Fused Deposition Modeling (FDM)
3D Printing
Fused Deposition Modeling (FDM) is a reliable 3D printing technology that produces strong, functional parts for all types of applications. Engineers, designers, manufacturers, and more choose FDM printing for its fast production speed, wide material compatibility, excellent strength, and mechanical properties like durability, heat resistance, and chemical stability. FDM is ideal for creating everything from rapid prototypes to end-use parts with consistent performance and cost-effective results.
Applications
Automotive & Transportation - Functional Parts - Housings & Brackets - Interior Components - Replacement Parts/Pre Production Validation
Aerospace - Drone Parts - Test Parts - Jigs & Fixtures
Manufacturing & Industrial - Prototyping & Product Development - Low-Volume/One-Off Parts - Tooling & Fixtures - Flame Retardant/High Temp Parts - Casting Patterns - Robotics Parts & Tooling
Consumer Products - Highly Customizable End-Use Parts - Functional Prototypes - Organizational Tooling
Education & Research - Robotics - Research & Development - Teaching/Training Aids
Aerospace - Drone Parts - Test Parts - Jigs & Fixtures
Manufacturing & Industrial - Prototyping & Product Development - Low-Volume/One-Off Parts - Tooling & Fixtures - Flame Retardant/High Temp Parts - Casting Patterns - Robotics Parts & Tooling
Consumer Products - Highly Customizable End-Use Parts - Functional Prototypes - Organizational Tooling
Education & Research - Robotics - Research & Development - Teaching/Training Aids
Overview
Why Choose FDM Printing?
FDM printing creates durable, functional parts by extruding heated thermoplastic filament layer by layer. Known for its speed, strength, and cost-efficiency, FDM is a top choice for producing prototypes, fixtures, and end-use parts that can handle real-world testing and use. With a wide range of materials available, it’s a versatile solution for everyday engineering and manufacturing applications.
Capabilities & Post Processing/Finishing
Large Work Volume
Large format printing for mass production & large parts.
High Quality
High resolution printing for precise geometries & smooth surface finishes.
Dimensionally Accurate
Achieve a perfect fit with every part, every time.
Quick Turnaround
Rapid production to keep your business moving.
Post Processing
Further enhance the surface finish of your parts with various post processing options.
Finishing
Personalize & protect parts with various surface finishing options
General Purpose
General Purpose Filaments are reliable, easy-to-print materials designed for everyday prototyping, functional parts, and hobbyist projects. With consistent extrusion, vibrant colors, and excellent dimensional accuracy, they’re ideal for rapid iteration, visual models, and light-duty end-use components.
Engineering
Engineering Materials are high-performance filaments designed for durable, functional parts. With excellent mechanical properties like impact resistance, heat deflection, and flexibility, they’re ideal for load-bearing components, jigs, fixtures, and durable prototypes. Engineered for industrial applications, these materials deliver reliable performance and precise results in demanding conditions.
Materials
How Does FDM Printing Work?
Fused Deposition Modeling (FDM) is one of the most widely used and accessible 3D printing technologies, valued for its reliability, material versatility, and cost-effectiveness. FDM works by extruding thermoplastic filament through a heated nozzle, building parts layer by layer with precision and strength. This method is ideal for producing durable prototypes, functional parts, and manufacturing aids—especially when fast turnaround and mechanical performance are key.
Modern FDM systems offer a range of engineering-grade materials, from PLA and ABS to flexible, high-temp, and composite filaments. These options make FDM well-suited for applications that demand strength, durability, or specific mechanical characteristics. With advancements in extrusion control, heated build chambers, and dual extrusion, today's FDM printers can create complex geometries with improved dimensional accuracy and consistency.
Whether you're iterating on a product design, building jigs and fixtures, or producing end-use parts, FDM technology delivers dependable performance, scalability, and freedom of material choice—making it a powerful solution for prototyping and beyond.
