News

Accurate Metal Fabricating

Published Wednesday, September 23, 2020

Accurate metal fabricating is a broad subject that covers several areas. Generally speaking, the term metal fabrication refers to the strict manipulation of metals based on exact specifications and tolerances. The process involves, but is not limited to, CNC machining, metal spinning, cutting, welding, punching, rolling, molding, and bending. These processes are used to turn raw materials or semi-finished materials into final products.

Metal fabrication has broad applications across consumer products and industries. Flat metal, plate metal, sectional metal, fittings, castings, and welding wires are some of the standard raw materials used to build a wide range of products. 

What is Accurate Metal Fabricating? 

As the name suggests, accurate metal fabrication refers to the production of metal components using highly specialized techniques and equipment such as CNC precision machining, laser cutting, sheet metal fabrication, precision grinding, plasma cutting, etc. When it comes to precision, fabrication using computer numerical control (CNC) is a commonly used method. 

The need for precision and accuracy is continuously increasing across industries. To meet the emerging demand for precision machining, shops have to employ sophisticated and multiple technologies to help contractors limit their need to work with several vendors to complete a project. 

Many modern metal fabrication processes require precision with near-zero tolerance for error. They start with an initial design idea and creating a fully functional and tested prototype. Once completed, the above-mentioned accurate metal fabricating techniques are used to convert raw stock into finished products. 

How VeriForm creates unique parts using precision metal fabrication 

VeriForm is a leading fabrication shop in Canada, developing custom metal structures using advanced metal fabrication equipment. The shop provides a complete range of parts fabrication services in one facility so that clients don’t have to locate multiple vendors to complete projects. 

As one of the best custom fabricators in Ontario, VeriForm uses a highly trained team of machinists and technicians who know how to use precision equipment to produce and assemble the most complex parts. Here are some of the accurate metal fabricating processes VeriForm uses to produce great results for their customers: 

  • CNC Hi-Resolution Plasma Cutting
  • CNC Laser Cutting
  • CNC Punch/Laser
  • CNC Bending – Forming
  • CNC Shearing
  • CNC Punching
Method of production 

One of the common accurate metal fabricating techniques include precision metal stamping, a process in which three-dimensional parts are engraved onto a piece of metal. The process requires high pressure to stamp various shapes and dies onto metal surfaces. A range of metals including metal alloys, steel, copper, aluminum, and titanium can be processed using precision metal stamping. The gear used to get the job done can range from a simple, manual press to a more sophisticated computerized die processor. 

Computer-based metal fabrication techniques process instruction to run mechanical devices. CNC or computerized machines are a lot more efficient than traditional machines. The concept of accuracy has primarily developed with the advancement of industrial technology that depends largely on computers and robots. 

The growing need for accurate metal fabrication 

When operating in a highly competitive environment, it becomes crucial to deliver top quality products on time. Precision fabrication is the only way forward to deliver premium products. However, delivering projects on time depends on the project management capabilities of a shop. While the market has become too competitive, fabricators grow when they stop being mediocre and focus on precision and customer satisfaction. 

Precision metal fabrication processes are not all about machines. Fabrication skills play a critical role in this regard. For example, in laser cutting, operator skill is a part of the equation. A nozzle that really isn’t centered, a feed that isn’t optimal or a focus point isn’t where it should be will make all the difference. VeriForm works hard to be a cut above the rest with quality, on-time completion, and customer satisfaction.