The B2B platform for the best purchasing descision. Identify and compare relevant B2B manufacturers, suppliers and retailers
Filter
Locations
Result types
Type of company
Select company type
Industries
Select industry
Company status
Select company status preset
Number of employees
Min.
Max.
Founding year
Lock keywords
Exclude keywords
Optional keywords
11-50 Employees
1996
An industry leader in aviation component manufacturing of tubular components, thin-wall welding, and precision machining. Leading aviation companies turn to AMI for critical component maintenance, repair, and overhaul to keep their fleets performing.
+
Featured
Corporate AMI-MRO Home Page 2021 Centered - Aerospace Manufacturing Inc.
... OEM Manufacturing Commercial MRO Aerospace Manufacturing OEM Contract Manufacturing An industry leader in aviation component manufacturing of tubular components, thin-wall welding, and precision machining. LEARN MORE MRO Maintenance, Repair & ...
Hyderabad, India
1-10 Employees
Aerospace Harness Manufacturing (AHM) is a wire harness manufacturing company that specializes in the Aviation industry. Cockpit to the cabin, nose to tail, and across the flight experience, Our unique industry knowledge and decades of experience enable us to understand our customers’ needs around the globe. Our experts are skilled to administer custom solutions that are put together to improve aircraft maintenance, availability, and sustainability. We are absolutely focused on passenger security and comfort, optimizing operational efficiency, putting forward the most secure and trustworthy connectivity. Our harness personnel is trained to manufacture assemblies with varying build types and design standards at our exclusive high and low volume facilities.
+
Featured
Home - Aerospace Harness Manufacturing | Custom Cables for Avionics & Defence
... Aerospace Harness Manufacturing (AHM) is a wire harness manufacturing company that specializes in the Aviation industry. ...
Bengaluru, India
251-500 Employees
2010
Ltd (IAMPL) was started in 2010 as a 50/50 joint venture between Rolls-Royce and Hindustan Aeronautics Limited (HAL) for the manufacturing of high precision aero engine compressor, gas turbine parts. Over the years IAMPL has evolved to become a fully accredited bench marking facility within the high performing aero engine global supply chain. Today, IAMPL supplies close to 200 different parts for multiple technologically advanced civil aero engine programs, with customers and suppliers located throughout Europe, Asia and North America. IAMPL has adopted global standard of quality as well as the latest digital production system and advanced manufacturing technique that are needed for competitively manufacturing a broad spectrum of aero engine components. IAMPL, which is engaged in the manufacturing of machined components for aero engines, believes that Health, Safety and Environmental (HSE) is a major business activity in performing any task. Whilst we are each responsible for health, safety and the environment, we do much better when we work as a team. We at IAMPL take personal and collective responsibility in achieving our goals concerned with resource conservation, prevention of pollution, prevention of injury, illness, legal and other compliance. IAMPL participated in Aero India 2021 at Bengaluru in February 2021 showcasing a wide range of Engineering and Manufacturing capabilities on the Aero Engine platform for both Civil and Defense Aviation requirements.
+
Featured
International Aerospace Manufacturing
... International Aerospace Manufacturing Pvt. ...
United States
251-500 Employees
1966
Nelson was working as a rep for a manufacturing company in Dallas, Texas. On May 1st — May Day — of that same year, Mayday Manufacturing soared into the aerospace industry. Hi-Tech grew to serve outside manufactures and OEMs. In 2016 Mayday Manufacturing and Hi-Tech Metal Finishing were acquired by Esco Technologies (NYSE:ESE), a global provider of highly engineered products and solutions serving diverse and growing end-markets including the aerospace, space, wireless, consumer electronics and electric utility industries. Mayday Manufacturing is part of the Aerospace & Defense Division which provide innovative solutions essential to the aerospace, space, defense and industrial markets. Mayday Manufacturing is proud to be part of Esco Technologies and looks forward to continued growth in the aerospace industry. Mayday Manufacturing was founded in 1966 to provide the highest quality precision aircraft parts. Mayday Manufacturing has generations of experienced manufacturing professionals; we have grown along with the aerospace and commercial aviation industries for nearly 50 years.
+
Featured
Sleeves | Mayday Manufacturing Aerospace Bushings
... Sleeves | Mayday Manufacturing Aerospace ...
Los Angeles, United States
11-50 Employees
1965
We are ISO 9001 and AS 9100D quality registered, and a certified Women Owned Small Business.
+
Featured
Over 55 years of high-quality Aerospace Manufacturing experience.
... Over 55 years of high-quality Aerospace Manufacturing experience. ...
Laval, Canada
11-50 Employees
2005
We provide the industry with composite parts that dream to fly. We are manufacturers of high-end structural composite parts using state of the art technologies such as 3D-woven fibers, spred carbon fibers and our innovative molding processes: Polyflex and Fast Molding Technology (FMT). Innovative manufacturing processes and revolutionary products for the most demanding applications. With over 20 years of experience, our team will always strive to deliver products at the utmost level of quality. By applying scientific knowledge, we support our customers to meet technological challenges in the manufacturing of structural components with advanced composite materials. We possess solid knowledge, skills and research experience, which enables us toprovide high-quality R&D, prototyping and production services for composites. We also help companies develop and implement strategic manufacturing plans for new products by focusing on manufacturing efficiency and process innovation. Whether it be a critical structural component or a simple interior accessory, RAM offers turnkey solutions to go from process design, to implementation and operation of production lines.
+
Featured
Ruiz Aerospace Manufacturing - Ruiz Aerospace Manufacturing
... Ruiz Aerospace Manufacturing ...
Brazil, United States
51-100 Employees
1986
At Britt Aero, we provide industry leading technologies that allow us to meet the unique needs of our customer's homes. WE PROVIDE INDUSTRY LEADING SERVICES IN COMPLEX MANUFACTURING, CUSTOM TOOLING, AND FIXTURES. This is a major reason that we are able to manufacture complex parts and tooling. Whether it’s making sure an employee’s equipment is accurate or inspecting a final product, we have the equipment and experience to repeatedly hold tight tolerances. Machining – We have over 30 years of experience machining complex parts and manufacturing custom tooling and fixtures. We have always been dedicated to making sure that we have some of the most advanced machines.
+
Featured
Home - Britt Aero - Aerospace Manufacturing
... Home - Britt Aero - Aerospace Manufacturing ...
Baguio, Philippines
11-50 Employees
2012
Industrial and Aerospace components are often exposed to extreme environmental influences in terms of temperature, pressure and friction. Components with burrs, sharp edges or rough surfaces are not suitable for use in these environments. We use precision manual processes to deburr, round and polish workpieces for our customers who engage in aerospace and industrial segments. By deburring, rounding and polishing, the quality of components will be increased. Metal abrasion can be reduced, while uniform machining at all points does not impair the accuracy of fit of the workpieces.
+
Featured
Aurochs Aerospace Precision Manufacturing Corporation
... AAPMC Aurochs Aerospace Precision Manufacturing Corp, located in Baguio City Economic Zone, ...
Crewkerne, United Kingdom
11-50 Employees
1982
Unlike practically all other UK-based crystal suppliers, Euroquartz are designers and manufacturers, not merely dealers in imported products. Approval to: AS9100 Rev D - BS EN ISO 9001:2015 High quality product manufacturing is at the heart of the Euroquartz operation. As an independent manufacturer, we value and maintain AS 9100 approval. In order to provide our world-wide customer base with a wide range of frequency control product Euroquartz is the authorised distributor for three quartz crystal and oscillator design and manufacturing companies all of which have unique and complementary product ranges. Statek Inc, USA-based, produce a broad line of leading edge, ultra-miniature quartz frequency control devices, providing advanced technical solutions, excellent customer service with superior product quality. Greenray Industries, USA based, is a leading manufacturer of OCXOs, TCXOs, and VCXOs, precision quartz crystal oscillators that function as precision signal sources for communications, instrumentation and military applications. Axtal, Germany based, concentrates on the design, development, production and testing of Frequency Control Products and Piezo Sensors, including crystal resonators, crystal oscillators, and frequency control modules comprising quartz and other piezoelectric crystal resonators, such as Langasite (LGS), Langatate (LGT) as well as SAW resonators.
+
Featured
Aerospace Manufacturing, Oscillators, OCXO & VCXO Suppliers - UK
... Aerospace Manufacturing, Oscillators, OCXO & VCXO Suppliers - ...
Nuneaton and Bedworth, United Kingdom
1-10 Employees
2008
The CWAF has now further developed the group by establishing links with three new invited members – ActOn Finishing, CFS Aero and Tenencia. The CWAF is believed to be the most mature Aerospace cluster in the Midlands. Every CWAF member is accredited to AS9100, all have deployed the SC21 framework, with four already gaining national recognition awards, and they regularly gather to share best practice between themselves. CWAF members have been invited to speak with government ministers on numerous occasions, have twice been invited to present at national task force meetings by the national industry body (ADS), and maintain a strong link with their regional trade association, Midlands Aerospace Alliance, through participation in regional working groups.Annette Rothwell, AEC and OSys. The CWAF continues to do an outstanding job in providing a focal point for a number of excellent aerospace manufacturing companies in the Coventry & Warwickshire area. The CWAF does a tremendous job promoting the world class aerospace capability in CW LEP area and driving forward projects and collaborations that are helping build the skills, capabilities and quality required to compete globally.The CWAF has played a key role, as part of the High Value Manufacturing Group, in helping shape CW LEP strategy and priorities so that the LEP can deliver relevant and practical actions to support this sector to grow and flourish in our region. The Coventry and Warwickshire Aerospace Forum (CWAF) is a group of world-class manufacturing businesses working together and collaborating with leading UK Universities and Associations that brings together over 500-years of combined Engineering Knowledge and Manufacturing expertise. This is of particular benefit to the OEM’s as the cluster offers the full range of Supply Chain Solutions and requirements of the Aerospace Industry, backed up by international accreditations (AS9100 & NADCAP) coupled with individual Customer Approvals.
+
Featured
Aerospace Manufacturing - CWAF
... Aerospace Manufacturing - ...
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 Aerospace Manufacturing
| Country with most fitting companies | United States |
| Amount of fitting manufacturers | 293 |
| Amount of suitable service providers | 344 |
| Average amount of employees | 11-50 |
| Oldest suiting company | 1965 |
| Youngest suiting company | 2012 |
Aerospace manufacturing encompasses the specialized production of aircraft, spacecraft, satellites, missiles, and related components and systems. This sector is distinguished by its stringent requirements for precision, quality, and safety, due to the extreme conditions and critical reliability standards inherent in aerospace applications. The process involves a wide array of activities, including the design, engineering, assembly, and testing of vehicles and equipment intended for atmospheric and space environments. Advanced materials such as composites, titanium, and aluminum alloys are commonly used to meet the demands for strength, durability, and weight reduction, enhancing the performance and efficiency of aerospace products. The role of aerospace manufacturing extends beyond the mere production of vehicles for transportation and defense; it plays a pivotal role in technological advancement, economic development, and national security. By pushing the boundaries of engineering and material science, this sector drives innovation across multiple disciplines, contributing to progress in telecommunications, weather forecasting, and Earth observation, among others. Moreover, the aerospace industry's emphasis on research and development fosters a culture of innovation that spills over into other sectors, promoting advancements in manufacturing technologies, such as precision machining, additive manufacturing, and automation. In essence, aerospace manufacturing is a critical driver of technological, economic, and strategic progress, with far-reaching implications across the global landscape.
1. Precision and Quality:
Aerospace manufacturing leverages cutting-edge technology and materials to produce components with extremely high precision. This level of accuracy ensures the safety, reliability, and longevity of aerospace products, which is paramount in an industry where failure can have catastrophic consequences.
2. Innovation and Technology Development:
The aerospace sector is at the forefront of technological innovation, driving advancements not only in aerospace but in manufacturing processes and materials science. These innovations often trickle down to other industries, improving manufacturing techniques and product performance across the board.
3. Customization and Scalability:
Aerospace manufacturing processes are highly adaptable, allowing for the customization of parts to meet specific design requirements. This flexibility ensures that aerospace products can be tailored to specific missions or functions. Additionally, the industry's focus on scalability means it can efficiently adjust production levels to meet changing demand.
4. Economic Impact:
The aerospace industry is a significant contributor to the global economy, supporting millions of jobs and generating substantial revenue. Its emphasis on research and development also fuels economic growth by fostering innovation and creating new business opportunities.
5. Environmental Advancements:
Aerospace manufacturing is increasingly focused on reducing its environmental footprint through the development of more fuel-efficient engines and the use of lighter, more sustainable materials. These advancements not only benefit the aerospace industry but also contribute to global efforts to combat climate change.
While evaluating the different suppliers make sure to check the following criteria:
1. Quality Assurance
Ensure the supplier has robust quality management systems in place, such as ISO 9001 or AS9100 certifications, to guarantee the production of high-quality aerospace components.
2. Technological Capability
Evaluate the supplier's ability to utilize advanced manufacturing technologies and processes that are essential for aerospace components, such as CNC machining, additive manufacturing, and precision engineering.
3. Experience and Reputation
Consider the supplier's experience in the aerospace industry and their reputation among peers. A track record of successful projects indicates reliability and expertise.
4. Supply Chain Efficiency
Assess the efficiency of the supplier's supply chain management, including lead times, flexibility, and the ability to scale production according to demand.
5. Cost Competitiveness
While quality should not be compromised for cost, it is important to ensure that the supplier offers competitive pricing and value for money.
6. Compliance with Regulatory Standards
Verify that the supplier adheres to all relevant aerospace regulatory standards and safety requirements, ensuring the components are compliant and certified.
7. Innovation and Continuous Improvement
Choose a supplier committed to innovation and continuous improvement in their processes, products, and services to keep pace with aerospace industry advancements.
8. Customer Support and Communication
Good customer service and open, effective communication are crucial for managing complex aerospace manufacturing projects and resolving any issues promptly.
In the realm of aerospace manufacturing, one significant B2B use case is the production and supply of aircraft components for commercial airlines. Manufacturers in this sector specialize in creating critical parts such as engines, landing gear, and avionics. These components require precise engineering and adherence to stringent safety standards, making the collaboration between aerospace manufacturers and airlines a key aspect of maintaining and enhancing air travel reliability and efficiency. Another pivotal area involves the defense industry, where aerospace manufacturers play a crucial role in developing and supplying advanced aircraft and unmanned aerial vehicles (UAVs) for military applications. This collaboration is essential for national security, involving the integration of cutting-edge technologies to produce aircraft that can perform various tasks, including surveillance, combat, and logistics support. The space exploration sector also represents a significant B2B use case for aerospace manufacturing. Companies in this field collaborate with government agencies like NASA and private space firms to produce spacecraft, satellites, and launch vehicles. This requires not only manufacturing prowess but also innovation in materials science and propulsion technology, underscoring the critical role of aerospace manufacturers in pushing the boundaries of human exploration and satellite communication technology. Lastly, the burgeoning field of urban air mobility (UAM) presents a new frontier for aerospace manufacturing. This involves the development of electric vertical takeoff and landing (eVTOL) aircraft for use in urban environments, aiming to revolutionize city commuting. Aerospace manufacturers are at the forefront of designing these vehicles, working closely with tech startups and transportation companies to navigate the challenges of safety, noise control, and regulatory compliance in urban airspace.
The Technology Readiness Level (TRL) for aerospace manufacturing doesn't correspond to a single value, as the field encompasses a wide array of technologies, each at different stages of development and deployment. However, broadly speaking, many core technologies integral to aerospace manufacturing are at TRL 9, indicating they are fully mature, having been proven through successful mission operations. This high readiness level is attributed to the sector's rigorous testing, validation protocols, and extensive operational experience, which ensure technologies are reliable and safe for space and aviation use. Innovations such as additive manufacturing (3D printing) for complex parts, advanced composite materials for lighter and stronger structures, and precision automation for assembly and quality assurance have recently reached or are approaching TRL 9, thanks to technical advancements and successful implementations in operational environments. These technologies have undergone exhaustive testing, from the component level to system-wide integration, demonstrating their performance in real-world conditions. The push towards higher TRLs in aerospace manufacturing is driven by the critical need for technologies that can withstand the extreme conditions of space and aviation environments, including temperature fluctuations, radiation, and mechanical stresses, ensuring the safety and reliability of aerospace vehicles and components. This focus on reliability, safety, and the successful application of these technologies in operational missions underscores the sector's commitment to maintaining the highest standards of excellence and innovation.
**Short-Term:** In the immediate future, aerospace manufacturing is set to embrace more advanced digital twin technologies and augmented reality (AR) for design, maintenance, and training purposes. These tools will significantly reduce development time and costs by simulating real-world conditions and maintenance scenarios without the need for physical prototypes. Additionally, the adoption of 3D printing for parts manufacturing will increase, allowing for lighter, stronger components and more complex geometries that were previously challenging or impossible to produce. **Mid-Term:** Over the next few years, the focus will shift towards sustainability and efficiency in aerospace manufacturing. Electric propulsion systems will become more prevalent, reducing the carbon footprint of aircraft. Manufacturers will also integrate more artificial intelligence and machine learning into production lines to optimize manufacturing processes, predict maintenance needs, and enhance quality control. This period will also see the growth of bio-based materials and composites in aircraft construction, aiming to reduce weight and increase fuel efficiency while maintaining strength and safety standards. **Long-Term:** Looking further ahead, the aerospace manufacturing industry will likely witness the introduction of autonomous or semi-autonomous manufacturing facilities, leveraging robotics and AI for self-optimizing production processes. Space manufacturing, involving the construction of spacecraft and potentially components in space to avoid the constraints of Earth's gravity, will start to become a practical reality. Additionally, the advent of hypersonic travel will drive the development of new materials and manufacturing techniques capable of withstanding extreme temperatures and stresses, revolutionizing not just how we build aircraft but also how we envision travel and space exploration.
