Laser cutting technology, as the name suggests, uses a powerful laser to efficiently cut materials. It’s a fabrication process which utilizes a high-powered laser beam to cut materials with great speed and accuracy. While traditionally used for industrial manufacturing applications, laser cutting is now increasingly used by small businesses and hobbyists. Laser cutters can be used to cut a range of materials: metal, plastic, wood. Glass, gemstone, and paper. It can produce intricate and complex parts without the need for tailored tooling.
Lasers are used for a broad range of applications – cutting metal plates is just one of them. Laser cutting machines produce incredible results when it comes to cutting steel, stainless steel, and aluminum plates. For example, the process yields a small kerf width, excellent cut quality, and a small heat-affected zone. Besides, you can cut very intricate shapes and holes.
CNC Laser Cutting Machine
A CNC machine is a programmable device that is capable of autonomously performing various tasks. A CNC laser cutting machine is controlled through written code which determines everything from RPMs to the movement of the cutting head. All CNC machines are run by computers. The function of a CNC machine is to take human input and translate it into movements through code. CNC laser cutting machines outperform every other cutting tool when it comes to repeatability and precision of the manufacturing processes.
Laser cutting is one of the most widely used manufacturing processes that have applications in automotive, aerospace, semiconductor, electronics, and medical fields. The cutting technique works in many different ways as compared to how old cutting technologies work, opening up new possibilities for quality and reliability.
The CNC programs command the following actions in a machine based on human input:
How fast to move the cutter
How fast to turn the spindle
The direction in which the cutter moves
Which cutter to use
When to turn on or off the coolant and so on
Types of Laser Cutting
Fabricators use a variety of laser cutting machines that can be categorized as a liquid, gas, and solid-state lasers. Cutting techniques are differentiated based on the active laser medium. The two major types of laser cutters use solid-state lasers and CO2. A CO2 laser is ideal for cutting non-metal materials as the early models were not powerful enough to cut metals. However, the latest CO2 lasers are now capable of cutting metals. Most fabricators use these machines to cut non-metal and organic materials such as leather, wood, and rubber.
VeriForm Offers Top-Notch CNC Machining Services
Superior dimensional accuracy and a variety of cutting capabilities make CNC laser cutters ideal for end-users. Controlled by software, CNC laser cutting delivers stunningly accurate cuts, making it a must-have tool for progressive fabrication shops.
At VeriForm, our metal fabrication experts use CNC laser cutting tools to create unique parts and exceed customer expectations in terms of quality, speed, and affordability. From countersinking and drilling to cutting and tapping, we employ CNC machines to meet the emerging needs of our customers.
As a leading metal fabrication company in Canada, we have been using CNC laser cutting machines for over 20 years to provide high accuracy cuts of some of the largest pieces of metal in North America. With CNC Laser Cutting, we cut up to ¾in x 80in x 160in with the accuracy of +/- 0.005in.
Applications of a CNC Laser Cutting Machine
If accuracy, precision, and high-quality edge finishes are prime concerns of a project, it becomes indispensable to use CNC cutting machines. There are several types of laser cutting: fusion cutting, scribing, and oxidation. With less physical damage, waste, and material contamination than other cutting techniques, CNC laser cutting is an ideal choice for many metal fabrication processes. However, this might not be a suitable approach when it comes to materials that require secondary finishing and machining work.
It’s time to take advantage of VeriForm’s CNC machining capabilities! If you need to get your CNC cutting done in a short time and with impeccable accuracy, VeriForm is ready to exceed your expectations. As an Ontario-based fabrication shop, we use fully automated cutting and quality assurance systems to accommodate even the most demanding projects.
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:
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.
CNC (Computer Numerically Controlled) machining is a specialized manufacturing and fabrication process that uses computer software to direct the movement of shop tools and machinery. Like manual methods, it machines a workpiece into a desired shape and size, but CNC sheet metal fabrication is rapidly becoming a preferred solution for the following reasons:
Greater accuracy: The machinery is guided by very precise computer-driven variables, which leads to greater accuracy in the final product. The same CNC programming can be used again and again to produce identical results while eliminating unnecessary waste, which is a bonus for mass-produced tools and components.
Safer operation: CNC machines are generally safer to operate because the employee works behind a guard or safety door. The process is not hands-on, which decreases the possibility of an accident.
Cost-effective to run: With traditional machining, one operator is needed per machine. The CNC method requires fewer operators because one person can operate several machines at the same time.
Improved efficiency and faster output: Unlike manual methods, the CNC process is automated, which increases production speed and manufacturing quality. Being machine-driven, the production cycle can continue for the entire shift without having to stop for a break.
At VeriForm, we specialize in four CNC sheet metal fabrication processes at our 26,000 square-foot facility in Cambridge, Ontario. Below is an overview of each application, what it’s used for, and how it can benefit your next project.
When you’re fabricating parts that will later accommodate a rivet, screw, bolt, or other fastening device, that device needs to be able to sit flush with the surrounding metal. Our CNC Countersinking machine creates a conical hole that allows screw or bolt heads to sink into the metal, resulting in a smooth and professional finish for all of your parts.
CNC drilling uses computer input to efficiently and accurately drill holes into strong materials like metal. Its fast delivery, combined with the precise results that CNC machining is known for, makes it a staple in facilities with high production rates and even higher quality standards. At VeriForm, our state-of-the-art CNC drilling process creates clean holes in metal up to 1 1/2” inches in diameter, making us the machine shop of choice for custom parts fabrication as well as projects that rely on the highest degree of machining accuracy.
CNC Laser Cutting
When used to shape sheet metal, CNC laser cutting machines are highly accurate, yield superior cut quality, and have a small heat-affected zone, making it easy to cut tiny holes and complex shapes. Advantages include:
Greater accuracy compared to plasma or flame cutting
Speedier processing and production timeframes
More parts per sheet due to small cutting diameter
Cuts non-metallic materials that cannot generally be cut by plasma or flame cutters
The specialists at VeriForm have been using CNC laser cutting machinery for over two decades. We can cut up ¾” x 80” x 160” with accuracy of +/- 0.005”, so you can rest assured that your next project will yield stellar results.
CNC tapping adds internal threading to products like metal frames, so that parts can be connected by a fastener more easily. We can create a tap for almost every type of screw, resulting in a perfect thread for the intended fastener. We can combine our CNC tapping and countersinking services to simplify and expedite your production run.
Contact a CNC sheet metal fabrication specialist
Our CNC sheet metal fabrication services can make a positive difference in the speed and quality of output for your next parts project. Send us your specifications, drawings, or even a sample of the desired part and we can create what you need. Even if you don’t have plans or a prototype, our engineering team will work with you to create the ideal part, so you can use it as a template in future projects.
VeriForm has been providing metal fabrication services for clients across North America for over 20 years. Our CNC machining resources can manufacture the highest quality metal parts and components for your next project at a competitive price. To learn more about how we can accommodate all of your metal fabrication needs, call 519-653-6000 or contact us online today.
At VeriForm, we take pride in our our next-generation metal fabrication technology, sustainable operations, dedicated team of specialists, and our 20-plus years of exceptional results and customer service.
However, what makes us especially proud is that we are a North American company serving the machining and metal fabrication needs of clients from coast to coast. We specialize in formed, cut, and welded parts for key national industries like machine building, mining, and forestry. Our 26,000 sq ft. facility in Cambridge, Ontario, is often in operation up to 18 hours a day, producing the parts that help our nation run.
Under the guidance of our President, Paul Rak, we have an ongoing dedication and commitment to four key business principles:
VeriForm has adopted many leading-edge technologies that increase product quality while reducing production times and customer costs. One of our core assets is Computer Numerical Control (CNC) machining, which uses pre-programmed software to ensure precision in the following processes:
CNC machining and fabrication technologies provide our customers with several advantages compared to traditional manual methods. By using higher levels of automation, productivity and cost-effectiveness are increased across the board while the likelihood of production errors or workplace accidents goes down. The ability to generate consistently accurate output lets us provide clients across North America with uniform and flawless products.
We believe in giving back to the community that makes our business possible. We have partnered with the Cambridge Chamber of Commerce and key nonprofits like Meals on Wheels and the Food Bank to support the health and independence of local families and work with local businesses to build a stronger sense of community. We are always ready to support new initiatives that make the Waterloo Region a happier, more productive, and safer place to call home.
VeriForm is proud to join global leaders like Nike, Google, and HSBC in managing our environmental footprint. We have committed to making our entire operation carbon neutral, as reflected by the following accomplishments:
Becoming the fourth company in Canada to achieve ISO 50001 certification, which demonstrates an organization’s commitment to continual improvement in its energy management practices.
Being the first Waterloo-region manufacturer to reduce our annual CO2 emissions while expanding our business space by 145% and realizing a 76% increase in operating profits.
Since we achieved the ISO 9000-2015 QMS standard in 2015, our facility has completed over 80 projects aimed at waste reduction and energy use. For one porinect, we replaced a 20hp screw air compressor with an 8hp Kaeser screw compressor and a 120-gallon storage tank. Verified energy savings are 94%, which represents a yearly reduction of close to 30,000 kilowatt hours.
At VeriForm, we believe that education is the key to empowering our employees, customers, and the greater community. The opportunity to engage in lifelong learning makes for a stronger society that can make informed choices about its future.
To support this goal, we pay for our employees to take classes that advance their skills. For us, continuous improvement is not a destination, it’s a constant journey, and the investment has paid off. Thanks to the accuracy of the components and parts we produce, our customers have reported a significant savings in assembly costs and we are proud to report an on-time delivery rate of over 91%.
In addition to ongoing professional development for our staff, we provide volunteer services and financial support to the non-profit Suzuki String School of Guelph, so that the children of financially-challenged families can attend classes there and benefit from a high-quality learning experience.
We are your metal fabrication partner in North America
At VeriForm, we will never stop improving. It keeps us relevant and ensures that we’re always in the best position to contribute to the success of our customers and the community at large. Our drive and commitment to product excellence, community, sustainability, and education has kept us going strong during recessions as well as times of prosperity, and we’re confident that the journey ahead will be even brighter. If you’re interesting in learning more about VeriForm, please contact us today.
Do you need a metal sculpture that turns heads and emphasizes its surroundings? Or perhaps you need parts or other custom fabrication work specific to your industry? At Veriform, our experience and state-of-the-art equipment enable us to offer the highest quality fabrication services for a wide spectrum of projects, from one-of-a-kind architectural centrepieces to large-scale production runs of routine parts and components.
Instead of using ready-made parts to assemble custom metal structures, we use innovative and efficient cutting, bending, and welding machinery at our 26,000 square-foot facility in Cambridge, Ontario. In this blog, we present a metal fabrication guide that details the main processes we employ for our customers, most of which are CNC-driven.
What is CNC machining?
CNC machining refers to fabrication machines that are directed by computers programmed with G-code, which controls process features like coordination, location, feed rate, and speed. When customers provide us with a 2D or 3D CAD drawing, it is translated into computer code and programmed into the software, which directs the machinery. The output is consistent and produced at a speed that manual fabrication would be hard-pressed to replicate.
CNC Hi-Resolution Plasma Cutting
Plasma cutting uses a combination of gases to carry out the cutting process. High-resolution plasma is the latest in this cutting technology: directed by a program like Fusion 360, the plasma arc is forced through a small nozzle to create cleaner edges. Modern hi-resolution plasma machines can cut carbon steel up to 76mm thick and, thanks to their automation capability, deliver quality results quickly and efficiently.
CNC Laser Cutting
Unlike plasma cutting, which uses gases, CNC laser cutting uses a laser beam to cut and shape workpieces. It has several advantages over flame or waterjet cutting methods, including a reduced heat-affected zone and lower power requirements. CNC lasers can accurately and affordably cut a wide range of materials, even non-metallic ones that cannot usually be cut by plasma or flame processes. At Veriform, our laser cutting service cuts up to ¾in x 80in x 160in with accuracy of +/- 0.005in.
Our CNC punch/laser machine delivers the benefits of both punch and laser processing in a compact footprint, dispensing with the need for standalone machines. By combining a high-efficiency laser with a punching press for creating holes or indent forms, this unit makes sheet metal fabrication much easier. It also reduces run time by eliminating additional processes and optimizes material handling.
CNC Bending – Forming
At Veriform, we offer CNC metal bending and forming services that use hydraulic press brakes, detailed tooling, and comprehensive CAD/CAM capabilities. The press brake forces sheet metal between a punch and die and applies a bending force that can shape and form workpieces up to 21 feet. Our detailed selection of bending tools can handle everything from the most basic to the most complex bends for your project.
We use CNC shearing to cut sheet metal to size out of roll stock and other types of larger stock. When a force is applied perpendicular to the material, it yields and breaks. This process is typically used as the first step in preparing metal stock for stamping processes or getting smaller blanks ready for presses.
Not all of the processes in our metal fabrication guide are directed by computer! At Veriform, we only employ welders who are CWB CSA W47.1 and W59 certified and retain an experienced welding engineer to make sure that each project is in precise accord with customer specifications. Available methods include:
Shielded Metal Arc Welding
Gas Tungsten Arc Welding
Gas Metal Arc Welding
Pulsed Gas Metal Arc Welding
All long, large, or complex parts are welded on our leading-edge Demmeler Bluco fabrication tables, which enable greater precision in the final result.
With metal rolling, the stock is passed through rolls to uniformly flatten it out. Our Italian metal rolling machines consistently deliver precise results when used for metal rolling, sheet metal rolling, and structural rolling. We can handle workpieces up to 10 feet wide, and have over 20 years’ experience in producing:
Cylinders and cylinder segments
Concentric and eccentric cones
Have questions about our metal fabrication guide?
At VeriForm, our capabilities encompass a range of metal fabrication technologies. We have over 23 years of experience in manufacturing metal components, parts, and fully assembled products, and pledge to give all customers a positive fabrication experience from beginning to end. For more information or to discuss your latest project, call 519-653-6000 or contact us online.
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