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Insights, trends, and actionable strategies for aerospace, automotive, industrial maintenance, and defense industries using cutting-edge large-format 3D printers.
3D Printed Fairings for Suborbital Rocket Boosters: Lighter, Faster, Mission-Ready
In the rapidly advancing world of aerospace engineering, every gram and every second count. When the Łukasiewicz Research Network – Institute of Aviation embarked on the development of Poland’s ...
3D Printing for Industrial Robotics: Custom Frame Component for Robotic Arms
Flexlink, a leader in manufacturing automation, needed a solution to create custom protective covers for robotic arms to meet safety standards in collaborative workspaces. Omni3D provided an ...
3D Printing Impossible-to-Machine Large 3D Parts for Hexapods
More than ever, the way we are manufacturing is changing. In particular, due to increased issues such as the Global Supply Chain Crisis of 2022 or even the COVID-19 pandemic itself, we are ...
3D printing in education
3D printing technology is becoming increasingly popular in school education. 3D printing helps to understand the secrets of three-dimensional space, stimulating children's imagination and perception of reality. This, of course, results in better school achievement. In this article you will learn the benefits of using 3D printing in education!
3D printing in furniture manufacturing
INEX System, a furniture manufacturing company, asked Omni3D to print 15,000 elements used
in the production of shop furniture. 3D printing turned out to be the cheapest and fastest method of producing parts - compared to traditional production, our client saved time (production ended 21 days earlier) and production costs were reduced by 79%!
3D printing in medicine – the revolution of 3D medicine?
3D printing is a technology which, thanks to its capabilities, increasingly supports the medical industry. 3D printers enable the production of spatial forms with unprecedented precision, therefore they become irreplaceable in the creation of prosthesis models, educational supports and operation planning. 3D medicine is already a reality. What is the practical use of 3D printers in this sector?
3D printing in orthopedics – cosmetic coverage for lower leg prosthesis
Design Pro Technology Ltd. offers products and services in the field of human and animal orthopedic supplies. Its main field of activity is prosthetics and limb orthotics. An everyday occurrence ...
3D printing in the production of final parts – AUTOCLIMA
The company Autoclima Polska Sp. z o.o. operates in the air-conditioning sector for transport industry, for many types of commercial and industrial vehicles as well as specially modified ones, ...
3D printing in the production of the final parts of the racing car
The PRz Racing Team decided to use elements printed on a 3D printer for their project. The task of Omni3D was to print an element that would be adapted to the requirements of racing cars. The inlet manifold is an element exposed to vibrations, high temperatures of approx. 100°C and chemicals.
3D printing in the production of the final parts of the racing car part 2
The PRz Racing Team decided to use elements printed on a 3D printer when building their car. The task of Omni3D was to print an element that would be adapted to the requirements of racing cars. The gear mount is a geometrically complex printout for the student formula car.
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3D Printing Impossible-to-Machine Large 3D Parts for Hexapods
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3D Printed Fairings for Suborbital Rocket Boosters: Lighter, Faster, Mission-Ready
In the...