake ducts capable of withstanding engine-bay temperatures, eliminating costly mould fabrication.
Get Started with Advanced 3D Printing
Harness the power of advanced materials to build stronger, lighter and more heat-resistant parts. DivByZ’s open-material platform and high-temperature extruders make it easy to work with carbon-fiber, nylon, PC-ABS and more. Let our materials experts guide you through material selection, printing parameters and post-processing. Contact us today via DivByZ’s form to start exploring high-performance 3D printing.