FAQ
Services offered by Systana Laser Engraving:
Questions & Answers about Industrial Laser Engraving
Q: What is laser engraving?
A: Laser engraving is a process that uses a laser to mark or engrave precise designs on various materials, offering a permanent and precise marking method.
Q: What materials can be laser engraved?
A: Laser engraving services are applicable to a variety of materials, including metals, plastic, wood, and many others, suitable for industrial uses.
Q: What are the advantages of laser engraving compared to other marking methods?
A: The main advantages include extreme precision, permanent marking, and flexibility of application on different materials.
Q: What is Systana Gravure Laser’s expertise in this field?
A: With over 15 years of experience, Systana is recognized for its laser engraving expertise in Quebec and Canada, using state-of-the-art equipment for optimal quality and precision.
Q: What are the advantages of laser engraving compared to manual methods?
A: Laser engraving stands out for its speed, ability to produce high-quality results with great precision, and ease of repetition on many pieces, offering uniformity impossible to achieve manually. Unlike traditional methods requiring specific skills, laser engraving allows for sharp and precise marking on various materials without physical contact, reducing the risk of damaging the engraved object.
Q: How does laser power affect engraving?
A: Laser power is crucial for achieving good engraving quality. It must be adjusted according to the material to be engraved: thicker and harder materials generally require higher power. Optimal power typically ranges between 25 and 80 Watts, affecting both engraving depth and execution speed. Properly adjusted power optimizes engraving quality while reducing production time.
Q: Is laser engraving applicable to all materials?
A: No, it is not suitable for all materials. Laser engraving is extremely versatile and can be used on a wide variety of materials, including wood, plastic, glass, metal (including stainless steel), but not all materials.
Q: How does wood engraving work with laser engravers?
A: Laser engraving on wood is a very simple process. The laser produced by our equipment is very hot, which leaves a permanent mark on the wood in the form of burns. Unlike a flame, our laser is very precise, allowing logos, text, and even photos to be engraved.
Q: What type of wood should be used for laser engraving?
A: All types of wood can be used. The marking result will vary depending on the chosen wood. Some types make a darker mark than others, and each piece of wood is different. One thing is certain: you will have a unique product every time.
Where to use Lamicoid laser engraved plates?
Lamicoid plates are everywhere in 2024! Lamicoid labels are an essential element of the industrial workplace and anywhere safety or labeling is a factor.
Lamicoid plates serve / are found in the following places:
Electrical panels
Part identifiers
Control panels
Switches
Buttons
Caps
Circuits
Panels / signage for restrooms, meeting rooms, directions
Mechanical fans, automated conveyor, robot, and all machines
Health and safety signage
Lighting devices
HVAC
Plumbing line identification
Legend and specification plates
Dashboards
Load boards
And hundreds of other industrial and professional uses.
Metal Laser Marking (Aluminum & Stainless)
Q: What is laser marking on metal?
A: Laser marking on metal is a contactless method that precisely engraves information on various metals like stainless steel and aluminum, used for product identification and branding.
Q: What products can be laser marked?
A: This technology is ideal for a multitude of products, including QR Codes and Barcode identification, industrial tools, electronic components, nameplates, automotive parts, medical instruments, and control panel nameplates.
Q: What are the advantages of laser marking?
A: Markings are permanent, wear-resistant, water-resistant, and chemical-resistant, offering a high-quality finish ideal for traceability and aesthetics.
Q: How does laser marking on aluminum work?
A: Marking on aluminum works in three ways. 1- We stock aluminum plates that are specially designed for laser engraving, which is one of the simplest solutions. 2- Anodized aluminum engraves directly with the laser due to its chemical process reacting with the laser's heat. 3- For a bare aluminum piece, we use Cermark (ceramic powder in liquid form that fuses with aluminum when the laser passes over it) to leave a black finish on the surface. In all cases, our experts will choose the best marking solution for your aluminum piece to be marked.
Q: Is laser marking on stainless steel permanent?
A: YES! It is one of the most durable ways on the market to use laser engraving precision for permanent marking. There are two ways to mark this metal. With a CO2 engraver, we apply Cermark ceramic powder on stainless steel, which fuses with the metal when the laser passes over it. With our new fiber engraver, marking does not require powder. You will always have a durable, clear, and precise marking!
Q: What types of engraving can I do with Systana Gravure Laser on stainless steel or aluminum?
A: Laser engraving is a process of using a high-power laser to engrave an image or design on a material. It is a popular choice for identification because it is precise and can be done quickly. Many different materials can be engraved using this method, including stainless steel, aluminum, wood, and even glass. Among the most popular items to engrave are logos, contact information, company names, and all vectorized designs. Serial numbers, QR codes, and barcodes are also commonly engraved.
Q: How long will it take for my order to be processed and laser engraved if I choose stainless steel as the support material?
A: Assuming you are talking about laser engraving on stainless steel, the answer to your question largely depends on the object or plate to be engraved. For example, if you are engraving a stainless steel piece, we will first need to order the metal and have it cut before starting the engraving process. This typically takes between 8 and 10 days. Once the metal is at our production site, the engraving process can begin. The time required to complete the engraving will depend on the size and complexity of the design and, of course, the quantity of plates ordered. However, most engravings can be done in a few hours. The size of the engraving also affects the laser marking speed. A small, simple image can be engraved quickly, while a larger and more detailed image will take more time. Usually, once we have the metal in hand, you can expect to receive your order within 3 to 5 days.
Q: How much will my laser engraving order cost?
A: The cost of your engraving order will depend on several factors, including the size and complexity of the design, the number of items to be engraved, and the material to be engraved. Engraving is a very quick process, so even complex images can be engraved in a few minutes. However, the exact time will depend on the factors mentioned above. Engraving times are usually quite short, so the overall cost of your order should be relatively low. Click here and describe your project; we will be happy to send you a quote.
Q: Are there discounts available for large laser marking orders on stainless steel or aluminum?
A: When you are considering ordering engraved metal plates, you might be wondering if discounts are available for large orders. The answer is yes! The more you order, the less each unit will cost you. Indeed, when we order the metal, there are minimum order fees from our metal supplier. Then you have to add the cost of transporting the metal from the supplier to our production facility. However, it is almost the same transport cost for one plate or for 10. Therefore, the more you order at once, the cheaper it will be. In our company, we usually offer good discounts on orders of more than 100 units. This allows you to save money on your purchase while getting high-quality engraved metal plates. So, if you are looking for a way to save money on your order, consider ordering a larger quantity. You can find more information about this by contacting us.
Q: Can I receive my laser engraving order quickly by dealing with Systana?
A: When you place an order with us, you can be assured that we will provide you with the highest quality product possible. We understand the importance of quick delivery of your order, and we are committed to providing you with the best possible service. In most cases, it takes our team 3 to 5 days to complete an order once the final production design is approved. Then, with a courier service, you will receive your order the next day!
Q: How can I get a quote for my laser marking project on stainless steel or aluminum?
A: Just click here, describe your project, and we will respond within 24 hours! You can also receive a free quote for your custom order by clicking the Get a Quote button.
Q: What are the advantages and disadvantages between stainless steel and aluminum if I have to choose which one to engrave on?
Aluminum
Aluminum is a softer metal, which means it is more vulnerable to scratches and scuffs.
Aluminum is lighter than stainless steel, which can be an advantage if you are looking to save on shipping costs.
Aluminum does not rust but oxidizes over time.
Aluminum is generally cheaper than stainless steel.
Stainless steel
Stainless steel is a harder metal, making it more resistant to scratches and scuffs.
Stainless steel is heavier than aluminum, which can be a disadvantage if you are looking to save on shipping costs or for installation on a wall, for example.
Stainless steel does not rust and does not oxidize over time, except in very permanently humid environments.
Stainless steel is generally more expensive than aluminum.
Which laser marking technique to use: laser marking or laser engraving?
When it comes to laser technology, many people are unsure of the difference between laser marking and laser etching. And more importantly, which one is right for you? At Systana Gravure Laser, we specialize in both laser marking and laser engraving techniques with our different laser engravers to help you achieve perfect results for your business and identification process.
The main difference between laser engraving and laser etching is that etching melts the microsurface to create slightly raised marks. This process uses high heat to create permanent marks on metallic surfaces with an industrial laser machine. Laser etching is widely used for parts traceability and industrial laser identification, offering a durable and precise solution for various industrial needs.
In contrast, laser marking or laser engraving removes a small amount of material to create shallow marks. This process also uses high heat to permanently mark metallic surfaces. Laser marking is also commonly used for parts traceability and industrial laser identification. The marks created are sharp and precise, making it an ideal method for applications requiring clear and durable identification. When choosing between laser marking and laser etching, it is essential to consider the specific needs of your application to determine the most appropriate method.
The laser etching process
When etching is performed, the laser heats and deforms the microsurface of the material. By doing this, the laser-engraved surface expands and creates a texture. Laser etching creates black or white marks and is the most effective process for permanently marking most types of materials. Etching is faster than marking (engraving) because it requires less energy from the laser beam. You may need laser etching if:
Your piece is made of any metal except stainless steel.
You want the fastest laser process.
You want an economical laser that requires less laser power.
You need to integrate laser marking before non-abrasive treatments, including powder coating, eco-coating, and heat treatment.
The laser marking process
With the marking method, the laser vaporizes a thin layer of material to create a tracking code. This is done by sending a highly localized laser pulse to your piece. Instead of creating a microsurface that protrudes from the material, laser marking engraves into the material.
You may need laser marking if:
Your piece is made of steel or aluminum.
You want marks with maximum durability.
You need to integrate laser marking before abrasive treatments such as sandblasting.
Laser Marking on Rowmark Plastics
We exclusively use Rowmark brand industrial plastics for your satisfaction.
Q: What is Rowmark?
A: Rowmark is a recognized manufacturer of thermoplastic laminated plastic sheets designed for laser or rotary marking. These plastics are often used for signage, identification plates, control panel covers, key tags, name tags, numbering, and barcoding.
Q: What types of Rowmark plastics are available for laser engraving?
A: Rowmark offers a wide range of plastics, including but not limited to LaserMax, LaserMark, UltraGrave, and LaserGlow. Each type is designed for specific needs and optimal results with laser marking.
Q: What are the typical applications of laser marking on Rowmark plastics?
A: Applications include signage, identification plates, control panel covers, key tags, name tags, numbering, and barcoding. These plastics are chosen for their ability to produce sharp and durable marks on a variety of colors and finishes.
Q: How to prepare Rowmark material for laser marking?
A: Rowmark sheets are typically provided with a protective film on both sides to prevent scratches. For laser cutting, this film is replaced with a protective paper to minimize burn marks. It is important to remove this protective film once the engraving work is completed.
Q: What thicknesses of Rowmark plastic are available?
A: Rowmark offers plastics in a range of thicknesses commonly available in 1/32", 1/16", and 1/8". These options offer flexibility for various laser marking applications.
FAQ on 3D Hybrid Laser Marking
Q: What is 3D hybrid laser marking?
A: Advanced technology for precisely marking metals on more complex surfaces than a flat surface, ideal for aerospace components and industrial tools.
Q: What metals can be marked?
A: Suitable for steel, stainless steel, aluminum, and more, perfect for numbering automotive parts and medical devices.
Q: For what applications is it ideal?
A: Used in industry for tracking mechanical parts, surgical instruments, and metal parts of all kinds.
Q: Why choose Systana laser engraving services rather than buying laser equipment?
A: Opting for Systana Gravure Laser avoids the investment in expensive laser equipment, offering expertise and high-quality results without the need for managing and maintaining specialized equipment.
Products offered by our company:
FAQ on Identification Plates at Systana Gravure Laser
Q: What types of materials does Systana use for identification plates?
A: Systana uses durable materials such as lamicoid plastic, anodized aluminum or Durablack, and stainless steel for manufacturing identification plates.
Q: What solutions does Systana offer for identification in the machinery manufacturing industry?
A: Systana offers industrial identification plates, safety labels, and high-precision laser engravings adapted to harsh industrial environments. Plates for control buttons, safety notice plates, directional levers, and belts, etc.
Q: Can identification plates be customized at Systana?
A: Yes, Systana offers customization services for plates according to the specific security, identification, and signage needs of manufacturing companies and their realities.
Q: What are the main industries served by Systana?
A: The main sectors include electricity, plumbing, fire safety, and other industries such as control panel manufacturing, conveyors, automation, robotics, naval, and military requiring clear and durable markings for equipment and safety.
Q: How does Systana ensure the durability of its identification plates?
A: The plates are made with resistant materials such as Lamicoid Rowmark plastic, anodized aluminum or military-grade Durablack, and stainless steel, ensuring their longevity and visibility in various industrial environments.
Q: How can I permanently identify my products, machines, and control panels with your identification plates?
A: With our advanced laser engraving technology, we can use lamicoid plastic, anodized aluminum or military-grade Durablack, or stainless steel to create identification plates with your specifications for identifying everything.
You can find information on the different products at the following links:
Lamicoid plastic
Anodized or military-grade Durablack aluminum
Stainless steel
What are the main characteristics of our outdoor signs?
Our outdoor signs are personalized and durable, laser engraved for effective visual communication.
Q: What materials are available for outdoor signs?
A: We offer outdoor signs engraved on metal or stainless steel and wood, ensuring weather resistance.
Q: How can we help potential customers make a purchasing decision?
A: We offer samples for large orders, ensuring customer satisfaction from the start.
Q: What is our manufacturing method to guarantee the quality of outdoor signs?
A: We use laser engraving technology, ensuring exceptional precision and clarity without damaging the material.
Four reasons why laser marking is the best choice:
Laser marking is more precise than other methods, so your codes will be easier to scan.
Laser marking is more durable than other methods, so your codes will last longer.
Laser marking is more versatile than other methods, so you can use it on different materials such as industrial lamicoid plastic, stainless steel, and aluminum.
Advantages of laser marking for QR codes and barcodes
QR codes and barcodes are two of the most popular options for product labeling and identification. Laser marking services can offer many advantages for these types of labels, including improved durability and readability.Here are some of the main advantages of laser marking for QR codes and barcodes:
Improved durability – QR codes and barcodes marked with a laser are more resistant to wear than traditional printing methods. This means they will last longer on products, even with constant handling.
Enhanced optical readability – Laser-marked labels can be easier to scan and read, even from a distance. This is due to the high contrast between dark marks and the light background.
Unique aesthetics – With laser marking, you can add a unique touch to your product labels. This can help them stand out from the competition on store shelves.
Greater flexibility – Laser-marked labels can be produced in a variety of shapes and sizes to meet your specific needs. Traditional printing methods often have limitations in this area.
Reduced costs – In many cases, laser marking services can be less expensive than traditional printing methods, especially for small quantities.
Q: I need a panel with identification to put on my control panel, can you make that?
A: Certainly! That’s our specialty! We have different options in terms of materials, thickness, support, and laser marking. Contact our team for a personalized solution!
Q: Is plastic as durable as stainless steel or aluminum for making identification plates for a control panel?
A: It depends on your final need. Plastic, if affixed to a metal base of stainless steel or aluminum, will have good resistance to twisting and pressure. It is always possible to add a stainless steel plate to the back of the plastic if you need more strength. Our team will be happy to guide you through your decision to make the best possible choice for your specific need! Contact us!
Q: What are the best materials for a control panel faceplate?
A: Stainless steel is among the best materials for control panel faceplates due to its durability, corrosion resistance, and professional appearance. Industrial Lamicoid plastic is also a wise choice. Learn more about industrial Lamicoid plastic here: https://www.gravurelaser.ca/gravure-laser-plastique-lamicoide
Q: How to choose the right laser engraving service for stainless steel faceplates for control panels?
A: When choosing a laser engraving service for stainless steel faceplates, prioritize experience with stainless steel, precise engraving capabilities, and a reputation for quality and reliability. Systana is an example of a trusted provider!
Q: What are the advantages of using stainless steel for control panel faceplates?
A: Stainless steel offers several advantages, including exceptional durability, corrosion resistance, high-temperature tolerance, and an aesthetic finish, making it an ideal choice for industrial applications.
Q: How to customize stainless steel faceplates for use in an industrial context?
A: Customize stainless steel faceplates by specifying the dimensions, layout, text, graphics, and any additional features necessary for your specific industrial application. Contact us to discuss your customization needs: https://www.gravurelaser.ca/contact
Q: What factors should I consider when designing a stainless steel faceplate for a control panel?
A: Factors to consider include size, material thickness, mounting options, durability requirements, visibility, and compliance with industry standards or regulations.
Q: Where can I find reputable manufacturers for stainless steel faceplates for control panels?
A: Look no further! Contact us for reliable manufacturing of stainless steel faceplates for control panels. CONTACT US
Q: What is the average cost of stainless steel faceplates for control panels?
A: The cost varies based on factors such as size, complexity, quantity, customization, and the chosen manufacturer. However, expect prices to reflect the quality and durability of stainless steel.
Q: Are there industry standards or regulations for stainless steel faceplates for control panels?
A: Yes, some industries may have specific standards or regulations regarding materials, labeling, safety symbols, or durability requirements for control panel faceplates.
Q: How durable are stainless steel faceplates for control panels compared to other materials?
A: Stainless steel faceplates offer superior durability and resistance to corrosion, chemicals, and extreme temperatures compared to other commonly used materials for control panels.
Q: What are the common applications of stainless steel faceplates for control panels in industrial environments?
A: Stainless steel faceplates for control panels are commonly used in industrial machinery, equipment controls, electrical panels, process control systems, and instrumentation due to their durability and professional appearance.
Q: What is the advantage of Durablack VS normal laser engraving plastic?
A: The main difference is if your plate is outdoors. A military-grade Durablack plate has a lifespan of over 20 years. Lamicoid plastic, on the other hand, has an outdoor lifespan of 10 to 15 years if it is designed for outdoor use. Most manufacturers require aluminum plates to identify their products long-term when used outdoors.
Q: For an outdoor aluminum plate, why choose Durablack?
A: Durablack is an anodized aluminum plate designed to have extreme resistance to outdoor conditions. Sun, acid rain, winds with sand or salt, and heat and cold alter traditional aluminum over time. Military-grade Durablack is designed to withstand all these elements. In the long run, Durablack remains beautiful and precise and will be the solution for first-class equipment identification.
question ajouté par Sébastien sur le secteur Naval
What are the benefits of laser engraving in the aeronautic and naval industries?
How does laser engraving ensure compliance with industry standards and regulations?
What materials are commonly engraved using laser technology in these sectors?
How does laser engraving improve the durability and readability of markings?
What are the specific applications of laser engraving in the aeronautic and naval fields?