Sheet metal forming is a process that transforms flat pieces of metal into useful products. From cars to buildings to even the electronic gadgets we see every day, this is how fabrikation makes a diverse range of products! This article will teach you how the sheet metal forming process works, while also describing how a company known as STON uses these techniques to produce highly accurate metal patterns that fit their designs perfectly.
In case you do not know a thing about the basics of sheet metal forming, it is a widely used method of transforming flat sheets of metal such as steel or aluminum into complex shapes. But honestly, this is something quite technical, much training went into creating those shapes just right! This craft has been practiced by many for thousands of years and is still common in many industries today. The ability to mold metal into practical shapes is crucial for everything from the cars we drive to the buildings we live, work and play in.
The first step to create an exact shape from a piece of metal is to cut the metal into the shape. This can be done with a saw, a plasma cutter, or maybe even a waterjet cutter. Each of these tools has its benefits and can be used to achieve different types of cuts. The process of bending the cut pieces into the preferred shape, is performed by the machine known as Press Brake or Bending Machine. As such, metal bending is a rather challenging process, since it needs significant force to be applied to the metal to make it easier to deform it without actually ripping or stretching it.
After the sheetmetal has been formed, it can be beaten into its final shape with a hammer/mallet. Working the area is a very delicate stage of the process because it is done by an expert who has to make the metal as even and perfect as possible. Not only does a nice shaped metal part look good, it will perform better in its intended application.
Sheet metal forming has seen several thrilling new technological breakthroughs in recent years making the industry more efficient than ever before. The most important innovations are CAD (computer-aided design) and CAM (computer-aided manufacturing). importantly, they have the ability to stitch together parts that are overlapped like two pieces of wet paper, treating them like a unit.
One more innovation in custom metal sheet fabrication is the laser cutting. A high-powered laser with blazing precision is used to slice through metal with a laser cutter. This technology helps sheet metal fabricators form intricate shapes that may be hard or impossible to achieve with traditional cutting techniques. Thus, the quality of the products manufactured with these techniques have improved tremendously.
It's an example of metal forming innovation that continues today, and here at STON we are proud to be part of that legacy. Utilize the latest technology and techniques to manufacture your precision sheet metal parts at the highest quality and performance. Quality is important to us, so we continue to manufacture quality products for our customers.
STON は研究開発投資を重視しており、常に市場における技術の進歩に遅れを取らないようにしています。STON には 20 名以上の従業員を擁する研究開発チームがあります。毎年、収益の 30% を新製品の開発と既存製品の近代化に投資しています。市場の変化や顧客の要求に迅速に対応できるよう、研究大学やその他の機関との連携を通じて技術力を継続的に拡大しています。
故障が発生した場合、当社の技術者がすぐに現場に到着し、電話またはビデオで遠隔修理を行います。現場での対応が必要な場合、当社は可能な限り最短時間でユーザーの現場に伺います。
STON は国際的な CNC 機械メーカーであり、認定管理企業です。品質管理システムの国際認証 ISO 9001:2000 を取得した最初の企業です。当社は山東 SRDI 企業、山東ガゼル企業の称号を授与されています。当社は 100 件を超える特許を保有しています。80 か国以上で使用されている当社の製品は、比類のない精度、信頼性、優れた職人技で知られ、業界の標準となっています。
STON は、製造プロセス全体にわたって品質を管理するためにさまざまな方法を採用しています。これには、材料の検査、プロセス中のテスト、製品の最終検証が含まれます。当社は、各アイテムが国際品質基準を満たし、出荷前に厳格なテストに合格していることを確認します。さらに、お客様の特定の要件に基づいてカスタマイズされたソリューションを提供し、生産効率の向上と運用コストの削減を支援します。
