We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for Laser marking.
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Laser marking Product List and Ranking from 45 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.

Laser marking Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.

  1. メイコー Shizuoka//Resin/Plastic
  2. 富山プレート Toyama//Machine elements and parts
  3. エドモンド・オプティクス・ジャパン Tokyo//Optical Instruments
  4. 4 九重電気 伊勢原事業所 Kanagawa//Chemical
  5. 4 タック印刷 Tokyo//Printing Industry
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Laser marking Product ranking

Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.

  1. List of diffraction gratings エドモンド・オプティクス・ジャパン
  2. Black printing possible with ink filling after engraving! Precision laser marking. 富山プレート
  3. Reflective Spatial Light Modulator (Standard Model) 'SLM-200' santec Holdings
  4. Temporary adhesive "Recess Wax RW-99" 九重電気 伊勢原事業所
  5. 4 Industrial nameplate, aluminum nameplate, Daruma nameplate - Type P. メイコー

Laser marking Product List

121～135 item / All 156 items

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[Product Example] Laser Marking DataMatrix on Medical Devices

[Product Example] Laser Marking DataMatrix on Medical Devices

A DataMatrix was laser marked on a medical forceps with a 3.5 mm square. Even at 3.5 mm, it can be marked precisely without any distortion.

Precise laser marking is possible even on small or thin parts such as medical devices. For this sample, we marked it at 3.5 mm, and the DataMatrix is printed without any distortion. Our company can perform various types of laser marking. In this sample, we marked the surface with coloring without deep engraving, but it is also possible to engrave deeply into the material and fill it with ink. We have numerous achievements with various materials, including metals and wood. Since we can directly mark serial numbers and scales on industrial product parts, companies looking for laser marking technology are welcome to contact us.

  • Other markings

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Leave the resin-made machine device nameplate to us! The resin nameplate can be produced in full color.

Leave the resin-made machine device nameplate to us! The resin nameplate can be produced in full color.

Leave the resin-made machine device nameplate to us. We can create custom orders in full color starting from small lots.

Toyama Plate is a company specializing in resin-made nameplates for machinery and equipment. We manufacture nameplates such as company nameplates, Daruma nameplates, ring nameplates, power supply nameplates, and control panels, providing high-quality products. Machinery nameplates play a crucial role in the identification and management of machinery and equipment in factories and manufacturing sites. At Toyama Plate, we produce resin nameplates that can accommodate various shapes and sizes, and we also offer custom designs tailored to our customers' needs. We can produce full-color versions of these nameplates, including company nameplates, Daruma nameplates, ring nameplates, power supply nameplates, and control panels. If you are interested, please visit the Toyama Plate website. Feel free to contact us for product details, sample requests, or inquiries. Toyama Plate is committed to manufacturing machinery nameplates that meet our customers' needs.

  • Nameplate

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Marking with paint film stripping! Precision laser printing technology.

Marking with paint film stripping! Precision laser printing technology.

Directly engrave on metals and resins! High-precision and high-visibility marking of serial numbers and 2D codes is possible.

We provide laser technology that enables marking with printed characters through coating removal. It accommodates a wide range of materials such as stainless steel, aluminum, and resin, allowing for direct engraving on parts and components. By removing the coating with laser, we achieve high-contrast marking that highlights the underlying material. We also support serial numbers, 2D codes, and custom scale production, ensuring a highly visible finish. We also accommodate ink filling after engraving, achieving even clearer black printing. We have extensive experience in the semiconductor industry, and deep engraving of characters through high-precision laser etching is also possible. Our marking technology is resistant to fading over long periods, supporting product management and identification. We offer high-quality laser processing that meets diverse marking needs in industrial applications.

  • Other machine elements

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Laser marking for coating removal! A new technology for art production.

Laser marking for coating removal! A new technology for art production.

Delicately processing artworks through coating removal with laser marking. Compatible with metals and resins, enabling high-precision design expression.

By utilizing laser marking coating removal technology, new possibilities are expanding in the production of artworks and decorative items. Unlike traditional etching or paint removal, this method allows for precise designs to be directly engraved onto the material, enabling the creation of works with meticulous attention to detail. This technology partially removes coatings applied to surfaces such as stainless steel, aluminum, brass, and resin using a laser, creating patterns and designs with clear contrast. In particular, it can engrave black prints and 2D barcodes measuring 5mm square, making it possible to incorporate serial numbers or QR codes into the artwork. Additionally, because laser marking is a non-contact process, it can be beautifully finished without damaging the material. Furthermore, by combining ink filling, clearer visibility can be achieved. This method is versatile, accommodating not only metals but also materials like resin. The marking process is straightforward, allowing for short production times. It can flexibly respond to prototypes and one-of-a-kind art pieces. Laser marking coating removal is gaining attention as a new expression technique in the art world.

  • others

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Laser marking on SUS material! Beautiful printing with precision processing.

Laser marking on SUS material! Beautiful printing with precision processing.

Supports black marking and 2D barcode processing on SUS materials. High-precision laser with short delivery times.

Laser marking is possible on various materials such as SUS, aluminum, brass, and resin. In particular, black marking on SUS materials offers high visibility and excellent durability. ◇ What is laser marking? Laser marking is a technique that uses laser processing technology to engrave or print on surfaces. By removing the coating layer for marking, it enables high-precision printing without the use of paint or ink. ◇ Features - Supports black marking on SUS materials - Capable of precision processing for 2D barcodes measuring 5mm square - Compatible with a wide range of materials including aluminum, SUS, brass, and resin - Allows for marking with short lead times - Supports improved visibility through ink filling ◇ Technical Sample: Color Marking on SUS Materials Utilizing color marking on SUS materials, it also accommodates the production of artworks. The laser is finely controlled to express vibrant colors, enabling high-resolution designs. Laser marking is widely used in applications ranging from industrial uses to art pieces. When high precision processing with short lead times is required, laser marking technology is optimal.

  • others

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Temporary adhesive "Recess Wax RW-99"

Temporary adhesive "Recess Wax RW-99"

It has the characteristic of solidifying in a short time and having minimal distortion due to thermal shrinkage.

"Recess Wax RW-99" is a temporary adhesive that melts at low temperatures and has low viscosity, allowing for uniform thickness in bonding. It sets quickly and has the characteristic of minimal distortion due to thermal shrinkage. Additionally, its dark brown color makes it easy to assess lens sand marks and scratches. For further details, please contact us. 【Features】 ■ Melts at low temperatures and has low viscosity for uniform thickness in bonding ■ Its dark brown color makes it easy to assess lens sand marks and scratches *For more information, please refer to the PDF document or feel free to contact us.

  • glue

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Temporary adhesive "Slot Wax"

Temporary adhesive "Slot Wax"

It solidifies quickly and has good workability! Grades F, H, and M can also be filtered at 1 micron.

"Slot wax" is a temporary adhesive that melts at low temperatures and has low viscosity, allowing for thin application. It features quick solidification and good workability. Grades F, H, and M can also be filtered to 1 micron. Please use it when processing metals, glass, and crystals. [Features] - Melts at low temperatures - Can be applied thinly due to low viscosity *For more details, please refer to the PDF document or feel free to contact us.

  • glue

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Temporary adhesive "CS Wax"

Temporary adhesive "CS Wax"

A product with excellent workability and cleanability! No clogging of the diamond cutter.

"CS Wax" is a temporary adhesive that excels in adhesion, blocking properties, and heat resistance. There is no clogging with diamond cutters. Additionally, it boasts high adhesive strength as a hot melt type. Furthermore, it has excellent workability and cleanability features. Please use it during cutting and slicing. 【Features】 ■ Excellent adhesion, blocking properties, and heat resistance ■ High adhesive strength (hot melt type) *For more details, please refer to the PDF document or feel free to contact us.

  • glue

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[Laser Marking Technology Production Case] Nameplate QR Code (1)

[Laser Marking Technology Production Case] Nameplate QR Code (1)

This is a case study of processing a nameplate in a pipe shape, which is difficult with conventional laser processing machines.

We would like to introduce a case study of nameplate (QR code) production for industrial machine manufacturers using our "Laser Marking Technology." The order was to create nameplates for products with pipe shapes (curved surfaces), which are difficult to process with conventional laser processing machines. Our uniquely developed 5-axis 3D laser processing machine can achieve high precision processing even on curved surfaces. 【Production Case】 ■ Production Capacity: 2,000 units/month ■ Processing Material: Stainless Steel ■ Machine Used: 5-axis 3D Laser Processing Machine (YVO4) ■ Work Size: φ50mm to 100mm *For more details, please refer to the PDF document or feel free to contact us.

  • Laser marker

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[Laser Marking Technology Production Example] Nameplate QR Code (2)

[Laser Marking Technology Production Example] Nameplate QR Code (2)

This is an example of a nameplate produced with laser processing on a substrate that has undergone black anodizing treatment.

We would like to introduce a case study of nameplate (QR code) production for industrial machinery manufacturers using our "Laser Marking Technology." The order was for the creation of a nameplate (QR code). We created the nameplate by using a 3-axis 3D laser processing machine to perform laser ablation on aluminum that had undergone black anodizing treatment. 【Production Case】 ■ Production Capacity: 10,000 units/month ■ Processed Material - Base Material: Aluminum - Surface Treatment: Anodizing ■ Equipment Used: 3-axis 3D Laser Processing Machine (YVO4) ■ Work Size: 45mm x 95mm x thickness 1mm *For more details, please refer to the PDF document or feel free to contact us.

  • Laser marker

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Introduction of sample products using laser marker processing 11 [for industrial products]

Introduction of sample products using laser marker processing 11 [for industrial products]

Work size approximately Φ20 to 200! We will introduce laser peeling processing samples.

We would like to introduce our "Laser Stripping Processing Sample" for industrial products. This sample features plastic parts that have been painted with a white base coat and a black top coat, with only the black top coat being stripped. The work size is approximately Φ20 to 200, with an engraving area of about 70×70. 【Processing Sample Overview】 ■ Processing Details: Painting / Laser Stripping ■ Production Capacity: Up to 30,000 per month ■ Processing Material: Plastic ■ Machinery Used: Keyence MD-X1020 ■ Work Size: Approximately Φ20 to 200, with an engraving area of about 70×70 *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract

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Introduction of sample products using laser marker processing 33 [for industrial products]

Introduction of sample products using laser marker processing 33 [for industrial products]

It is possible to produce various colors! Here are samples of color printing processing.

We would like to introduce our industrial product and general-purpose processing sample, "Color Printing Processing." This sample features color processing on SUS. The images show colors in black, white, and blue, and it is possible to achieve various colors on SUS, similar to a color chart. The work size is approximately Φ20 to 200, with an engraving area of about 70×70, and the machine used is the Keyence MD-X1020. 【Processing Sample Overview】 ■ Processing Content: Color Printing Processing ■ Production Capacity: Small lots to 30,000/month ■ Processing Material: SUS ■ Machine Used: Keyence MD-X1020 ■ Work Size: Approximately Φ20 to 200, engraving area about 70×70 *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract
  • Laser marker

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[Data] Laser marking sample of QR code

[Data] Laser marking sample of QR code

We have samples of various materials! We also introduce sizes and reference prices.

CS Produce also offers "laser marking of QR codes." This document includes samples of laser marking applied to materials such as brass (round pipes), aluminum (A5052), OSG end mills, and ABS resin. We also provide information on sizes and reference prices, so please take a look. [Featured Samples] ■ Stainless Steel ■ Brass (Round Pipe) ■ Aluminum (A5052) ■ Copper ■ Iron (Painted) ■ OSG End Mills ■ ABS Resin *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract
  • Other markings

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Laser marking

Laser marking

Printable on a wide range of materials and shapes, including metals, non-metals, and resins!

Conventional printing methods using punches and the like can cause distortion in materials and cannot print on cylindrical shapes. However, with laser marking, it is possible to print on materials such as metal, non-metal, and resin with minimal distortion. Furthermore, it can also print on products with shapes like cylinders or those that have undergone surface treatment. We can solve problems such as distinguishing parts that look identical or printing QR codes on components.

  • Processing Jig
  • Other machine elements
  • Laser marker

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[Blog] What is Laser Marking and Its Benefits?

[Blog] What is Laser Marking and Its Benefits?

I will explain laser marking that can mark fine text!

When looking at the outer boxes or cases that wrap products, it is common to see company logos and serial numbers engraved on them. This is marked using a printing method called laser marking. In this blog, a printing company in Yao City, Osaka, will explain what laser marking is and the benefits of laser marking. [Content Overview (Partial)] - Toho Co., Ltd., which conducts a wide variety of printing in Yao City, Osaka. - What is laser marking (laser processing)? - Benefits of laser marking - Summary *You can view the detailed content of the blog through the related links. For more information, please feel free to contact us.*

  • Printing/Publishing
  • Processing Contract

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