CO₂ Laser Cutting & Custom Engraving in Quebec
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orders over $250 excluding oversize parcels. please see details.
Since. 2009 - tél: +1 514 524 9990
up to 60"x60"
uMake.ca offers a comprehensive CO₂ laser cutting and engraving service for creators, manufacturers, and businesses throughout Quebec. We produce precise, detailed parts from wood, acrylic, and plastics, all with an impeccable finish. Whether you are in Montreal, Quebec City, Laval, Longueuil, Gatineau, Sherbrooke, or Trois-Rivières, simply upload your files to receive your parts quickly, with reliable delivery to every region of the province.
CO₂ Laser Cutting & Custom Engraving in Quebec
Materials for laser cutting and engraving
Laser cutting offers several advantages over traditional cutting methods. First, it provides precision and accuracy, enabling the creation of intricate edges and complex patterns. Furthermore, it minimizes material waste, making it a more efficient solution. Finally, this process often requires less post-processing, which saves time and reduces labor costs while ensuring a high-quality finish. Laser cutting uses a single tool for all types of materials, accommodates any geometry, and allows for flexible contours for every product. As a non-contact process, it also helps reduce material waste by optimizing the number of cuts made on a single sheet.
Advantages of laser cutting compared to other manufacturing processes
Laser cutting offers several advantages over traditional cutting methods. First, it provides precision and accuracy, allowing for complex designs and clean edges. Second, it is highly efficient, reducing both material waste and cutting time. Furthermore, it can easily process a variety of materials—including metals, plastics, and wood—making it a versatile option for diverse industries. Overall, its ability to deliver consistent quality makes laser cutting a preferred choice for many applications.
How does it work?
Laser cutting works by using a highly focused beam of light from a laser to heat a material to the point where it melts or vaporizes, effectively cutting it by precisely following a computer-controlled pattern and leaving a clean edge on the cut material; the laser beam is directed and focused using mirrors and a lens.
FAQ
Technology, Materials & Capabilities of CO₂ Lasers in Quebec
Q1 What is CO₂ laser cutting, and how does the process work? CO₂ laser cutting is a manufacturing process that uses an infrared light beam with a wavelength of 10.6 micrometers, generated by a tube filled with carbon dioxide gas. This beam is directed by a series of mirrors and focused by a lens into an extremely precise point of heat—reaching temperatures of 1,000 to 3,000°C in just a few milliseconds. At this temperature, the material instantly vaporizes or melts along a computer-programmed path, leaving behind a clean, sharp edge. A jet of compressed air (assist gas) clears away any residue during the cutting process, ensuring a flawless finish. Unlike mechanical methods such as CNC routing, CO₂ laser cutting is a non-contact process—the cutting head never touches the material, which eliminates vibrations, mechanical burrs, and tool wear. For creators, designers, and manufacturers in Quebec, it is the go-to technology for producing complex shapes in wood, acrylic, and plastics with repeatable precision.
Q2 What is the difference between a CO₂ laser and a fiber laser at uMake in Quebec? Both technologies use light to cut, but they are suited for radically different categories of materials: CO₂ Laser | Fiber Laser Wavelength: 10.6 µm (far-infrared) | 1.06 µm (near-infrared) Optimal materials: Wood, acrylic, plastics, cardboard, textiles, leather, MDF, Corian | Steel, stainless steel, aluminum, brass, copper, titanium Cutting thick metals: ❌ No | ✅ Yes (up to ¾") Engraving wood/plastic: ✅ Excellent | ❌ Ineffective Max thickness (cutting): ¼" (6.35 mm) | ¾" (19 mm) for metal Max surface area at uMake: 60" × 60" | 60" × 120" A simple rule of thumb: if your project involves wood, acrylic, or plastics → use a CO₂ laser. If your project involves steel, stainless steel, or aluminum → use a fiber laser. For mixed-material projects, uMake can combine both technologies under one roof, as part of a single, coordinated order.
Q3 What materials can be laser-cut or engraved using a CO₂ laser at uMake in Quebec? Our CO₂ laser is optimized for non-metallic materials. Here are the primary materials we process for clients in Quebec: Wood & wood-based materials: Baltic Birch plywood, MDF, Masonite, corrugated cardboard, solid wood (maple, walnut, cherry), balsa wood, HDF Plastics & acrylics: Acrylic (transparent, colored, opaque, mirrored, fluorescent), polycarbonate, flexible PVC, thin ABS, Delrin, thin polyethylene, Sintra (expanded PVC) Composites & specialty materials: Corian, thin Dibond, HPL laminates, natural and synthetic leather, cork, felt, technical fabric, thin neoprene, EVA foam Materials to avoid with a CO₂ laser: Thick rigid PVC (releases toxic chlorine emissions), thick polycarbonate (tends to yellow), glass and ceramics (reflect the laser beam), and materials containing beryllium or halogens. If you are unsure about the compatibility of your material, please send us a sample or email quoting@umake.ca before placing your order.
Q4 What is the maximum cutting thickness and the maximum surface area for the CO₂ laser at uMake? Our industrial CO₂ laser can process materials up to ¼" (6.35 mm) thick for through-cutting, with a maximum bed size of 60" × 60" (152 cm × 152 cm). For engraving and surface operations (pocketing, marking, texturing), there is no thickness limit—only the surface area matters. For reference, here is how it handles common materials: Acrylic: clean cuts up to ¼" with glossy, flame-polished edges Baltic Birch plywood: clean cuts up to ¼" (6 mm) MDF: cuts up to ¼" with slightly charred (brownish) edges—a natural aesthetic often favored for decorative pieces Cardboard: very precise cuts up to ¼" with clean edges Leather and textiles: cuts without fraying for almost all standard thicknesses For thicker pieces (¼" to ¾"), a CNC router is often a better option—our team can advise you on the optimal process for your specific project.
Q5 What level of precision can I expect from CO₂ laser cutting in Quebec? The CO₂ laser at uMake offers typical tolerances of ±0.1 to ±0.2 mm for common materials (acrylic, wood, MDF). For very fine engraving details, the resolution can reach 0.1 mm, allowing for the reproduction of small-print text, fine hatching, grayscale gradients via variable-intensity marking, and complex geometric patterns with excellent fidelity. This precision surpasses that of a CNC router when it comes to intricate shapes and text, as the laser kerf (the width of the cut) is significantly narrower—approximately 0.1 to 0.3 mm, depending on the material and its thickness—compared to the 3 to 6 mm width of a CNC router bit. For architectural model makers, signage designers, and artists in Quebec who work with fine details, this level of precision is often the deciding factor in choosing this process.
Q6 What is the difference between CO₂ laser cutting and laser engraving? These are two distinct operations performed using the same equipment, but with different settings: Through-cutting: The laser is set to full power and cuts completely through the material to create contours, shapes, and silhouettes. The result is a piece separated from the rest of the sheet. Engraving: The laser is set to partial power and scans the surface of the material without cutting through it. This creates an indentation, a texture, or a surface mark. The engraving depth can be controlled—ranging from 0.025 mm to 2.5 mm—depending on the power and speed used. Engraving allows for the reproduction of logos, text, grayscale photos, serial numbers, decorative patterns, and 3D textures on the material's surface. Combination of cutting and engraving: In a single order, your piece can be cut to the desired shape AND engraved with a logo, text, or pattern—all in one machine pass, without the need for repositioning. This is the most common process used for signage, trophies, displays, and promotional items in Quebec.
Q7 Does a CO₂ laser cause burnt edges on wood? Is this normal, and how can it be addressed? Yes—this is an inherent characteristic of the CO₂ laser process when used on organic materials like wood or MDF. The heat from the beam slightly carbonizes the cut edges, resulting in a distinctive brown-to-black coloration. For many applications (such as decor, art, rustic signage, or contemporary furniture), this charred patina is aesthetically desirable and is considered part of the charm of laser-cutting wood. If you prefer lighter-colored edges, you can try the following: Lightly sand the edges after cutting. Apply a varnish or oil immediately after cutting to limit oxidation. Use a protective mask (paper or adhesive plastic) on the surface before cutting; this shields the material from debris and can be easily removed afterward. In contrast, when used on acrylic, a CO₂ laser produces "flame-polished" edges—a glossy, melted, and transparent finish that requires no sanding. This is one of the major advantages of using a CO₂ laser for acrylic compared to a CNC router.
Q8 Can a CO₂ laser engrave photos or grayscale images? Yes—this is one of the most impressive capabilities of a CO₂ laser. By rapidly modulating the beam's power on a pixel-by-pixel basis, the laser can reproduce a full photographic image in grayscale on materials such as wood, acrylic, or leather. Lighter areas of the image receive less laser power (resulting in a light or superficial engraving), while darker areas receive more power (resulting in a deep or charred engraving). The result is a faithful reproduction of the original image, engraved directly into the material—permanent, wear-resistant, and requiring no ink or chemicals. To submit a photo file for engraving, please send a high-resolution (minimum 300 DPI) grayscale image—in PNG, TIFF, or JPEG format—along with your chosen material and desired dimensions to quoting@umake.ca. Our team will optimize the contrast and engraving settings prior to production.
Q9 What are the advantages of a CO₂ laser compared to a CNC router for projects in Quebec? The two processes complement each other rather than compete; however, there are specific scenarios where a CO₂ laser is clearly superior: Fine details and text: The laser kerf (~0.2 mm) is 15 to 30 times thinner than a CNC router bit, making it ideal for delicate typography, intricate patterns, and miniatures. Surface engraving: The laser can engrave images, gradients, and textures—capabilities that a CNC router cannot replicate (it cannot reproduce photographs or grayscale). Speed on thin acrylic: The laser can reach speeds of 1,500 inches per minute on thin acrylic—significantly faster than a CNC router. Flame-polished edges on acrylic: The laser produces glossy, polished edges automatically, whereas a CNC router leaves a matte edge that requires additional post-processing. Non-contact, vibration-free cutting: Perfect for fragile materials, small parts, and complex, tightly nested geometries. No tool wear: There are no router bits to replace, and no residual corner radius (tool path curvature) in internal corners. A CNC router remains the superior choice for thick materials (exceeding ¼"), 3D pocketing or milling, and large-scale profiles on long workpieces.
Q10 Can the CO₂ laser engrave curved surfaces or 3D objects? Our CO₂ laser is primarily configured for cutting and engraving flat, horizontal surfaces. Sheets, panels, and plates laid flat on the work table represent the standard use case. For three-dimensional objects (such as cylinders, bottles, or pre-assembled boxes), uMake does not currently offer a rotary axis—such projects would require specialized equipment. If you need to engrave cylindrical objects or complex surfaces, please contact our team at quoting@umake.ca to discuss the available options.
Orders, Files, Applications & Deadlines in Quebec
Q11 What file formats should I provide for a CO₂ laser cutting or engraving order in Quebec? uMake.ca accepts the following formats for CO₂ laser processing: For through-cutting (vector contours): DXF — a recommended universal format, compatible with all CAD software AI (Adobe Illustrator) — ideal for logos, typography, decorative patterns, and signage SVG — accepted for all vector geometries Vector PDF — accepted (must be a vector file; no pixel-based or rasterized content) DWG — native AutoCAD format For image and photo engraving: PNG, TIFF, JPEG — high resolution (minimum 300 DPI), preferably in grayscale AI or SVG — for vector-based engraving (logos, text, geometric patterns) Essential file preparation guidelines: All cutting contours must be closed vector paths (no open lines) Use distinct colors to separate different operations: e.g., red for cutting, blue for deep engraving, and green for light engraving Verify the scale (specify the units: mm or inches) Remove duplicate paths and hidden objects For text, convert to outlines (paths) to avoid font-related issues
Q12 How can I get an instant quote for CO₂ laser cutting or engraving in Quebec? Visit app.umake.ca, create a free account, and upload your vector file. Our automated quoting system (Duform) analyzes your paths, calculates the total cutting length, optimizes the arrangement of parts on the sheet (automatic nesting), and generates an instant price, including production lead times and delivery options—all without any delays or the need for human interaction. Automatic nesting can reduce your material costs by 20–30% by maximizing the use of each sheet. For projects involving image engraving, specialized materials, or large quantities, please send your file to quoting@umake.ca to receive a custom estimate, typically provided within a few hours during business hours.
Q13 Is there a minimum order requirement for CO₂ laser cutting and engraving services at uMake in Quebec? No. uMake.ca does not impose any minimum quantity or minimum order value for its CO₂ laser services. You can order a single prototype—such as a cut acrylic panel, a custom-engraved plaque, or a plywood template—and receive the same bilingual service, industrial-grade precision, and order tracking as you would for a production run of 1,000 units. This "no minimum" policy is especially valued by artisans, illustrators, designers, and makers across Quebec who are testing new concepts or producing small-batch, made-to-order items.
Q14 What are the production and delivery timelines for CO₂ laser cutting in Quebec? For standard materials kept in stock (acrylic, Baltic Birch, MDF, cardboard), typical timelines are: Production: 1 to 3 business days for standard orders Delivery within Quebec: 1 to 2 business days after shipment from Montreal Typical door-to-door turnaround: 2 to 4 business days for clients in Montreal, Quebec City, Laval, Longueuil, Gatineau, Sherbrooke, and Trois-Rivières Delivery is free for all orders over $250 anywhere in Quebec (excluding oversized packages). For urgent projects, expedited shipping options are available—please contact quoting@umake.ca or call +1 514 524 9990 to discuss options on a case-by-case basis.
Q15 For what applications is the CO₂ laser most commonly used in Quebec? uMake’s clients in Quebec use CO₂ laser cutting and engraving for a wide range of creative, commercial, and industrial projects: Signage & Displays: Corporate signage in cut acrylic; letters and logos made from plywood or acrylic; directional signs; door numbers; engraved nameplates; restaurant menus in acrylic. Decoration & Interior Design: Decorative plywood panels with intricate cut patterns; acrylic light fixtures; wall coverings made from cut MDF; decorative room dividers; custom-made frames. Trophies, Awards & Gifts: Engraved acrylic plaques; engraved wooden trophies; personalized corporate gifts; cut-out medals; corporate awards featuring engraved logos and text. Prototyping & Models: Architectural models in acrylic or MDF; prototype enclosures in acrylic; plywood jigs and measuring gauges; test parts for concept validation. Education & Arts: Educational puzzles and games; board game components; cut-out wall art; art installations in wood or acrylic; jewelry and accessories made from acrylic or leather. Commerce & Retail: Product stands; point-of-sale displays; acrylic price tags; custom-cut cardboard packaging boxes. Events: Cut-out wedding and reception decor; place cards; table numbers; laser-cut invitations; photo booth props.
16 Can I combine cutting and engraving in a single CO₂ laser job in Quebec? Yes—in fact, this is the most common type of order at uMake.ca. In one single machine pass, your piece can be cut to the desired shape AND engraved with any pattern, text, or image. Here is how to indicate this in your file: Red lines (or your preferred convention) = through-cutting Blue lines = deep engraving (>0.5 mm) Green lines = light engraving or surface marking Raster images = grayscale photo engraving Combining cutting and engraving into a single machine operation incurs no extra setup fee—you simply pay for the total laser time (cutting + engraving). This is the most economical and fastest approach for trophies, signs, displays, and decorative pieces.
17 What is the difference between laser engraving and fiber laser marking for materials in Quebec? These two terms are often confused, but they refer to different processes: CO₂ laser engraving — the laser removes material to create a physical indentation. The result is tactile: you can feel the depth with your finger. Applicable to wood, acrylic, plastics, leather, cardboard, and organic materials. Typical depth: 0.1 to 3 mm. Fiber laser marking — the laser modifies the surface of the metal without removing a significant amount of material. It oxidizes or slightly melts the surface to create a permanent, high-contrast mark. Applicable to stainless steel, aluminum, brass, titanium, etc. Ideal for serial numbers, QR codes, and company logos on industrial metal parts. For clients in Quebec who need to engrave wood or plastic → CO₂ laser at uMake. For clients who need to apply permanent marks to metal parts → fiber laser marking at uMake.
18 Can uMake cut and engrave materials that I provide myself in Quebec? Yes. uMake.ca accepts customer-supplied materials for CO₂ laser cutting and engraving. Your material must be: Flat and of uniform thickness (warped or embossed materials may affect cutting quality) Compatible with a CO₂ laser (see the list of compatible materials above) No larger than 60" × 60" Free of thick PVC, glass, or metallic coatings (due to safety risks or optical incompatibility) Before sending any non-standard material, please contact our team at quoting@umake.ca to confirm compatibility. Supplying your own material is especially useful for artistic projects involving specialty materials, rare woods, specific grades of leather, or particular brands of acrylic.
19 Can uMake combine CO₂ laser cutting with other manufacturing services for my project in Quebec? Absolutely. uMake.ca is a full-service production facility under one roof in Montreal, allowing you to combine multiple processes into a single order—eliminating the need to manage several different suppliers. Common combinations for clients in Quebec include: CO₂ laser + UV printing: Acrylic parts that are laser-cut and then printed directly in CMYK+white for vibrant colors. CO₂ laser + CNC routing: Panels featuring intricate laser-cut details alongside 3D milling or pockets created via CNC, all on the same material. CO₂ laser + fiber laser: Mixed-material projects—combining wood or acrylic components (processed via CO₂ laser) with metal parts (processed via fiber laser) into a single assembly. CO₂ laser + assembly: uMake can assemble your cut parts—such as enclosures, retail displays, or structural components—to deliver a finished, ready-to-use product. This vertical integration is especially valuable for design agencies, retail display manufacturers, and interior designers in Quebec who manage projects involving a variety of materials and finishes.