Views: 2 Author: Site Editor Publish Time: 2019-10-20 Origin: Site
As many people know, sheet metal fabricated parts are part of many everyday necessities, but did you know that sheet metal parts also play an important role in the aviation industry? What will happen to sheet metal parts in the future?
l Impact of sheet metal fabricated part on the aviation industry
l Automation of aircraft sheet metal fabrication parts
Aviation sheet metal processing is a complex sector of general sheet metal processing industry, but it is also one of the fastest growing industries. Demand for a variety of emerging aircraft and spacecraft has made 2018 an important year for aircraft sheet metal processing, creating a unique and measurable trend in sheet metal fabricated part. If you want to keep up with trends in the demand for sheet metal processing services, you need to understand the forces affecting the global sheet metal processing market.
As aluminum and steel alloys remain stable at relatively low prices, aerospace sheet metal manufacturing remains the most popular way to complete various spacecraft and aircraft structures. However, the main threats to the popularity of body sheet metal processing are reinforced composites and high strength thermoplastics.
Carbon fiber composites, flame-retardant and heat-resistant polymers, and 3D printing are all beginning to enter the aerospace body manufacturing market. These materials are easy to mold, making them faster and sometimes cheaper to manufacture than similar body panels made from aerospace metal plates. The availability of these products is still limited and often more expensive than aviation sheet metal manufacturing services, so there is currently only a small impact on the demand for sheet metal fabrication parts.
Increase the use of automatic aviation sheet metal parts manufacturing process. Every step in the manufacturing process of aerospace metal plates, from scanning large structures to forming and forming individual panels, is rapidly becoming automated. From automatic welding equipment that can shorten the processing time of aviation sheet metal by more than 30 percent to computer modeling and assisted single-piece manufacturing, the opportunities to reduce errors and speed up sheet metal processing calculations are growing steadily. The technology first developed from 2013 to 2015 has finally been implemented in actual aviation sheet metal processing workshops and factories. Robotic milling and drilling services continue to lead the way in sheet metal processing in aerospace and other military and commercial manufacturing sectors.
The return movement of aviation sheet metal fabrication parts. For years, much of the world's aerospace sheet metal manufacturing has been done in Asia and eastern Europe. Relatively low wages and high use of primary aluminum and steel make it easy for aircraft sheet metal companies in these regions to thrive. However, 2018 has clearly shifted to recycling many aspects of aviation sheet metal manufacturing. This means that many of the United States and western European countries with a historical demand for aerospace manufacturing services have opted to transfer subcontracting agreements to local suppliers or develop their own in-house aerospace sheet metal manufacturing facilities.
Aerospace sheet manufacturing companies and subcontractors located throughout Asia and Europe can still be competitive in the recycling campaign, but they need to offer customers larger price concessions or additional benefits to stand out. Many companies are likely to reduce their focus on aviation sheet metal processing services in these areas, while more western European and American companies will expand into new aerospace services to meet growing demand.
The aerospace sheet metal fabrication parts industry continues to grow. 2018 is still a year of steady growth for the aerospace sheet metal manufacturing industry as orders for commercial aircraft remain backlog. The world's largest manufacturers, including Brazil's embraer and AirBus, produce hundreds of commercial jets a year thanks to advanced aerospace sheet metal manufacturing technologies, and AirBus alone received more than 1,000 new orders in 2017.
There is still plenty of room for new projects into aerospace sheet metal manufacturing, especially from subcontractors and other service providers with strong backgrounds in similar welding and manufacturing fields. Defence demand from America, Britain and Germany continues to grow steadily. Among commercial and defense contractors, many aerospace sheet-metal manufacturers hope to stay busy for the next two to three years on backlog orders alone.
Aerospace sheet metal processing remains an unpredictable industry, but trends in 2018 point to continued expansion and growth in demand.
An important topic for the country's major aerospace manufacturers, such as airbus and Boeing, is increasing the degree of automation in building aircraft.
Aerospace sheet metal partss involve the integration of instrumentation, instrumentation, search and navigation systems, storage, etc. More and more companies are relying on automation to install fasteners and terminals, allowing aircraft parts to be produced faster and more accurately than ever before.
At Midwest Metal Products, we use EML turret/laser to provide high quality automatic loading and unloading. Employees handle fewer sheet metal parts; This saves time and reduces labor costs.
Automation also improves accuracy. What is the allowable tolerance of robot bending machine? 0.002. "The human eye cannot see or measure this precision. At Midwest Metal Products, we can install a full range of fasteners and terminals with 12 automatic and manual insert machines to improve accuracy. We offer the highest standards in the aerospace industry, using the Browne&Sharpe coordinate measuring machine to verify our accuracy within 0.001 inches. Another tool we use to verify the accuracy of the parts we send to the customer is "FaroArm", which is used to see the dimensional accuracy formed within 0.005 ".
Despite automation, we still have skilled workers who can run machines accurately. With employee-guided automation, not only is accuracy more accurate, but production is faster using manually inserted machines. Throughout the industry, employees prepare sheet metal for machines to manufacture parts, run machines, and complete finishing procedures.
The aerospace industry knows a lot about automation in the automotive industry because the number of aircraft being produced is growing rapidly. Airbus, for example, recently invested $600 million in its Mobile assembly line in Alabama using robotic solutions. Their goal is to increase production of A320 aircraft to 60 a month by 2019. Currently, they produce 42 planes a month, which is a huge increase, because producing a plane is not a small task.
sheet metal parts manufacturing is an essential environment in the aviation industry, and the development of automation means that the future of sheet metal fabrication parts is very potential.If you want to purchase high quality sheet metal parts that are durable and affordable, Ningbo OEM Industry Manufacturer Ltd. Can provide you with the best products.