Canadian Hardware Solutions

Stratasys SAF technology delivers industrial-grade power for high-volume production and consistent, end-use plastic parts. By utilizing a unique powder-bed process and high-absorption fluid, SAF provides exceptional part nested density and a competitive cost-per-part for short-run manufacturing.

Stratasys P3 technology delivers industry-leading accuracy and surface finishes comparable to injection molding for mass production of functional end-use parts. This evolution of DLP allows for a diverse range of high-performance materials, offering the consistency and isotropic properties required for demanding industrial and dental applications.

Stratasys PolyJet technology provides the ultimate in prototyping realism by jetting multiple photopolymer resins simultaneously to create full-colour, multi-material parts in a single print. This high-resolution process allows for smooth surfaces and complex geometries, making it the ideal choice for hyper-realistic concept models, anatomical medical guides, and functional over-molded prototypes.

BLT metal 3D printers deliver a complete industrial ecosystem for high-speed, multi-laser production of large-scale components. It is the premier choice for high-throughput manufacturing with aerospace-grade repeatability, ensuring complex metal geometries are produced with maximum efficiency and uncompromising structural integrity.

Markforged metal 3D printing provides a safe, accessible workflow for producing high-density, functional components in industrial materials like Stainless Steel and Tool Steel. This proven technology enables manufacturers to replace traditional machined parts with complex, high-strength metal tooling and end-use components directly on the shop floor.

UltiMaker FFF 3D printers provide a reliable and accessible platform for producing high-quality prototypes, manufacturing aids, and functional parts. With its open-material ecosystem and seamless software integration, UltiMaker is the ideal solution for engineering teams looking to scale their in-house additive manufacturing capabilities.

Markforged FFF 3D printers combine industrial-grade thermoplastics with patented Continuous Fiber Reinforcement (CFR) to produce parts with the strength of 6061-T6 aluminum. This reliable platform allows engineers to replace machined metal components with high-performance composites for demanding factory-floor applications.

Formlabs SLA 3D printers provide a professional, easy-to-use ecosystem for producing high-accurcay parts with smooth, injection-molded surface finishes. With a library of over 40 functional resins, these systems enable rapid iteration and low-volume production of everything from biocompatible medical devices to high-temperature engineering components.

Stratasys SLA technology, led by the Neo series, delivers industrial-grade precision and exceptional surface finishes that rival injection molding. This open-material platform is the industry standard for producing highly detailed prototypes, master patterns, and large-format tooling with unmatched dimensional accuracy and professional reliability.

HP Multi Jet Fusion (MJF) technology enables high-speed, industrial production of functional nylon parts with exceptional isotropic strength and surface detail. By utilizing voxel-level control and precise thermal management, MJF provides a scalable solution for bridge manufacturing and high-volume end-use parts without the need for traditional tooling.

Formlabs SLS 3D printers deliver a scalable, benchtop solution for producing rugged, production-ready nylon parts without the need for support structures. This accessible ecosystem allows engineers to maximize design freedom and achieve a low cost-per-part for functional prototypes and end-use manufacturing.