Tempus 3D

Tempus 3D Industrial 3D Printing, Made in Canada

The future of robotics isn't just smarter- it's lighter, faster, and more customizable. 3D printing is enabling rapid pr...
06/17/2026

The future of robotics isn't just smarter- it's lighter, faster, and more customizable.

3D printing is enabling rapid prototyping, low-volume production, complex geometries, and custom robotic components that traditional manufacturing struggles to deliver.

Learn more how robotics and additive manufacturing are driving the next wave of innovation:

The Modern Fusion of Robotics and 3D Printing (https://hubs.la/Q04lLv-D0)

Robotics is an ever-growing part of our lives, integrating into everything from food delivery to space exploration. Robots originally designed for simple or repetitive tasks are becoming increasingly articulate and versatile, enabling them to be more than just tools for automation. The constant impr...

⌚The future of manufacturing could be worn on your wrist.A new watch brand, Parivas, has launched the Exo.1—a timepiece ...
06/17/2026

⌚The future of manufacturing could be worn on your wrist.

A new watch brand, Parivas, has launched the Exo.1—a timepiece built around additive manufacturing from the ground up. Rather than using 3D printing as a supporting technology, Parivas has made it the foundation of its design philosophy, creating a monolithic stainless steel case that would be difficult, if not impossible, to produce through traditional methods.

What stands out is not just the product itself, but what it represents: additive manufacturing is continuing to move beyond prototyping and into high-value, consumer-facing applications where design freedom, customization, and performance matter.

From aerospace and healthcare to luxury goods and industrial components, we're seeing more companies embrace 3D printing to unlock new possibilities in product design and production.

At Tempus 3D, we're excited to be part of this transformation, helping businesses leverage additive manufacturing to innovate faster, reduce complexity, and bring better products to market.

You can read more about it here: https://hubs.la/Q04lHWSq0!

Follow us here to see how 3D can impact your business and contact us at [email protected]

There is a new additively manufactured watch on the scene: the Exo.1 from Parivas. Based in Los Angeles, California, Parivas is a watchmaking company whose core mission is to introduce a new category to horology: additive watch design. While they…

🚀 When automotive engineering meets additive manufacturing.Apollo Automobil has unveiled a striking example of what's po...
06/16/2026

🚀 When automotive engineering meets additive manufacturing.

Apollo Automobil has unveiled a striking example of what's possible with metal 3D printing: a titanium "Dragon Skin" exhaust system for its new Apollo EVO hypercar.

✅ Printed as a single piece in aerospace-grade titanium
✅ More than 123 hours of print time
✅ Complex geometry impossible to manufacture conventionally
✅ Functional design that enhances heat distribution while creating a unique aesthetic

The project highlights how additive manufacturing continues to push beyond prototyping and into high-performance, production-grade applications where design freedom, performance, and innovation converge.

As industries demand lighter, stronger, and more complex components, examples like this demonstrate why advanced 3D printing is becoming a critical manufacturing technology.

Want to explore how 3D can impact your business? Follow us here or email us at [email protected]

https://hubs.la/Q04lBczz0!

Hypercar manufacturer Apollo Automobil unveiled their 3D printed, dragon-skin inspired exhaust pipes featured in the Apollo EVO.

A big win for industrial 3D printing: Fleet Readiness Center East (FRCE) has designed, produced, and delivered its first...
06/11/2026

A big win for industrial 3D printing: Fleet Readiness Center East (FRCE) has designed, produced, and delivered its first flight-certified metal 3D printed aircraft parts entirely in-house—in under six months. By bringing laser-based metal AM on-site, the U.S. Navy is cutting lead times, easing supply chain risk, and keeping critical platforms mission ready.

If you want to see how production-grade 3D printing can boost uptime and resilience in your own operation, follow Tempus 3D on social media and email us at [email protected] to start the conversation.

Read the article here 👉 https://hubs.la/Q04l7py00!

FRCE has delivered its first flight-certified metal 3D printed aircraft parts, built entirely in-house in under six months.

Robots are redefining defence manufacturing. Backed by the UK Defence Science and Technology Laboratory, Rivelin Robotic...
06/10/2026

Robots are redefining defence manufacturing. Backed by the UK Defence Science and Technology Laboratory, Rivelin Robotics’ NetShape microfactories bring human‑like dexterity to robotic post‑processing, automating support removal, finishing, and inspection on complex 3D printed metal and polymer parts for mission‑critical environments. The result: up to 5x more productive hours than manual finishing and dramatically lower cost, energy use, and variability – unlocking true on‑demand, in‑theatre production for defence and aerospace.

https://hubs.la/Q04kMbVz0!

At Tempus 3D, we see advanced robotics as a key enabler for the next generation of industrial‑grade additive manufacturing and post‑processing workflows. If you’re exploring what this could mean for your parts and programs, follow Tempus 3D on our socials and reach out at [email protected].

Rivelin Robotics, supported by the Dstl, developed robots that operate with human-like precision and robotic consistency to finish parts.

Manufacturers are no longer waiting months for tooling — they’re winning with industrial 3D printing today. From GM 3D p...
06/08/2026

Manufacturers are no longer waiting months for tooling — they’re winning with industrial 3D printing today. From GM 3D printing 60,000 spoiler seals in weeks instead of delaying 30,000 vehicles, to CGX Systems cutting labor hours in half and producing lighter, biocompatible EEG headsets, real companies are using HP MJF to move from prototype to production at speed. In our latest article, we break down how industrial 3D printing accelerates time to market, enables mass customization, strengthens supply chains, and how Tempus 3D can help you turn additive into a production advantage.

Check out our blog here 👇

https://hubs.la/Q04kCy970

Discover how forward-thinking manufacturers like General Motors and CGX Systems are using HP Multi Jet Fusion 3D printing to cut costs, speed up production, and bring better products to market faster.

The Battery Innovation"We don't build batteries. We print energy." For decades, engineers have had to design hardware ar...
06/04/2026

The Battery Innovation

"We don't build batteries. We print energy." For decades, engineers have had to design hardware around rigid, bulky battery shapes, but a startup is changing this paradigm. They are using advanced additive manufacturing to create custom-shaped lithium-ion batteries that seamlessly conform to specific product geometries.

Technological Impact
The proprietary process uses unique nanomaterials to print battery cells without needing external casings, which massively increases overall energy density. This structural breakthrough allows devices like drones, AI wearables, and humanoid robotics to run significantly longer without adding extra mass.

Community Engagement
As an industry, cramming the traditional multi-step battery manufacturing process into a single 3D printer introduces a level of flexibility that could fundamentally alter product development. How do you think customizable, 3D-printed power sources will reshape the future of industrial design? Share your thoughts below! 👇

Contact us to see how 3D printing can help you innovate and create!

https://hubs.la/Q04kcX1n0!

For decades, hardware design has been dictated by a stubborn reality: the battery is a block. Whether designing a drone or a smartphone, engineers have had to build around the rigid, heavy constraints of traditional cylindrical or prismatic cells, compromising…

The future of 3D printing is about building complete, scalable workflows that make additive manufacturing practical for ...
06/02/2026

The future of 3D printing is about building complete, scalable workflows that make additive manufacturing practical for real production environments.

A recent industry article highlighted how robotics are being used to automate the finishing of 3D printed parts for defence applications, helping improve consistency, reduce manual labor, and support faster on-demand manufacturing. It is another strong sign that post-processing is becoming a major focus as additive manufacturing moves further into industrial use.

At Tempus 3D, we see this as part of a larger shift in the market. Industrial 3D printing is evolving from a powerful manufacturing tool into a more connected, reliable production ecosystem.

Follow us here for more industry insights.
Contact us at [email protected].



Rivelin Robotics, supported by the Dstl, developed robots that operate with human-like precision and robotic consistency to finish parts.

Elevate your manufacturing precision with SLA 3D printing. 🚀In the May 2026 edition of Tempus Times, we dive into the in...
05/29/2026

Elevate your manufacturing precision with SLA 3D printing. 🚀

In the May 2026 edition of Tempus Times, we dive into the incredible potential of Stereolithography (SLA) printing. We explore why it's a top choice for exceptional surface finish and dimensional accuracy, spanning industries from biomedical to product development.

We also cover:

- How PSYONIC uses agile manufacturing to scale advanced prosthetics while cutting costs.

- The Department of Defense’s innovative use of custom chemical-resistant resins for aircraft tooling.

- A stunning demonstration of SLA precision, taking a miniature from the resin vat to a fully painted masterpiece.

Read the full newsletter to see how Tempus 3D can bring your high-detail, production-ready parts to life.

Link: https://hubs.la/Q04jlMpT0

In this latest edition of Tempus Times we discuss why SLA is a great choice, a short that highlights agile manufacturing and more!

🚑 The future of orthopedic care is being shaped by additive manufacturing.A Singapore-based innovator has developed a 4D...
05/22/2026

🚑 The future of orthopedic care is being shaped by additive manufacturing.

A Singapore-based innovator has developed a 4D-printed orthopedic cast that addresses many of the biggest frustrations of traditional casts — itching, sweating, discomfort, poor ventilation, and even the inability to get wet.

Using smart thermoplastic materials, these casts can be heated, molded directly to the patient, and re-adjusted during treatment without needing a full replacement. Lightweight, breathable, waterproof, and reusable — it’s another powerful example of how advanced manufacturing is transforming healthcare.

At Tempus 3D, we love seeing how industrial 3D printing continues to move beyond prototyping into real-world, high-impact applications that improve lives and redefine what’s possible.

From medical innovation to industrial manufacturing, additive manufacturing is accelerating faster than ever — and we’re excited to be part of that journey.

Follow us for more insights into the future of 3D printing and advanced manufacturing.

📩 Interested in industrial 3D printing solutions for your business? Contact us at [email protected]

https://hubs.la/Q04hFl0G0!

A 4D-printed cast that molds to each patient without scanning, survives water, and requires no saw for removal.

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