Latin America Technology and Industry (1 Viewer)

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CNC machines designed by Mexicans for Mexicans

With the SIDECO Metal Laser Cutter, you'll achieve your goals with ease. Thanks to its cutting-edge international technology, this machine provides precise and fast cuts in a variety of metals. It features a work table starting at 1500 mm x 3000 mm for large projects without compromising power and stability for thicker materials. It's the tool you need.
 
Meltio's industrial metal 3D printing solutions for manufacturing metal parts in various materials enable industries such as automotive, aeronautics, aerospace, energy, mining, oil and gas, and other industries, to solve their part shortage problems and manufacture efficiently, increasing productivity and autonomy with 24/7 equipment. This is a strategic alliance that redefines how metal parts are designed, created, and repaired for the country's industries, giving them greater manufacturing autonomy in their 24/7 production centers by installing Meltio equipment.

Education, Industry, and Innovation join forces to boost the manufacturing of 3D metal parts.
Sitres, Meltio's official distributor in Mexico, brings more than a decade of experience and helps industries and research centers like the Tecnológico de Monterrey adopt Meltio's metal 3D printing solutions.

Alar strengthens this alliance as a pioneer in emerging technologies, being the first Mexican company to integrate the Meltio M600 industrial 3D printer, recognized worldwide as the 'Enterprise 3D Printer of the Year (Metals)' at the 3DPI Awards 2024.

In an unprecedented strategic collaboration, Sitres Latam, Alar, and the Tecnológico de Monterrey announce the arrival of Meltio technology, a world leader in metal additive manufacturing, in Mexico. This alliance marks a turning point in the way final metal parts are manufactured in a functional, rapid, accurate, and cost-competitive manner.

Meltio's technology, based on wire-laser metal deposition, allows the creation, transformation, and repair of functional metal parts using materials such as stainless steel, titanium, Inconel, and copper, among others. The parts produced maintain densities and properties equivalent to traditional processes, with greater speed, flexibility, and cost efficiency, revolutionizing the industrial manufacturing landscape.

Unlike other methods, it does not use metal powder, but rather welding wire, a greener and safer option with less waste and a lower carbon footprint, validated by sectors such as automotive, aerospace, defense, energy, naval, mining, and oil and gas. Sitres, Meltio's official distributor in Mexico, brings more than a decade of experience promoting additive manufacturing technologies. Its leadership and commitment to innovation facilitate the adoption of advanced, robust solutions tailored to the Mexican market, promoting a sustainable and competitive industrial transition.

Alar strengthens this alliance as a pioneer in emerging technologies, becoming the first Mexican company to integrate the Meltio M600 industrial 3D printer, recognized worldwide as the "Enterprise 3D Printer of the Year (Metals)" at the 3DPI Awards 2024. This machine operates autonomously 24/7 and allows for the production of high-quality final parts in a wide range of metallic materials.

Tecnológico de Monterrey, one of the most prestigious universities in the world, is actively participating with its Meltio M450 industrial metal 3D printer. With this new technological addition, Tecnológico de Monterrey strengthens its commitment to training leaders in advanced manufacturing, giving its students the opportunity to work with industrial-grade metal 3D printing tools.

“In addition to strengthening academic training, we seek to have a direct impact on the productive ecosystem, as companies that require it will be able to collaborate with Tecnológico de Monterrey to take advantage of this innovative metal 3D printing technology to develop their own prototypes, explore industrial applications, and gain training in the use of additive manufacturing technologies,” says Dr. Ciro Ángel Rodríguez González, Professor in the Department of Mechanical Engineering and Advanced Materials and Leader of the Industrial Transformation Research Center at the School of Engineering and Sciences of the Tecnológico de Monterrey System.

Sebastián Saidman, General Manager of Sitres Latam, states:

"Sitres, as official distributors of Meltio technology in Mexico, is deeply excited by this collaboration that unites three key players: a cutting-edge company like Alar, a leading academic institution like the Tecnológico de Monterrey, and the world-class innovation that Meltio represents. Seeing this synergy take shape, with an M600 device already operational at Alar and the TEC validating the capabilities of the M450, confirms that we are on the right path to transform the way metal parts are designed, manufactured, and repaired in our country."

Andrea Alarcón, General Manager of Alar, welcomes this technological agreement and notes:
"For us at Alar, having a Meltio M600 device represents much more than technology: it reflects our commitment."

How does a small workshop become an aerospace giant? Today, on the Creaform channel, we discover the story of Frisa Aerospace, a company that has conquered the world with its high-quality forged products. Join us for this conversation as we explore their collaboration with Creaform and how the implementation of our metrology solutions is making a difference in the precision and efficiency of their processes.

View: https://www.youtube.com/watch?v=lf0kBxJQjgg
 
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A Mexican has surprised the world with the invention of a revolutionary machine capable of transforming trash into completely free gasoline. This technological advancement not only represents an innovative solution to the environmental crisis but could also radically change the energy industry globally. The invention, developed by a talented Mexican engineer, has generated a huge impact on social media, the media, and scientific communities due to its enormous potential to combat pollution and reduce dependence on fossil fuels. How does this machine work? What type of waste does it use? Is it really free? In this video, we tell you all the details about this creation that could position Mexico as a leader in ecological innovation. Don't forget to subscribe and activate the bell for more content on technological advances and Mexican inventions!
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View: https://www.youtube.com/watch?v=pa8wxhc8nFA
 

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Today's societies around the world are seeking efficient, economical, and environmentally viable options that meet their inhabitants' mobility needs. At UNOTV, we conducted the investigation: "Olinia, the Low-Cost Mexican Electric Car, Does It Have a Future?", where we explored from different angles the proposal that the Mexican Government presented on January 6, 2025, during its morning press conference. We showed the public various aspects of the project; you will always have the last word.
 
QSM Semiconductores, a Mexican company seeking to accelerate the country's efforts to manufacture semiconductors in Mexico, presented to the Secretary of Economy, Marcelo Ebrard, the progress made toward achieving this goal. These include an agreement to acquire the manufacturing equipment in Europe that will comprise the chip plant, the cornerstone of which will be laid in the state of Querétaro in the first quarter of 2025.

During the presentation of the Master Plan for the Development of the Semiconductor Industry in Mexico 2024-2030 at the Ministry of Economy, organized by the Mexico-United States Semiconductor Collaboration Forum, Alejandro Franco, founding partner and Chairman of the Board of QSM, highlighted the importance of the agreement with Europe, as well as the operation of its Engineering Center (CEI) and Design Center (CEDI), both located in Querétaro.

The agreement will allow QSM to begin the equipment acquisition and integration phase of the Mexican plant for legacy node chip manufacturing. According to the company, this process will not only strengthen local talent but will also generate wealth for the country and highly skilled jobs in areas such as engineering, mechatronics, solid-state physics, and advanced electronics.

“With this, QSM Semiconductors is ready to contribute to boosting the semiconductor industry in Mexico. Our vision is focused on technological independence, strengthening local infrastructure, and creating a comprehensive ecosystem for semiconductor design and manufacturing,” Franco said.
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Photo: QSM Semiconductors
Legacy node chips are semiconductors manufactured under established, but still developing, standards of 28 nanometers or larger. Although not as advanced as the chips used in smartphones, typically 5 nm or smaller, legacy chips still represent an important component of the value chain.

28nm chips are primarily used for critical functions in automobiles, airplanes, household appliances, broadband, consumer electronics, factory automation systems, medical devices, and even military systems. In that sense, they are still a relevant element for the advancement and digitalization of multiple industries.

“Having an advanced semiconductor industry is vital for Mexico to achieve the high levels of development to which we aspire; this is decisive. We must be successful together with the United States to resolve this,” said Ebrard.

Carlos Rebellón, coordinator of the Forum, explained at the meeting that the master plan consists of a set of public policies, cooperation measures, investments, and developments aimed at doubling investment, consumption, and domestic content in the industry and placing Mexico “among the elite of sophisticated economies.”


SEMICONDUCTORS — President Lula will sign a law providing incentives for domestic semiconductor production during the event. The law will allocate BRL 7 billion annually (totaling BRL 21 billion by 2026) to stimulate research and innovation in chip and electronics supply chains, with applications for solar panels, smartphones, personal computers and other Industry 4.0-related devices.

The new legislation introduces the Brazil Semicon program, reinforces the Semiconductor Industry Technological Development Support Program (Programa de Apoio ao Desenvolvimento Tecnológico da Indústria de Semicondutores /PADIS) and extends the Information and Communication Technology Law (Lei de Tecnologia da Informação e Comunicações/TIC). It also provides incentives for products developed using national technology (Tecnac) and higher credit rates for the North, Northeast and Central-West regions.

At the ceremony, Finep will announce the launch of BRL 4.5 billion in credit lines for the semiconductor sector. These funds will supplement the resources that FINEP, BNDES and the Brazilian Agency for Research and Industrial Innovation (Empresa Brasileira de Pesquisa e Inovação Industrial/EMBRAPII) have provided under the Plano Mais Produção (More Production Plan) since last year.

SMART FACTORIES — Additionally, BNDES and Finep will announce the launch operations for the digital transformation of micro, small and medium-sized industrial businesses as part of the Brasil Mais Produtivo program. An initial BRL 160 million will be allocated to smart factory development, with an additional BRL 400 million to formulate digitalization plans, resulting in a total investment of BRL 560 million.

The Brasil Mais Produtivo program is a joint initiative of the Ministry of Development, Industry, Trade and Services (Ministério do Desenvolvimento, Indústria, Comércio e Serviços/MDIC), the Brazilian Micro and Small Business Support Service (Serviço Brasileiro de Apoio às Micro e Pequenas Empresas/Sebrae), the National Service for Industrial Training (Serviço Nacional de Aprendizagem Industrial/SENAI), BNDES, the Brazilian Agency For Industrial Development (Agência Brasileira de Desenvolvimento Industrial/ABDI), Finep and Embrapii. It aims to enhance the productivity of small and medium-sized enterprises (SMEs) by implementing lean manufacturing, energy efficiency and digital transformation initiatives.

Estimates indicate that at least 8,000 of the 200,000 participating companies will reach the "technological frontier" by the end of the process. This will be achieved through the installation of digital sensors on production lines, system integration via cloud computing and the use of Big Data, IoT (Internet of Things), 3D printing and artificial intelligence.

ENHANCED TARGETS — The objective of NIB Mission 4 is to facilitate the digital transformation of 50% of Brazilian industrial companies by 2033, with an intermediate target of 25% by 2026. This will result in a threefold increase in the proportion of national production in emerging and disruptive technologies. As of 2023, 18.9% of industries are digitized.

To achieve company digitalization, the implementation of at least three of the six technologies considered key for digital transformation is essential. These include cloud services, ERP/CRM systems, big data, service robots, the Internet of Things and artificial intelligence.

The program target, announced during the NIB launch in January, is for 90% of companies to be digitized by 2033, based on the assumption that most companies would adopt at least one of the six key technologies.

RESOURCES — Allocation of public funds to Mission 4 between 2023 and 2026 will be derived from the Plano Mais Produção, the Brasil Mais Produtivo and other government initiatives, including the ICT Law, Padis and MCTI programs. Furthermore, the introduction of BNDES Development Credit Notes (Letra de Crédito do Desenvolvimento/LCDs) will contribute BRL 30 billion to the bank's efforts during this period, amounting to BRL 10 billion per year.

The LCDs were approved by the National Congress of Brazil in July and subsequently regulated by the National Monetary Council (Conselho Monetário Nacional/CMN) in August. These fixed-income securities, which were issued in the market, will exclusively finance NIB projects. One key advantage for buyers is the income tax exemption for individuals and a reduced corporate income tax rate from 25% to 15%.

PRIVATE INVESTMENTS — The total value of private investment announcements is estimated at BRL 85.7 billion, with scheduled implementation periods extending from 2024 to 2035. These investments encompass a range of initiatives, including infrastructure development, machinery acquisitions, research and development, the establishment of new production facilities and technological diversification. The announcements are set to be made by associations representing companies in the semiconductor and high-tech sectors, namely the Brazilian Electrical and Electronics Industry Association (Associação brasileira da indústria elétrica e eletrônica/ABINEE), the Brazilian Association of the Semiconductor Industry (Associação Brasileira da Indústria de Semicondutores/ABISEMI) and P&D Brasil, in collaboration with Amazon Web Services.

This brings the total amount of private sector investments announced since the beginning of the year to BRL 580.2 billion, encompassing a range of sectors, including automotive (BRL 130 billion), food (BRL 120 billion), pulp and paper (BRL 105 billion), steel (BRL 100 billion) and health (BRL 39.5 billion).

These investments are largely driven by the incentives offered by the NIB and related government programs, including the Green Mobility and Innovation (Mobilidade Verde e Inovação/Mover) and the Accelerated Depreciation (Depreciação Acelerada) programs, as well as the semiconductor and information and communication technology (TIC) law, which is scheduled to be signed today.

The country’s industrial restrengthening is evidence of the economic recovery begun in 2023, characterized by income redistribution, internal market growth, expansion of the Gross Domestic Product (GDP), balanced public finances, controlled inflation and the approval of pivotal investment frameworks in Brazil’s National Congress, including the fiscal framework and tax reform.

 

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