INTAMSYS recently announced that its industrial 3D printing services business has successfully achieved AS9100D aerospace quality management system certification. The certification confirms that INTAMSYS has established end-to-end quality management and process control capabilities for industrial FFF printing services using high-performance materials in accordance with aerospace supply chain standards, providing the quality system foundation required to manufacture high-end components for aerospace applications.
As additive manufacturing moves beyond prototype validation and into end-use functional parts for aerospace, automotive manufacturing, electronics manufacturing, humanoid robotics, and other industries, customers’ core requirements have evolved from whether a part can be printed to more systematic questions: Is part performance stable? Is quality consistent from batch to batch? Is the entire production process traceable? Is delivery in demanding applications backed by a robust quality system? Achieving AS9100D certification provides a critical validation of advanced additive manufacturing service capabilities.
AS9100D: A Key Qualification for the Aerospace Supply Chain
AS9100D is a globally recognized quality management standard for the aerospace industry. Built on the ISO 9001 quality management framework, it adds more stringent requirements for risk management, process control, product safety, end-to-end identification and traceability, external provider management, change control, nonconforming product control, and reliable delivery to address the industry’s high-reliability needs.
While ISO 9001 verifies the fundamental structure and effectiveness of a company’s quality management system, AS9100D focuses on the ability to deliver consistently and reliably in high-assurance applications. It is also one of the key qualification requirements used by aerospace supply chains when selecting strategic suppliers.
For additive manufacturing service providers, meeting AS9100D requirements is particularly demanding. In 3D printing, especially FFF with high-performance materials, final part quality is jointly affected by material lot condition, equipment temperature-control accuracy, process windows, printing environment, post-processing procedures, and inspection and release criteria. This creates numerous process variables and a high level of control complexity. For high-performance specialty engineering thermoplastics such as PEEK, PEKK, PEI, and PPSU, as well as carbon fiber-reinforced composites, achieving a stable result once is only the starting point. The real challenge is maintaining consistent, reproducible quality across projects, production batches, and long-term delivery programs.
AS9100D requires quality management to be embedded throughout the entire business cycle, from customer requirements review, technical confirmation, process planning, and production execution to process documentation, inspection and release, supplier control, nonconforming product handling, and continual improvement. Every stage must have clearly defined procedures, responsibilities, traceable records, and verification mechanisms, placing exceptionally high demands on the systematic capabilities of additive manufacturing service providers.
Four Integrated Capabilities Underpin Systematic Delivery
As a China-based company with both in-house industrial FFF equipment development and advanced printing service capabilities, INTAMSYS did not achieve certification through documentation alone. Its quality system is built on four integrated capabilities - equipment, materials, processes, and management systems - which together form a key differentiator from conventional third-party printing service providers.
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At the hardware and capacity level, INTAMSYS operates two dedicated printing service centers equipped with more than 100 self-developed industrial FFF 3D printers, including major production platforms such as the FUNMAT PRO 610HT, FUNMAT PRO 310 APOLLO, and FUNMAT PRO 310 NEO;
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It processes more than 10 metric tons of high-performance materials annually; and
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Its services cover a full range of industrial applications, including rapid prototyping, tooling and fixture production, functional prototype development, low-volume end-use part manufacturing, and customized spare and replacement parts.
In terms of material capabilities, the service centers support:
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High-performance specialty engineering materials including PEEK, PEEK-CF, PEKK, PEI 9085, PEI 1010, PPSU, and PPS;
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A broad portfolio of engineering and standard materials, including PC, carbon fiber-reinforced engineering thermoplastics, ABS, and ASA; and
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A maximum build volume of 610 × 508 × 508 mm,
enabling a wide range of advanced applications that require high-temperature resistance, lightweighting, and integrated complex geometries.
At the process control level, INTAMSYS draws on its experience as an equipment manufacturer to maintain deep control over critical machine parameters, material behavior, and process windows. This enables fine-grained, end-to-end process control for complex parts printed with high-performance materials and provides the technical foundation for effective implementation of the quality management system.
From "Delivering Results" to "Fully Traceable Industrial-Grade Delivery"
AS9100D certification has driven a comprehensive upgrade of INTAMSYS 3D printing services, with enhanced capabilities in three key areas:
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Standardized end-to-end process control: From customer requirements review and technical requirement confirmation to process planning, production, inspection, and release, standardized management pathways have been established across every stage. This reduces dependence on individual engineers’ experience and uses a robust system to ensure consistent, reliable delivery for advanced projects.
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Full lifecycle quality traceability: The MES production management system enables digital control of orders, scheduling, equipment, and production processes. Combined with the proprietary INTAMQuality™ quality traceability system, it records critical data including material lots, printing process parameters, and in-process inspections. The complete production history of every delivered part can be traced, verified, and reproduced.
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Consistent delivery across batches: By integrating materials, equipment, processes, personnel, and inspection into a unified quality management system, INTAMSYS addresses a major industry concern: a successful prototype followed by variability in batch production. The system provides a strong foundation for the stable, long-term delivery of low-volume end-use functional parts.
As additive manufacturing continues to expand in aerospace and other advanced manufacturing sectors, supply chains will place increasingly stringent requirements on the systematic capabilities of printing service providers. Achieving AS9100D certification is not only a milestone for INTAMSYS service capabilities, but also a reference point for the standardized, system-based development of high-performance-material FFF printing services in China.
The INTAMSYS 3D printing services team now provides end-to-end support to customers in aerospace, automotive, electronics manufacturing, humanoid robotics, and other advanced industries, including material selection, process evaluation, Design for Additive Manufacturing (DfAM) optimization, prototype production, and low-volume manufacturing - helping accelerate the adoption of additive manufacturing in high-end production applications.
About INTAMSYS
INTAMSYS (INTelligent Additive Manufacturing SYStems) is a high-tech company dedicated to industrial-grade 3D printing with high-performance and engineering materials. Founded by a team of engineers with extensive experience in precision equipment and advanced materials, INTAMSYS offers end-to-end additive manufacturing solutions from concept validation to functional prototyping to scalable production.
The company's FUNMAT series serves global customers across aerospace, automotive, electronics, robotics, education, and healthcare industries.
With offices in Shanghai, Dongguan, Stuttgart (Germany), and Minnesota (USA), and a global network of partners, INTAMSYS continues to drive the industrialization of high-performance materials FFF 3D printing worldwide.
INTAMSYS -- Manufacturing the Future, Empowering Industries.
Learn More at www.intamsys.com
