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nTop can help you design lighter and more efficient heat exchangers through additive manufacturing. Learn more in our latest guide. ntopolo.gy/hxotw

Create drilling guides that conform to any surface confidently with nTop. Watch how Yuki, our Technical Marketing Specialist, creates a drill guide for a winglet and makes the workflow reusable for any other imported part. Check it out here: bit.ly/3QRbKWE

See how Slicelab used nTop to design a lighter pair of inline skates in All3DP's article: Gyroid Lattices in 3D Printing. all3dp.com/1/gyroid-latti…

✈️Join the Aviation Week Network editors on Sept. 7 for a webinar on the significance of the Air Force’s new Blended Wing Body prototype. Register now👇 ntopolo.gy/vn1

nTop revolutionizes the design of jigs and fixtures for additive manufacturing in the aerospace and defense industry. See how you can bring precision and efficiency to your manufacturing and assembly processes. ntopolo.gy/2m0

We’re thrilled to be part of this year’s D3D 30, DEVELOP3D's round-up of 30 technologies expected to improve product development processes. Read the article for the full story. ntopolo.gy/67u

nTop revolutionizes the design of jigs and fixtures for additive manufacturing in the aerospace and defense industry. See how you can bring precision and efficiency to your manufacturing and assembly processes. ntopolo.gy/2m0

Join us for a live webinar on Thursday, Sept. 21 at 1 p.m. ET. You’ll learn how to design lightweight, cost-saving aircraft seat legs with additive manufacturing in nTop. Sign up today: ntopolo.gy/34u

Introducing transparency with nTop! See inside models of highly complex parts like heat exchangers for greater control over your designs. Read the article to learn more. ntopolo.gy/xur

There are many reasons to use nTop for heat exchanger design. Our latest video shows you the top five. ntopolo.gy/jpu

See how Elisa Jara, an application technology specialist at BASF Forward AM and a 3D Printing Bootcamp student, designed a lighter airplane seat bracket using nTop's design software. Register for our webinar September 21 for a deeper look at Elisa's work. ntopolo.gy/nm1

In nTop, topology optimization reduces bracket weight. Watch Alejandro Lopez, EMEA Application Engineer at nTop, use topology optimization to generate a lightweight airplane flight control bracket. tinyurl.com/mryhn6dk

Working with VELO3D and nTop, Sierra Turbines reduced the number of parts in a microturbine from 61 to just one. See how: tinyurl.com/2pbp95ye

3D print aircraft components in less time for less money. Watch this video for a DFAM approach to topology optimized parts that removes overhangs requiring extra support material. tinyurl.com/2s3emnmh

See how engineers doubled part strength and reduced weight by 5% while redesigning a family of F-16 aircraft hydraulic tube clamps for additive manufacturing. Read the case study to learn more. tinyurl.com/4c5ncwsy

Learn how nTop can help you improve filter performance through additive manufacturing. Designing geometric features in nTop can optimize filters with little design effort. ntopolo.gy/xio

Modern aerospace manufacturing requires ultra-compact and efficient heat exchangers. Additive manufacturing with nTop can help solve this problem. Check out our Thermal Management Guide to learn how. ntopolo.gy/6xt

Watch this video to learn how you can create a reusable workflow to apply perforation patterns to a filter in nTop. ntopolo.gy/np6

nTop’s advanced engineering design software can drastically reduce design time for 3D-printed personalized medical implants while also improving patient outcomes. Check out our latest guide to how. ntopolo.gy/smu