Scheduled for April 7-9, 2025 at the Dubai World Trade Centre, the Middle East Energy is a major event bringing together energy industry professionals from around the world. Bmax will be present at this international trade show, with the presence of its Commercial Director, Cyril Chantoiseau.

As a representative of Bmax, Cyril Chantoiseau will be on hand to meet with potential business partners, customers and industry experts to present the company's innovative solutions. This participation demonstrates Bmax's commitment to increasing its presence in the Middle East market and actively contributing to discussions on the future of energy in the region.

Come and meet Cyril Chantoiseau to discover our latest innovations and discuss opportunities for collaboration. This event represents an ideal platform for exploring emerging trends, establishing strategic partnerships and shaping the future of the energy sector together.

BAUMA 2025 is set to be the must-attend international event for the construction industry, taking place from April 7 to 13, 2025 in Munich.

Represented by Philippe Marty and Claire Frayssignes, Bmax will be taking an active part in discussions and demonstrations, offering professionals the opportunity to discover new perspectives and technologies that are shaping the future of the sector.

Come and meet us on our stand to discuss the latest trends, explore tailor-made solutions and take part in this unique experience that brings together experts, decision-makers and construction enthusiasts.

Cyril Chantoiseau will be at DC WORLD Paris on April 02, 2025 to present our innovative welding and crimping technologies. In a context where digital and continuous current are redefining the energy landscape, our technologies are at the heart of the sustainable energy transition.

Come and meet him to discuss high-performance solutions that will optimize energy efficiency and transform your vision of industry.

SCHWEISSEN & SCHNEIDEN 2025, scheduled for September 15-19, 2025 at Messe Essen in Germany, is the world's leading trade show dedicated to assembly, cutting and coating technologies. Bmax is proud to announce its participation as an exhibitor at this leading international event.
Come and visit us on our stand 3A48, located in Hall 3, where we'll be showcasing our latest innovations and technological solutions. Our team will be on hand to interact with industry professionals, discuss current challenges and explore opportunities for collaboration.

Rochester Hills, MI, USA
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Come see at this year's #TheBatteryShow - North America's Largest Advanced Battery Event! Please join us at Booth 513, to learn about our latest HighVoltage WireHarness production as well as magnetic pulse crimping and welding solutions that will help you take your projects to the next level.

These general terms and conditions of sale (hereinafter the "General Terms and Conditions") are applicable to all products and services (hereinafter the "Products" or "Services") marketed by the company Bmax SAS, a company incorporated as a société par actions simplifiée with a capital of ten thousand (10,000) Euros, registered with the Trade and Companies Register of Toulouse under the number 539 450 833, having its head office 30 Boulevard de Thibaud CS 10433 - 31104 Toulouse Cedex 01 (hereinafter "Bmax").

Like no other trade fair, Automechanika covers the entire value chain of the automotive aftermarket. This makes it the platform for innovation and networking with the whole world.

Magnetic Business and Technology Magazine showcased Bmax’s innovative Magnetic Pulse technology in their latest article. We’re thrilled to be featured and grateful for the opportunity to share how our groundbreaking solutions are revolutionizing metal processing.

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Bmax HPP advanced forming processes do away with nearly every process restriction, enabling you to imagine, design and create shapes that were previously considered impossible – all while using less material and smaller, more efficient, more eco-friendly equipment.

The Aerospace supply chain is facing a very challenging period with increasing production rates, pressure on raw material supply and human resources, the energy crisis in Europe, and ever-growing pressure on prices and quality. However, today the main challenge is to make the aviation industry more sustainable.

Consequently, the Aerospace industry needs to accelerate its race for technological innovation by implementing new, efficient production processes. A leading provider of High Pulsed Power technology for Aerospace, Bmax is a game-changing partner for sheet metal forming, circular assembly and power cable crimping.

Our breakthrough Magnetic Pulse Forming (MPF) and Electro Hydraulic Forming (EHF) processes make it possible to form metal at extremely high deformation speeds and at room temperature. Bmax thus offers new unmatched production possibilities.

Our breakthrough Magnetic Pulse Welding (MPW) technology makes it possible to bind materials at a molecular level and at room temperature, without fumes or filler material, preserving the material’s initial properties.

Bmax has over ten years’ experience providing High Pulsed Power (HPP) industrial solutions. Simulation is at the heart of the design and development of HPP systems. We offer a unique simulation and material characterization package to analyze accurately our processes  by finite element methods in fast dynamics and multi-physics. 

Welding

Our Magnetic Pulse Welding (MPW) technology uses electromagnetically generated forces to create a solid-state cold weld at room temperature. This weld is completed in microseconds and is stronger than a conventional weld.

About HPP

HPP (High Pulsed Power) technology converts a low electrical energy input into an enormous, concentrated electrical power output for an extremely brief period of time, similar to lightning.

Using this core, game-changing technology, Bmax has been building advanced manufacturing tools and systems that revolutionize metal welding, crimping and forming.
 

In the fragrance, cosmetic and personal care industry but also in the luxury accessory industry, providing responsible, sustainable product packaging has become a major challenge and a key commitment for many companies. 

Bmax occupies a state-of-the-art 6,000m2 facility in Toulouse, France and 24,000 ft.2 production site in Detroit USA with the capacity to support customers by training their teams, testing new concepts, production of pilot runs and building complete lines.

We are dedicated to revolutionizing the world of industrial manufacturing by utilizing high-pulsed power technology—offering transformative product design capabilities through clean and efficient metal processing solutions. 

Our pluridisciplinary teams are equipped to handle all of your High Pulsed Power needs. 

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Joining Bmax means drawing on more than 10 years' experience in the field of Pulsed High Power and taking part in highly technical projects that break with traditional production methods and processes.

The increasing hybridization and electrification of vehicles are creating new demands that traditional joining technologies cannot meet. Our HPP disruptive technology provides unique solutions, such as highly efficient welding for pressure vessels in advanced HVAC (Heat Ventilation & Air Conditioning) systems and high-performance crimping for high-voltage wire harnesses in electric heavy-duty trucks and buses.

Forming

EHF is based on the ultra-high-speed deformation of metal using shockwaves in water. Via the discharge of current from our generator, an electric arc is generated in water between two electrodes. This electric arc vaporizes the surrounding water, converting electrical energy into an intense shockwave of mechanical energy.

Forming

Crimping

Magnetic Pulse Crimping (MPC), is a contact-less process using Lorentz forces to crimp a wide variety of materials of different shapes and sizes. MPC is a technical alternative to mechanical processes. Using the same principles as Magnetic Pulse Forming and Welding, our MP Crimping system produces world-class performance, enabling new designs with extreme mechanical properties.

Our Magnetic Pulse Crimping technology (MPC) has become the gold standard to connect terminals to high voltage cables used in the E-Mobility sector. 

From June 19th to 25th, 2023, our teams were present at the prestigious Paris Air Show. This major Trade show brought together a wide range of companies and industry professionals discussing decarbonization, urban transportation challenges, and the latest technological advancements in the aerospace field.

From October 3rd to 5th, 2023, Mathieu Fournier, Aerospace Business Developer, attended the Aerospace Meetings Casablanca organized by Advanced Business Events (ABE). He had the opportunity to engage with numerous professionals and stakeholders in the aerospace industry.

Bmax will hold its new webinar on Simulation on Thursday 23th March 2023.

During this new session, our speaker, Gilles MAZARS, will cover how Simulation supports the Magnetic Pulse Welding (MPW) processes from design to production.

Bmax will hold its new webinar on Simulation on 21th October 2022.

Meet Gilles Mazars, our Head of Simulation, for a 45-minutes webinar and learn how Simulation is used to design Electro-Hydraulic Forming (EHF) processes for the manufacture of luxury products and an aeronautical engine part.

Bmax will hold its new webinar on Simulation on 1st July 2022.

Meet Gilles Mazars, our Head of Simulation, for a 45-minutes webinar and learn how numerical methods solve complex problems and highlight the benefits for your projects. 
 

Advanced superconducting technology is at the core of the FCC study. Two of the major technological challenges for an energy-frontier machine are the development of more powerful dipole magnets (16 T, which is around twice that of the LHC) and a new generation of superconductors able to meet the FCC requirements. CERN has launched a 16 T magnet programme, in coordination with a US programme targeting 15 T, and an ambitious FCC conductor development programme with research institutes and industry distributed around the world (CERN Courier May 2018 p40).

Using aluminum alloys for automotive components could reduce vehicle body structure weight and using these alloys is receiving much attention. Magnetic pulse technology (MPT) (forming/welding) is a high-speed metal processing technology which uses electromagnetic force to form or weld various materials, and is especially good for aluminum and copper alloys that have a high electrical conductivity.

Bmax has been present in Michigan since March 2014, and this new 900m2 facility represents a significant expansion of its activities in the area. An initial team of five engineers will develop next-generation forming and welding solutions for the manufacture and assembly of automotive parts.

Leoni, the leading European provider of cables and cable systems to the automotive sector and other industries, reinforces its research on the magnetic pulse crimping (MPC) in collaboration with the company BMAX, a global leader of magnetic pulse based systems for mass production.

During the first world war it was observed that when armour plating was hit by shrapnel some of the bits not only embedded themselves into the metal but ended up welded to it, a process that normally takes a great deal of heat. Laboratory tests later showed that if one material is accelerated fast enough into another they become plastic at the point of contact and fuse together, even at room temperature. This led to a process called explosive welding which, as its name suggests, uses chemical explosives spread over the top of a sheet of one material to blast it into a sheet below.