LASER
CUTTING

Laser cutting is an advanced technology used to precisely cut various materials, including metals like steel. It works by using a powerful and focused beam of light, called a laser, to melt or vaporize the material along a specific path. This precise method allows for intricate and detailed cuts that might be difficult to achieve with traditional tools.

Laser cutting is widely used in industries like manufacturing, automotive, and electronics, as it offers high levels of accuracy, speed, and versatility. It's a remarkable process that showcases the fusion of cutting-edge technology and skilled craftsmanship in the world of material fabrication.

Since 1986, Amber Steel has led the industry in laser, plasma, and flame cutting. Serving within 100 km of Waterloo Region, we deliver precise, ready-for-production parts primarily for the mining, automotive, construction, and technology sectors.

Learn More About Our Laser Cutting Technology and Capabilities

Our advanced laser cutting technology ensures precise, intricate cuts for all your needs. Contact your steel cutting experts at Amber Steel to bring your project to life! Call us to discuss your laser cutting project, or email us with the details of your design.

Our Laser Cutting Technology

At Amber Steel, we are big believers in innovation. Because of this, we have invested ample time and resources into getting state-of-the-art laser cutting technology. Our two laser machines (6,000 watt and 10,000 watt) can meet all design specifications and customer needs.

Laser cutting is a high technological process, ensuring the fastest cutting time, which helps reduce project wait time and presents our customers with a finished product which doesn’t need any further finessing. It goes from our hands right into their assembly line.

Other significant advantages of laser cutting include:

Laser cut steel sheets

Laser Cutting

Material Range

All materials common in industrial processing – from steel to aluminum to stainless steel. Very different sheet thicknesses of 0.5 to 25.4 millimeters thick can be cut using the tool.

This extremely wide material range makes the laser the top cutting tool for many applications in the area of metals.

LVD Laser cutting tool

Laser Cutting

Contour Freedom

The bundled laser beam only heats up the material locally, and the rest of the workpiece is subjected to minimal thermal stresses or not at all. This means the kerf is barely wider than the beam and even complex, intricate contours may be cut smoothly and free of burrs.

Time-consuming post-processing is no longer necessary in most cases. Due to its flexibility, this cutting procedure is often used for small lot sizes, large variant ranges, and in prototype construction.

employee working on machine

The Amber Steel Difference

Why choose Amber Steel? The answer is simpler than you might think!

We are one of the few steel cutting and manufacturing companies that carry a 72” wide laser. This means that we are not limited to size and can use more of the metal sheet. This allows us to offer a wide range of product sizes for all industries.

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Benefits of Laser Cutting

Laser cutting is a versatile and precise technology that offers a range of benefits, making it an ideal choice for various industries and applications. Here’s how:

Red checkmark Precision: Laser cutting offers exceptional accuracy, allowing for intricate and detailed cuts.

Red checkmark Versatility: It can be used on carbon steel, stainless and aluminum Clean Cuts: The process results in minimal material distortion and clean edges, reducing the need for additional finishing.

Red checkmark Narrow Kerf: The laser beam is very thin, leading to minimal wasted material and maximizing material utilization.
Complex Shapes: Laser cutting easily handles complex shapes that might be challenging with traditional methods.

Red checkmark Speed: The process is faster than many traditional cutting methods, enhancing production efficiency.

Red checkmark Minimal Contact: Laser cutting is a non-contact process, reducing the risk of material contamination.

Red checkmark Less Heat Affected Zone: The heat-affected zone around the cut is smaller, minimizing material distortion and warping.

Red checkmark Reduced Setup Time: Quick setup and programming save time during production changes.

Red checkmark Automation: Laser cutting can be integrated with automation systems for continuous and consistent production.

Red checkmark Cost-Efficient: While initial investment may be higher, laser cutting's efficiency, reduced material waste, and low maintenance can lead to cost savings in the long run.

Red checkmark Intricate Designs: Laser cutting allows for intricate designs and patterns, making it ideal for customization.

Red checkmark Environmentally Friendly: The process generates minimal waste and doesn't require coolants or lubricants.

Red checkmark No Tool Wear: Laser cutting doesn't involve physical tools, eliminating wear and tear associated with traditional cutting methods.

Industries We Serve Utilizing Laser Cutting

Laser cutting technology is widely used across various industries due to its precision, efficiency, and versatility.

Some key industries include:

Aerospace Industry: In aerospace, precision is critical. Laser cutting is ideal for crafting turbine blades from high-temperature alloys like nickel-based superalloys, essential for jet engines. It provides finer precision and control compared to flame and plasma cutting, making it suitable for the intricate geometries required in aerospace components.
Automotive Industry: Laser cutting significantly benefits the automotive industry, especially in molding aluminum sheets for car body panels. This results in lighter vehicles with improved fuel efficiency. Laser cutting offers higher precision and faster processing times than flame or plasma cutting, making it ideal for intricate and lightweight designs.
Medical Device Manufacturing: Laser cutting is crucial in medical device manufacturing due to its precision, ensuring accurate and biocompatible orthopedic implants and dental prosthetics. Its ability to work with various biocompatible materials gives it an advantage over flame and plasma cutting.
Electronics Industry: Laser cutting is essential in electronics for creating detailed patterns on circuit boards, ensuring the flawless operation of electronic components. It offers the necessary precision that flame and plasma cutting lack, making it the preferred method.
Jewelry Manufacturing: Laser cutting in gold and silver jewelry manufacturing allows artisans to create intricate and detailed patterns, enabling stunning, customized designs. Its precision and finesse surpass flame and plasma cutting, making it ideal for delicate jewelry work.
Energy Sector: In the energy sector, laser cutting is used to shape thin-film solar panels made from materials like indium, gallium, and selenium. This precise cutting enhances energy conversion efficiency and supports sustainable energy solutions. Its ability to handle delicate materials with minimal waste gives laser cutting an edge over flame and plasma cutting methods.
Sheet Metal Fabrication: Laser cutting is central to sheet metal fabrication, particularly for creating aluminum enclosures used in electronics and industrial equipment. The precision and speed of laser cutting make it more suitable for these applications than flame or plasma cutting, which are less precise and slower. 
Consumer Electronics: In consumer electronics, laser cutting shapes the metal casings of smartphones and other devices, enabling intricate designs and slim profiles. This method enhances both aesthetics and functionality, offering precision that flame and plasma cutting cannot achieve.
Tool and Die Manufacturing: In tool and die manufacturing, laser cutting is preferred for making precise metal stamping dies, essential for mass-producing metal parts with exact accuracy. While flame and plasma cutting are suitable for larger, less detailed components, the precision needed in tool and die manufacturing is best achieved with laser cutting.
Jacketing and Cladding: In architecture, laser cutting is used to create cladding, combining aesthetics with durability to enrich our visual surroundings. The detailed and often artistic designs required in architectural applications are more effectively achieved with laser cutting than with the less precise flame and plasma cutting methods.

Amber Steel specializes in providing laser cutting services to these and other industries, ensuring high-quality and ready-for-production parts.

Have a Laser Cutting Project In Mind?

Ready to bring your project to life? Let's collaborate and make it happen! Whether you're envisioning a custom metal creation, a precision-cut design, or a specialized fabrication, we're here to turn your ideas into reality. Our skilled team and cutting-edge technology are prepared to tackle projects of all scales and complexities. From initial concept to final production, we pride ourselves on delivering excellence at every step. Let's work hand in hand to bring your vision to reality. Contact us today to discuss your project, receive a tailored quote, and begin working together.

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LASER CUTTING