We share information and tips we’ve learned from our experience in the CNC machining and sheet metal fabrication industry.
316H roestvrij staal, ook wel SS316H of AISI 316H roestvrij staal genoemd, is een hoog-koolstofvariant van 316 roestvrij staal. Het wordt veel gebruikt in industriële omgevingen waar zowel hoge temperatuursterkte als corrosieweerstand belangrijk zijn. In vergelijking met standaard 316 roestvrij staal bevat 316H meer koolstof, wat de sterkte bij verhoogde temperaturen verbetert. Bij CNC […]
403 roestvrij staal is een veelgebruikt martensitisch roestvrij staal in de CNC-bewerking. Het wordt gebruikt wanneer sterkte, slijtvastheid en kosten belangrijker zijn dan hoge corrosieweerstand. Voor inkopers van CNC-onderdelen gaat het begrip van wat 403 roestvrij staal is niet alleen om de samenstelling of hardheid ervan. De echte waarde ligt in het begrijpen wanneer […]
EN AW-7075 is een van de hoogste sterkte-aluminiumlegeringen die tegenwoordig in de techniek worden gebruikt. In Duitsland wordt het breed toegepast in de lucht- en ruimtevaart, precisieapparatuur en hoogwaardige structurele componenten. In vergelijking met gangbare legeringen zoals EN AW-6082 legt EN AW-7075 meer nadruk op sterkte dan op algemene balans. Het wordt vaak gekozen wanneer mechanische prestaties cruciaal zijn en falen is […]
EN AW-6082 is one of the most widely used aluminum alloys in Europe, especially in Germany. It is very common in CNC machining, machine building, automotive parts, and precision engineering. German manufacturers like EN AW-6082 because it offers a good balance between strength, corrosion resistance, and machining performance. In short, aluminum 6082 is a structural alloy […]
Low carbon steel is widely used in German CNC machining and precision manufacturing. It is common in automotive, mechanical engineering, and industrial automation. German manufacturers prefer it because it is stable, low cost, and meets strict EN standards. From a machining point of view, low carbon steel is easy to cut. It works well in […]
AISI 316 is an austenitic stainless steel used for manufacturing parts in food, chemical, marine, and medical industries because of its remarkable corrosion resistance, good ductility, good machinability and bendability. If you are looking for corrosion-resistance parts for your project, read carefully this complete guide of AISI 316 stainless steel for understanding its chemical composition, […]
Aluminum and stainless steel are two of the most commonly used metals, but choosing between them depends on your priorities. Aluminum is lightweight and easy to form, while stainless steel offers higher strength and durability. Understanding their key differences helps you select the right material for your application. What Is Aluminum? Aluminum is a lightweight, […]
During sheet metal bending, the thickness of sheet metal is the fundamental but essential parameter. In engineering, the thickness of sheet metal is indicated by its metal gauge. The metal gauge isn’t a direct metric or imperial length unit, it is a standardized system based on the weight or thickness of metals. Understanding the definition […]
In precision manufacturing, the selection of materials can decide directly the quality and functions of parts. 1.4301 is the extremely common grade of stainless steel materials for sheet metal bending. 1.4301 is austenitic stainless steel that exhibits excellent mechanical properties and stable corrosion resistance. Learning the properties and features of 1.4301 for your sheet metal […]
In sheet metal fabrication, the selection of materials directly determines the manufacturability of parts, costs and performance. In engineering aspect, soft metal indicates the metal that has lower yield strength and higher elongation at break. This type of metal can be formed or machined and it is not easy to occur cracking. Now let us […]
In engineering, sheet metal fabrication manufacturing is one of the essential techniques that can turn plates or metal sheets into 3D parts with different functions. We understand, the provided CAD models and engineering drawings from you require strict tolerance and complex geometries. Tuofa’s sheet metal bending solution can make your engineering design into real parts […]
In the practice of metal sheet bending, springback is a essential common physical phenomenon. It can directly affect the tolerance of sheet metal parts. As for engineers who are responsible for machining precision metal parts, understand springback and know how to reduce springback is very important. So, we will explain springback meaning, causes and calculating […]
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