Laser Marking Systems / Laser Markers
Laser Marking Systems / Laser Markers
Product Lineup
MD-X laser markers are versatile, general-purpose systems for marking and processing a wide range of materials. These powerful hybrid marking systems boast an internal vision system, full-field autofocus and marking analytics tools.
MD-U UV laser markers are designed for high-contrast, damage-free marking applications. UV lasers excel at marking plastics, glass, and other heat-sensitive materials. The MD-U's marking head contains an embedded multi-function camera that can autofocus to a part, check-marking quality, and read 2D codes.
MD-F fiber laser markers are high-powered machines designed for deep engraving and high-speed processing. 3-Axis scanning and on-the-fly focal adjustments give the MD-F series a leg-up over conventional laser engravers.
ML-Z CO2 laser markers are incredibly versatile. They can mark opaque objects like paper, wood, rubber, ceramics, and transparent objects like glass. CO2 lasers are also used for gate cutting, drilling, and decapsulation.
MD-T green laser markers use an integrated telecentric lens to keep the laser beam perpendicular across the entire marking surface. This ensures micron-level marking and processing throughout the target area.
Simply put, laser markers use high-energy light to mark the surface of a part. Laser markers vary by the wavelength of light, and different wavelengths are optimized for marking and processing different materials.
The majority of industrial laser markers are YVO4 lasers, fiber lasers, UV lasers, and CO2 lasers.
Laser markers are used to permanently mark text, logos, barcodes, or 2D codes on parts in all industries. Common marking types include oxidizing, annealing, engraving, etching, discoloration, and processing.
Benefits of Laser Markers
Inkjet and pad-printing systems leave impermanent marks that can be rubbed off or fade away. Laser marking does not wear off or contaminate the product being marked.
Because laser markers use light to directly mark products, there is no need to purchase consumables, clean print heads, or perform other routine maintenance tasks that are necessary with conventional ink and label marking methods. This also helps reduce associated maintenance costs.
Typical systems can only mark in 2 dimensions (X and Y). KEYENCE laser markers have 3-axis beam control, allowing them to mark across a larger area, compensate for part variation, and correct for mounting restrictions with zero physical equipment adjustments.
For industries that use shot blasting for strengthening parts, laser markers can be a solution for ensuring shot blast-resistant marks. Laser markers use engraving to create 2D codes that do not get fully tarnished with shot blasting.
Laser Marker / Laser Engraver Case Studies
Laser marking in the automotive industry
Enhance traceability, compliance, and durability with laser marking in the automotive industry. Explore high-precision solutions for vehicle components.
Laser marking in the electric vehicle industry
Curious how laser markers are used with electric vehicles? KEYENCE introduces specific laser markings for the EV industry and other various laser marking with batteries and ECUs.
Laser marking in the battery industry
Discover laser marker applications in lithium-ion battery manufacturing. Learn about lithium battery production and manufacturing processes.
Laser marking in the electronics and semiconductor industry
Explore electronic marking solutions with KEYENCE. Achieve precise laser marking on semiconductors and electronic components for enhanced production efficiency.
Laser marking in the medical industry
Discover high-precision laser marking for medical devices with KEYENCE. Achieve permanent, compliant laser markings on medical instruments and equipment.
Laser marking in the aerospace industry
KEYENCE America offers cutting-edge laser marking technology, which is used in the aerospace industry to engrave or mark components with great precision.
Laser marking in the food industry
Discover how laser marking provides permanent, eco-friendly, and food-safe labeling for expiration dates, barcodes, and branding on food packaging. Ensure compliance, traceability, and efficiency with high-speed laser marking solutions.
Laser marking in the pharmaceutical industry
Learn how laser marking in the pharmaceutical packaging Industry ensures precision, compliance, and durable marking solutions for primary and secondary packaging.
Laser marking in the agriculture and farming industry
Discover KEYENCE's cutting-edge laser engraving and marking systems for the agriculture and farming industry, designed to elevate traceability and efficiency.
Laser marking on metal
Achieve precision and durability with advanced laser engraving & marketing machines for metal. Perfect for efficient, reliable metal marking in various applications.
Laser marking on plastic
Discover plastic laser marking: explore laser etching and engraving. Explore the world of laser marking plastic, including dark and white markings, transparent designs, and so on.
Laser marking on glass
Unlock glass engraving with our laser marking solutions: precision glass marking and etching. Discover our glass engraving machine for exquisite laser glass engraving.
Laser marking on ceramic
Ceramic laser engraving is the process of using a laser marking machine to engrave a ceramic product. Laser machines remove ceramic material through high heat absorption, leaving behind a marked design.
Laser marking on wood
Elevate wood and paper marking with laser precision. Explore laser marking on wood and paper, with our advanced laser wood engraving machine.
Laser marking on rubber
Unlock precision rubber marking with laser technology. Explore laser marking for rubber and silicone rubber, including laser-cutting capabilities.
Laser Marker Applications
Laser marking
Explore the diverse applications of laser marking with KEYENCE. Learn how laser marking technologies transform industries with precision and efficiency.
Laser engraving
Enhance efficiency with industrial laser engraving machines. Explore laser engravers designed for high-speed, precise, and durable marking applications.
Laser etching
Enhance marking precision with industrial laser etching machines. Discover high-speed, durable, and efficient laser etching machines for industrial applications.
Laser annealing
Exploring laser annealing: types, uses, and metal applications. Discover the transformative power of this advanced technique across industries.
Laser labeling
Explore the role of laser labeling in decreasing production time and costs while increasing permanency using laser markers. Discover applications of laser labeling.
Laser cleaning
Elevate production quality with laser cleaning technology: remove dust, rust, and imperfections efficiently, reducing costs and improving precision.
Laser rust removal
Efficiently remove rust with KEYENCE America's advanced laser rust removal machine. Discover the precision and power of laser technology for effective rust removal.
Laser oxide removal
Check out KEYENCE's advanced laser oxide remover. It's an efficient laser that can even clean aluminum and precise cleaning with other oxide removal.
Laser ablation
Exploring laser ablation: types, uses, and metal applications. Discover the transformative power of this advanced technique across multiple industries.
Laser texturing
Exploring laser texturing: types, uses, and metal applications. Discover the transformative power of this advanced technique across industries.
Laser cutting
Laser cutting is a process that uses laser light to create clean, precise cuts. Learn more about laser cutting systems and their uses in various applications.
Laser paint removal
Achieve fast, precise laser paint removal with minimal waste. Discover advanced paint removal with laser for industrial and manufacturing needs.
Laser bonding
Learn how laser bonding enables precise and durable bonds in medical, automotive, and electronics industries, ensuring superior product quality and performance.
Laser drilling
Unleash precision with laser drilling for micro holes. Explore laser drilling machines and drill laser technology for efficient and accurate drilling.
White engraving
White engraving is produced by applying a focused beam to the surface of a material to generate enough heat to cause the material to melt. This very quick melting and solidifying of the material causes light to interact with it differently, resulting in a white appearance.
Laser Marking Types
There are five types of laser markers that KEYENCE offers, and each is distinguished by wavelength and marking power. Understanding the identifiers and strengths of each will assist you in choosing the machine for your project.
UV
Discover the power of UV Laser Marking Machines by KEYENCE. Perfect for detailed, damage-free marking and engraving. Find your ideal UV laser marking solutions today.
Fiber
Explore high-speed, precision-focused fiber laser marking machines by KEYENCE. Achieve accurate and permanent markings across a wide range of materials.
Hybrid
Hybrid laser markers combine the high quality and depth of focus from a YVO₄ laser with the long service life and high output of fiber lasers. This allows Hybrid lasers to generate more contrast and mark a wider range of materials than Fiber lasers.
CO2
Looking for reliable CO2 laser marking solutions? Explore Keyence’s CO2 laser markers designed for reliable, high-quality markings across a wide range of materials.
Green
Green lasers excel at marking at a micron level because of the short wavelength. This is great for micro processing and for microscopic 2D codes, utilized often in the semiconductor industry.
Frequently Asked Questions About Laser Marking Systems / Laser Markers
Laser markers work by scanning a focused beam of high-energy light across the surface of a part in the desired pattern. Different contrast, depths, and surface finishes can be achieved depending on the laser wavelength and part material.
Laser marking causes discoloration on the surface of a part, whereas laser engraving actually removes material and "digs in" to a part.
Practically speaking: no. Laser etchers interact directly with the surface of a part, so the only real way to remove a laser mark is to remove the material it's on.
With a variety of different models and wavelengths, KEYENCE laser markers can mark a wide range of materials. These include materials such as metal, plastic, glass, ceramic, wood, and rubber. There are even more materials than listed that can be marked but some have been shown to emit harmful gases. In this event, proper guarding and fume extraction should be used to provide a safe operating environment.
When choosing the correct laser marking system for your business many factors should be taken into consideration. Throughout this process, you should evaluate all laser marking models to determine the proper wavelength, wattage, marking field of view, and safety requirements. Below are the main factors:
・Materials – this will narrow down laser marking models by wavelength.
・Time allowed for marking – with marking time you can determine wattage.
・Marking Style/Setup – whether it is a large logo or a matrix of small text this will determine the marking field of view.
・Integration style – safety is always a priority so inline vs offline solutions will change the safety requirements.
With KEYENCE having a large range of wavelength options to choose from, most materials have the ability when properly tested to be marked or etched. Some that do not properly absorb laser light or produce toxic fumes include Delrin, PVC, Glue Backing, and Foam.
In comparison to a conventional IR laser marking system, a UV laser marking system has a much shorter wavelength, typically 355nm, which gives it many advantages when marking specific materials and applications. UV light is the best option for laser marking objects made of heat-sensitive materials, such as plastics or resins. With the lower wavelength, you receive a higher absorption rate allowing for contrast marking on a wider range of materials as well.
When deep engraving with a laser marking system, any depth can be achieved depending on how much time is required to complete the mark. Depending on the material and level of depth laser marking may not be the most efficient solution.
