INTAMSYS and JLC3DP Launch Scalable PEEK and PEKK 3D Printing Services for Aerospace and Semiconductor Applications

September 13, 2026

INTAMSYS / JLC3DP China

Overview

INTAMSYS and JLC3DP have introduced scalable 3D printing services for PEEK and PEKK, targeting high-demand engineering sectors such as aerospace, semiconductors, energy, automotive, and robotics. Supported by INTAMSYS’s FUNMAT series printers, this offering allows customers to upload 3D models online for quotes and rapid manufacturing. This initiative democratizes access to high-performance polymer additive manufacturing, accelerating prototyping and production of complex parts previously challenging to produce with traditional methods.

In Depth

Key Findings

INTAMSYS and JLC3DP have jointly launched scalable 3D printing services for high-performance PEEK (Polyether Ether Ketone) and PEKK (Polyetherketoneketone) polymers, aimed at demanding engineering applications. This strategic collaboration is set to revolutionize manufacturing in sectors like aerospace, semiconductors, energy, automotive, and robotics by enabling the accessible and efficient production of advanced polymer components. Customers can now easily upload their 3D models online to receive rapid quotations and facilitate manufacturing, streamlining the process from concept to end-use parts.

Technical / Clinical Details

The backbone of this new service is INTAMSYS’s FUNMAT series of 3D printers, which are specifically designed for processing super-engineering plastics such as PEEK and PEKK. These industrial-grade machines feature high-temperature build chambers, independent dual extruders, and sophisticated thermal management systems. Such capabilities are crucial for overcoming common challenges associated with these materials, like warping and poor layer adhesion, thereby ensuring the production of parts with high dimensional accuracy and superior mechanical properties. PEEK and PEKK are renowned for their exceptional thermal resistance (continuous use temperatures exceeding 250°C), high strength-to-weight ratio, rigidity, chemical inertness, and radiation resistance, making them ideal for components exposed to harsh environments. Specific applications include wafer carriers in semiconductor manufacturing, lightweight structural components in aircraft, and corrosion-resistant parts in chemical processing plants.

Background & Context

Historically, 3D printing with high-performance polymers has been constrained by prohibitive costs and the need for specialized expertise, limiting its adoption primarily to large corporations and research institutions. However, industries like aerospace and semiconductors face escalating demands for complex, lightweight, and high-performance components. Traditional manufacturing methods such as injection molding or subtractive machining often involve long lead times, design limitations, and significant material waste. The introduction of this scalable on-demand manufacturing service by INTAMSYS and JLC3DP directly addresses these pain points. By making PEEK and PEKK printing more accessible, this partnership empowers small and medium-sized enterprises (SMEs) and startups to leverage the benefits of these advanced materials, fostering broader innovation across various industries.

Strategic Significance & Outlook

This new service is poised to significantly impact the high-performance 3D printing market. Increased accessibility to PEEK and PEKK parts will encourage more designers and engineers to integrate these materials into their product development cycles. This will accelerate the creation of innovative products, such as more fuel-efficient lightweight components in aerospace, ultra-pure and thermally stable process parts in semiconductors, and biocompatible implants in the medical sector. Furthermore, the user-friendly online platform is expected to bolster distributed and on-demand manufacturing models within global supply chains, enhancing market flexibility and responsiveness. The long-term outlook points to a greater emphasis on material efficiency, reduced waste, and the faster deployment of cutting-edge technologies that rely on these advanced polymers.

Source: https://jlc3dp.com/news/jlc3dp-intamsys-peek-pekk-3d-printing

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