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Additive Manufacturing: Enabling Faster Industrial Growth in Africa

Additive manufacturing, often referred to as 3D printing, is an advanced manufacturing technology that is slowly but surely changing industrial production globally. While its adoption has gained significant traction in regions like Europe, America and Asia, Africa has only recently begun to recognize additive manufacturing’s value as a catalyst for economic development. The rise of additive manufacturing in Africa presents both opportunities and challenges that need to be addressed to unlock its full potential.

Additive manufacturing in Africa remains in its nascent stages, with limited adoption and infrastructure compared to more developed regions. According to a report in Manufacturing Review, between 2010 and 2018, 37% of industrial additive manufacturing systems were installed in…

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Mintek adds a laser powder bed fusion 3D printer to array of cutting-edge technology

The acquisition of the AMAZEMET rePowder ultrasonic atomisation and alloy development machine by Mintek, South Africa’s national mineral research council, marked a technological breakthrough for the mineral processing and manufacturing industry. Mintek is proud to announce the purchase of a GE Additive Concept Laser Mlab Cusing R laser powder bed fusion 3D printer. Multitrade 3D Systems supplied and installed the machine.

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Thales deploys AddUp 350 in Morocco metal 3D printing facility

AddUp has installed a FormUp 350 quad laser machine at Thales 3D Morocco’s Casablanca-based facility.

The machine has been qualified under the European space protocol ECSS-Q-ST-70-80 C and is said to have met the technical requirements for some of the most challenging applications in the Thales ecosystem.

AddUp’s FormUp 350, launched in 2021, has been designed to be modular and scalable with four lasers each covering 100% of the build volume, and the machine equipped with advanced traceability and production control options to ensure it meets the ‘highest expectations in terms of productivity.’

As part of the dynamic between the two companies, AddUp will provide production assistance to Thales, with twin machines located at an AddUp facility. These twin machines are currently undergoing the same validation process, helping to ensure business continuity when demand increases above Thales’ capacity.

Thales opened its metal additive manufacturing facility in Casablanca in 2017, strategically basing its Thales 3D Morocco business in the heart of the local aerospace ecosystem. Since then, it has used metal 3D printing to deliver parts for heat sinks, radio frequency components and antenna supports in industries such as space, aviation and security.

With the addition of the FormUp 350 capacity, Thales 3D Morocco expects to expand its application opportunities, while also achieving an increase in productivity and reduction in costs.

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Mintek’s AMAZEMET acquisition to support SA’s additive manufacturing ambitions

Mintek’s latest technological acquisition, the AMAZEMET rePowder ultrasonic atomisation and alloy development machine, is an extremely advanced piece of equipment that is expected to strengthen and bolster the country’s minerals-based and three-dimensional (3D) printing industries.

The machine also aligns with the national mineral processing and metallurgical research council’s goal of providing critical infrastructure for South Africa’s industrial development.

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14Trees launches Iroko 3D printer for construction made in Africa

14 Trees, a joint venture (JV) between construction materials company Holcim and UK governmental development finance institution British International Investment (BII), has launched its new construction-ready three-dimensional (3D) printer, Iroko, to improve construction speed, cost and flexibility, while scaling up digital automation to build resilient and affordable housing, education infrastructure and commercial real estate worldwide.

The Iroko 3D construction printers were co-designed and manufactured with construction equipment company PMSA. The printers’ mobility and optimised assembly are key tenets of the design by 14Trees, it…

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3D Printing Construction in Egypt

Orascom Construction and Cobod Create JV to Bring the Latest 3D Printing Construction Technology to Egypt

Orascom Construction PLC (NASDAQ Dubai: OC; EGX: ORAS) announces that it has formed an exclusive partnership with Denmark-based COBOD International to bring the latest 3D Printing Construction (“3DPC”) technology for the first time to Egypt.

The partnership, owned 76% by Orascom Construction and 24% by COBOD, will play a leading role in the technological advancement of the construction sector in Egypt. Not only is this new technology more cost and time efficient compared to traditional methods of construction, but it…

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3D Printed leg in Mali

Introducing the first 3D-printed prosthesis in Mali!

Kabakoo is proud to introduce the 1st 3D-printed prosthesis in Mali!
It’s the result of the hard work and dedication of two young women, Kadidiatou (21) and Fatoumata (21). With their project “Faso Médical”, they design and 3D-print prostheses which are up to now in Mali imported items, and hence not readily available for the population. Their project emerged from the Hackathon organized by Kabakoo last October on accelerating the resilience of Sahelian societies. The prototype of their tibial prosthesis has been approved by surgeons and orthopedists. Faso Médical hence promises to have a real impact on…

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French Soldier 3D Printing

French soldiers deployed to Mali use 3D printers to make spare parts

French soldiers deployed to Operation Barkhane in the Sahel have been experimenting for several months with 3D printers to make spare parts at their base in Mali.

According to a Ministry of the Armed Forces release, Desert Tactical Group – Logistics “Charentes” is responsible for testing the feasibility of using the two 3D printers at the large base in Gao to make components.

In general, the specialists at the base a tasked to produce replacements for broken components.

They follow a familiar process – first modelling the part on a computer and then printing, testing, iterating and refining where necessary.

Small parts can be printed in minutes and more complex projects within hours, saving time and effort in transporting equipment to the relatively remote base in central Mali.

“It’s a great tool, able to solve…

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