Tempus 3D Blog

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.

This Tempus Times issue explains how 3D printing supports modular robotics, faster iteration, MJF nylon parts, and adaptable robotic assemblies.

How does Cerakote perform when applied to 3D printed plastic parts? This handy guide uses powder coat as a baseline comparison.

This Tempus Times issue highlights how 3D printing supports the medical sector, including prosthetic devices, MJF production, and patient-specific components.

This Tempus Times issue shows how 3D printing supports veterinary orthotics and custom protective devices for pets using digital workflows and MJF production.

This video explains the MJF 3D printing workflow, including PA12 nylon printing, powder extraction, blasting, tumbling, vapor smoothing, and finishing options.

This video case story shows how Tempus 3D used HP MJF, PA12 nylon, and TPU to create a custom prosthetic thumb for comfort, fit, and function.

We’re excited to share two new upgrades to our 3D printing lineup at Tempus 3D. First, we are soon switching over to PA-12S for all of our Multi Jet Fusion (MJF) prints. Second, we’re now offering SLA (Stereolithography) printing as a new service. Both changes are part of our goal to give you even better-looking parts, more options, and consistent results every time you order.

Compare SLS and MJF 3D printing for nylon parts, including surface quality, detail, strength, lead time, and material selection.

See how 3D printing supports custom orthotics with digital workflows, production-grade parts, and faster iteration.

Learn how reverse engineering and MJF 3D printing can recreate functional parts when original components are unavailable.

Learn how generative design and 3D printing can optimize drone components for weight, performance, and manufacturability.

Compare the top 3D printing technolgies for orthotics to achieve durable nylon parts, functional prototypes, production components, and repeat manufacturing.

Learn how Biotec saw significant time and cost savings with HP Multi Jet Fusion vs. injection molding for manufacturing medical equipment.

Nylon PA12 and Nylon PA11 are two popular 3D printing materials, but what is the difference? Learn about the unique characteristics of each

Learn how to choose the right 3D printing material based on strength, flexibility, detail, surface finish, and application requirements.

Learn design considerations for accurate HP Multi Jet Fusion parts, including tolerances, features, fit, and production performance.

HP’s Multi Jet Fusion technology fosters design freedom and improves speed-to-market, helping Biesse manufacture more quickly and affordably.