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Nantes, France
101-250 Employees
1999
We are happy to be currently fitting a 400T superplastic forming press & a 600T SPF & 300T HF dual press. We offer a package of products and services:. Our EMC are well adapted for small and medium series manufacturing. ACB is part of Aries Industries, a group including companies with acknowledged expertise in the field of metal shaping machines and aerospace part production. Our stretch forming machines allows the manufacture of large parts. Elastoforming presses allow high manufacturing flexibility and are well adapted for your small and medium series manufacturing. Our Hot Forming presses are designed to answer your productivity challenges. Together, we work from your press requirements to design a unique manufacturing means.
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Featured
Superplastic Forming
... Superplastic Forming | ACB - An Aries Alliance ...
Monroe, United States
101-250 Employees
1918
Continued customer support Our service team, engineering, technical support staff continues to be available to work on customer specific projects, service and business critical issues. Our manufacturing team is now spread over extended shifts to help provide additional social distancing. Cyril Bath is part of Aries Industries, a group including companies with acknowledged expertise in the field of metal shaping machines and aerospace part production. Our stretch forming machines allows the manufacture of large parts. Elastoforming presses allow high manufacturing flexibility and are well adapted for your small and medium series manufacturing. Our Hot Forming presses are designed to answer your productivity challenges. Together, we work from your press requirements to design a unique manufacturing means. Our unique expertise and know-how in the metal forming processes and part manufacturing led us to add workcell and workshop engineering to our offer.
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Featured
Superplastic Forming Process
... Superplastic Forming Process | Cyril Bath - An Aries Alliance ...
Coventry, United Kingdom
11-50 Employees
2011
We are currently providing services to world's leading automotive OEMs, aerospace OEMs and software development. We are also continually working on a number of research projects, the findings of which represent a milestone in product or process optimisation and open up a new fields of application.". FutureCAE believes in cooperative partnerships and active communication with its customers. KBE Products- Superplastic Forming Tool and Solid Mesher. To provide cutting edge CAE solutions ranging from Recruitment, Training Future Professionals, CAE IT Solutions and Product Development Services. To emerge as the Global Company in CAE Products and Services. Move to a key marketing position through innovative development services and new products, expanding into new business fields, selective geographical expansion into growing markets, Global reinforcement of the FutureCAE brand, and to increase the efficiency and flexibility through optimised processes and methods and continue to grow on a profitable basis. Future CAE Technologies also focuses to develop new innovative products for CAE/CAD industry.
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Future CAE - Products
... Superplastic Forming ...
Old Toronto, Canada
11-50 Employees
2001
US-Korea Hotlink is the largest consortium of trusted Korean manufacturers in the Automotive, Machine Manufacturing, Steel Mills, and Power Plant industries. It serves as the single point of contact for global companies, serving their sourcing, custom manufacturing, technical partnerships, and after-sales support and training needs. US-Korea Hotlink was founded in 2009 by LPR Global, in collaboration with two South Korean government agencies. LPR Global is an internationally-recognized consultancy specializing in trade and partnerships between Korea and the United States. The South Korean government’s Small Business Corporation (SBC) and Small and Medium Business Association (SMBA) support overseas business partnerships between Korea and the Western world.
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Hydroforming | Metal Forming & Joining Technologies
... Technologies for advanced manufacturing - hydroforming, superplastic forming, thermoforming, thixoforming, powder metal, and semi-solid metal casting. ...
Birmingham, United Kingdom
11-50 Employees
MACH is a fantastic event for both exhibitors and visitors. Showcasing live, digital production systems in one space, under one roof, hundredsof millions of pounds worth of business is discussed, secured and completed at the event. Attracting 26,000 attendees and in excess of 600 exhibitors, MACH is the platform to connect UK manufacturing engineers, decision makers, buyers and specifiers with suppliers of new technology, equipment, services and processes. MACH is owned and organised by The Manufacturing Technologies Association, the voice for the manufacturing technologies industry, committed to driving innovation, creating value and helping UK manufacturing to thrive. MACH is the ultimate showcase event for the UK’s engineering-based manufacturing technologies and with the largest number of high-quality trade visitors, it consistently delivers value for its exhibitors, generating a strong pipeline of high-quality leads and opportunities that continue to generate sales long after the show has ended. MACH 2024 is the perfect platform to discover cutting-edge manufacturing technologies and solutions, providing you with an opportunity to experience the latest advancements in the industry. The initiative showcases new technology that is readily available to UK manufacturers, helping you to understand the potential adopting such technology can bring to your operation, as well as when to adopt it and how to implement it to best effect. Key aspects of manufacturing technology on display will include; machine tools, cutting tools, metrology equipment, additive manufacturing (3D printing), surface engineering, robotics and automation, sheet metal, metal forming and fabrication technology, and specialist software which is both enabling and driving the digitisation of manufacturing.
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All Electric Superplastic Forming/Diffusion Bonding Machine < MACH Exhibition
... All Electric Superplastic Forming/Diffusion Bonding Machine < MACH ...
Vaughan, Canada
11-50 Employees
1990
We manufacture hydraulic presses, press lines and die handling equipment customized for your specific application. Our goal is to supply the highest quality equipment at competitive prices that will meet or exceed our customer’s expectations. We produce custom hydraulic presses & press lines for general metalforming applications, hot stamping, deep draw, forging, transfer, extrusion, coining, die spotting, hydroforming, elastoforming, superplastic forming, compression molding, high pressure laminates, rubber transfer molding and many more. The hydraulic presses we manufacture include; metalforming presses, deep draw presses, hot stamping presses, forging presses, compression molding presses, heated platen presses, hydroforming presses, die spotting presses, RIM presses, automotive mold & trim presses, transfer presses, coining presses, elastoforming presses, super plastic forming presses and many more. We manufacture heavy duty hydraulic press lines and automated manufacturing cells for a multitude of production applications. The hydraulic presses we manufacture include; metalforming presses, deep draw presses, hot stamping presses, forging presses, compression molding presses, heated platen presses, hydroforming presses, die spotting presses, RIM presses, automotive mold & trim presses, transfer presses, coining presses, elastoforming presses, super plastic forming presses and many more. Our equipment is utilized in manufacturing operations for a broad range of industries including automotive, aerospace, industrial & consumer products, defense, construction, and many more. Industry leading hydraulic, electrical and control system components are standard on all equipment manufactured by Macrodyne.
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Custom Hydraulic Presses & Automation | Macrodyne
... Superplastic Forming ...
Madrid, Spain
11-50 Employees
1979
PRINCIPIA es una empresa independiente de ingenieros consultores dedicada a la resolución de problemas complejos en el área de la mecánica aplicada y a la distribución y soporte de soluciones de software de ingeniería. PRINCIPIA es Platinum Business Partner de Dassault Systèmes y comercializamos y damos soporte en España y Portugal a sus productos de software de diseño y simulación, entre ellos:. Principia opera desde 1999 con un programa diseñado para poder ofrecer a sus clientes garantía formal de calidad y satisfacer la normativa aplicable, en especial la ISO 9001. Aunamos la experiencia en consultoría con nuestro alto conocimiento en Software de diseño y simulación para ofrecer a nuestros clientes:. Solución líder en todo el mundo para el diseño de productos de nuestra vida cotidiana, así como productos del ámbito industrial. Aplicaciones de simulación realista que permiten explorar virtualmente el comportamiento real de los productos.
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Manufacturing processes - Principia
... Superplastic forming ...
New York, United States
1-10 Employees
2013
Our products have style, emotion, and wit (just like you). Since 2013, we’ve made it our mission to connect our design-savvy customers to a curated selection of the newest and most brilliant furniture, lighting, and home goods. Our style is a little bit mid-century, a little bit rock-and-roll; a southern California meets Brooklyn mashup; equal parts left brain and right brain; and a mix of vintage and brand-spanking new. ALI — FOUNDER + CREATIVE DIRECTORAli is a self-described design nerd.
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Hydro Chair – BEAM
... It has been blow-formed (through a process called Superplastic Forming) at high temperatures and then laser cut by robots. These methods were ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Superplastic Forming
| Country with most fitting companies | Canada |
| Amount of fitting manufacturers | 6 |
| Amount of suitable service providers | 4 |
| Average amount of employees | 11-50 |
| Oldest suiting company | 1918 |
| Youngest suiting company | 2013 |
Superplastic forming is a highly specialized manufacturing process that manipulates metals with superplastic properties—those that can undergo extensive plastic deformation well beyond their usual breaking points without breaking—into complex shapes. This technique involves heating a superplastic material to a temperature where it becomes exceptionally ductile, then applying gas pressure to force the material to conform to the shape of a die. The most common materials used in this process include certain alloys of aluminum, titanium, and nickel, all of which exhibit superplastic behavior under specific conditions of temperature and strain rate. The aerospace and automotive industries extensively utilize superplastic forming for creating lightweight, yet strong and intricate components, leading to significant advancements in structural efficiency and performance. By reducing the weight of components without compromising their strength, this process plays a critical role in enhancing fuel efficiency and reducing emissions in transportation. Furthermore, the ability to form complex shapes in a single manufacturing step reduces the need for welding and assembly, offering potential cost savings and increased structural integrity. The impact of superplastic forming extends beyond manufacturing efficiencies, influencing design innovation across sectors by enabling the creation of shapes and structures that were previously unachievable, thus pushing the boundaries of engineering and design possibilities.
1. Complex Shapes
Superplastic forming allows for the creation of highly complex and intricate shapes that would be difficult, if not impossible, to achieve with traditional manufacturing methods. This flexibility opens up new design possibilities, especially in industries where component geometry plays a critical role, such as aerospace and automotive.
2. Material Savings
The process is highly efficient in terms of material usage, significantly reducing waste compared to conventional methods. By precisely forming materials into their final shape, superplastic forming minimizes the need for excess material, leading to cost savings and more environmentally friendly production.
3. Improved Mechanical Properties
Components manufactured through superplastic forming often exhibit superior mechanical properties, including enhanced strength and durability. This is due to the fine microstructure that can be achieved under the controlled conditions of superplastic deformation, contributing to the overall performance and longevity of the parts.
4. Cost-Effectiveness
Despite the advanced nature of the process, superplastic forming can be surprisingly cost-effective, especially for low to medium volume production. The reduction in material waste, combined with the ability to produce complex parts without additional machining or welding, contributes to lower overall manufacturing costs.
1. Experience and Expertise
Ensure the supplier has extensive experience in superplastic forming and a deep understanding of the materials and processes involved. Their expertise will significantly impact the quality and reliability of the finished product.
2. Quality Control Measures
Check for rigorous quality control procedures to ensure that the products meet strict standards. This includes inspection processes, certification compliance, and continuous improvement practices.
3. Material Capabilities
Confirm that the supplier can work with the specific materials required for your project, especially since superplastic forming involves various metals and alloys with different characteristics.
4. Customization Flexibility
The ability to tailor the process to meet unique design specifications is crucial. Look for suppliers that offer customization options and are willing to adjust their methods to achieve your desired outcomes.
5. Lead Time and Scalability
Consider the supplier's capacity to meet your timelines and scale production as needed. Efficient turnaround times and the ability to handle both small and large orders are important factors.
6. Cost-Effectiveness
Evaluate the supplier's pricing structure to ensure it aligns with your budget without compromising on quality or performance. Competitive pricing, along with transparent cost breakdowns, is essential.
7. Technology and Innovation
Assess the supplier's commitment to using the latest technologies and innovative practices. Advanced equipment and innovative techniques can lead to better efficiency, quality, and product performance.
Superplastic forming, a manufacturing process that excels in producing complex and precise shapes, finds its application across numerous industries. In the aerospace sector, it is pivotal for creating components like fuselage panels and wing sections that benefit from the process's ability to form lightweight and strong materials. This technique helps in enhancing the performance and fuel efficiency of aircraft by reducing the overall weight without compromising structural integrity. The automotive industry also leverages superplastic forming for manufacturing parts such as door frames, hoods, and other structural elements. This process allows for the creation of intricate designs that are both lightweight and durable, contributing to improved vehicle efficiency and safety. Furthermore, the ability to manipulate advanced materials like high-strength aluminum alloys facilitates the production of components that meet stringent automotive standards. In the medical field, superplastic forming is utilized to fabricate biomedical implants and devices. The process's precision and flexibility enable the production of customized implants that perfectly fit patient-specific anatomical requirements. This bespoke approach significantly enhances implant compatibility and patient comfort, showcasing the process's versatility and its critical role in advancing medical device technology. Each of these use cases underscores the adaptability and efficiency of superplastic forming, making it a cornerstone technique in the continuous evolution of manufacturing practices across diverse industries.
Superplastic forming, a process utilized in manufacturing sectors for shaping metals into complex, yet lightweight structures, currently stands at a high Technology Readiness Level (TRL) of 9. This mature TRL is attributed to the extensive validation and successful integration of the technology in operational environments, particularly within the aerospace and automotive industries. The technical sophistication of superplastic forming lies in its ability to exploit the superplastic behavior of certain alloys—such as aluminum, titanium, and nickel-based materials—under controlled conditions of temperature and strain rate, facilitating the creation of components with superior mechanical properties and intricate shapes. Over decades, advancements in material science have enhanced the superplastic characteristics of these alloys, while innovations in process control and equipment have significantly improved efficiency, reproducibility, and scalability. The technology's elevation to TRL 9 is further reinforced by a comprehensive body of research, extensive application-specific data, and a robust framework of industry standards governing its application. This culmination of technical progress, alongside proven economic and performance benefits, underscores the high readiness level of superplastic forming for critical and demanding applications.
In the Short-Term, advancements in superplastic forming are expected to focus on enhancing material efficiency and reducing production times. Researchers are working on optimizing the temperature and pressure conditions to make the process more energy-efficient. Additionally, the introduction of hybrid techniques, combining superplastic forming with diffusion bonding, is anticipated to open new avenues for complex, high-strength aerospace components. This phase is marked by incremental improvements that significantly impact cost reduction and sustainability in manufacturing processes. Looking into the Mid-Term, the industry is likely to witness the integration of advanced sensors and control systems in superplastic forming equipment. These technologies aim to provide real-time monitoring and feedback, enabling precise control over the forming process. This period will also see the development of new superplastic materials designed to operate at lower temperatures, further reducing energy consumption and expanding the range of applications. The emphasis will be on achieving higher accuracy and repeatability in produced parts, catering to the growing demand for customization in sectors like automotive and medical devices. In the Long-Term, the focus will shift towards fully automated superplastic forming processes powered by artificial intelligence (AI) and machine learning algorithms. These technologies are expected to revolutionize the process by predicting optimal forming conditions for any given material, significantly reducing trial and error. The long-term vision also includes the development of environmentally friendly superplastic materials and the exploration of superplastic forming for new, sustainable manufacturing practices. This era will be characterized by groundbreaking innovations that not only enhance the capabilities of superplastic forming but also redefine its role in future manufacturing landscapes.
