HP MJF

18 06, 2025

Cimquest Showcases Cutting-Edge 3D Technologies at EASTEC & MD&M East

By |2025-06-18T08:59:19-04:00June 18th, 2025|Categories: 2 Minute Tuesdays, 3D Printing / Additive Mfg, CQTV, FormLabs, HP MJF, Materials, Ultimaker, XactMetal|Tags: , , , |0 Comments

In this special 2 Minute Tuesday episode, we take you behind the scenes as Cimquest exhibits at two major trade shows—EASTEC in West Springfield, MA and MD&M East in New York City. Catch a glimpse of the exciting 3D printing and scanning innovations we showcased this May, including: High-performance parts printed on the HP Multi Jet Fusion platform The new Formlabs Form 4L and Fuse 1+ SLS system UltiMaker’s S8 and Method XL for industrial [...]

6 02, 2025

Discover the Benefits of HP’s New PA12 S and PA12 FR Materials

By |2025-02-12T10:08:46-05:00February 6th, 2025|Categories: HP MJF, HP Multi Jet Fusion Technology, Materials, Technology|0 Comments

In the ever-evolving world of 3D printing, HP continues to lead the charge with innovative materials that enhance the capabilities of additive manufacturing. Two of their latest offerings, PA12 S and PA12 FR, are set to revolutionize the industry. Let’s explore the benefits these materials bring to customers. PA12 S: Superior Surface Aesthetics and Cost Efficiency HP’s PA12 S, developed in collaboration with Arkema, is designed to deliver exceptional surface aesthetics and cost efficiency. This material [...]

13 01, 2025

Revolutionizing Drone Innovation with HP Multi Jet Fusion Technology

By |2025-01-13T07:54:37-05:00January 13th, 2025|Categories: 3D Printing / Additive Mfg, HP MJF, Technology|0 Comments

Revolutionizing Drone Innovation with HP Multi Jet Fusion Technology At Cimquest, Inc., we’re proud to help businesses unlock the potential of cutting-edge technologies like HP Multi Jet Fusion (MJF) to drive innovation in industries such as UAV manufacturing. The Challenge: Drone manufacturers often face significant hurdles in balancing weight, strength, and design flexibility. For example, traditional manufacturing techniques like carbon fiber layup are time-consuming and limit design adaptability. Meanwhile, parts created using other 3D printing [...]

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