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Tempus 3D Blog
The latest product updates, news, and trends in Additive Manufacturing.
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February 2026 Newsletter
Tempus 3D's February recap newsletter, this month we focused on Industrial applications for 3D printing


Tempus 3D Expands Its Materials Portfolio with Tough 2000 Resin V1
Tempus 3D Expands Its Materials Portfolio with Tough 2000 Resin V1
At Tempus 3D, we’re continually expanding our material portfolio to help clients move from concept to production with confidence.
We’re pleased to announce that we are now offering Tough 2000 Resin V1 — a high-performance SLA material engineered for strong, stiff, and durable functional parts.


Designing and printing custom safety signs
I wanted to show off some of the signage we have been doing with our FDM printer. I detail my process step by step, from Canva to Makerlab to Bambu Studio
The makerlab tool that makes the magic happen can be found here
https://makerworld.com/en/makerlab/imageToKeychain?from=makerlab


Sustainability in Manufacturing | Fix it in post Ep. 02 ft. Kailey Allan
In this episode, I'm at the Selkirk Technology Access Center joined by Kailey Allan, who in an Instructor with a background in engineering and industrial design, we are going to be discussing Sustainability in Manufacturing and Design.
You can find her here
https://www.instagram.com/wedge.workshop/
https://www.instagram.com/selkirkcollegedfab/
https://www.instagram.com/selkirkinnovates/


Gain a Competitive Advantage with Industrial 3D Printing
An increasing number of companies are embracing 3D printing as a strategic and cost-effective approach to manufacturing products. Among the many benefits are savings in cost of production, time to manufacture, quick iteration of prototypes, mass customization, and rapid delivery. Key Benefits of Industrial 3D Printing Accelerated time to market. Move from concept to production in days, not months. Additive manufacturing dramatically shortens lead times so you can launch faste


Tempus 3D January Newsletter
Robotics and automation are shifting toward a new design philosophy: machines must be lighter, modular, easily reconfigurable, and far quicker to deploy. Modern robotics platforms are moving away from bespoke, monolithic machines and toward standardized, swappable subassemblies.
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