Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.
181～195 item / All 198 items
Laser marking products (printing, QR codes, barcodes, logos, photo data, sandblasting)
If you need logo marks, photo data, or laser marking, choose Akebono Seiki Kogyo. We perform laser marking on carbon materials, metal materials, and resin materials for part numbers, product names, machine numbers, brand names, and descriptive documents. Akebono Seiki Kogyo.
![[Web Seminar] Principles and Applications of High-Speed Optical Modulators](https://image.mono.ipros.com/public/default/object/noimage_l.gif?w=280&h=280)
- From materials to applications such as 6G and LiDAR -
This seminar will explain the operating principles of key devices that support optical fiber communication and optical measurement/sensing, as well as the latest research trends. To help those unfamiliar with optical devices understand, we will also cover the basics of photonics, including wavelength, phase, and polarization. While some mathematical expressions are necessary to understand optical modulators, the goal of this seminar is to achieve an intuitive understanding. We will use simulation software that is easy to operate and allows you to observe changes in the output signal of the modulator to demonstrate the operating principles. Through this seminar, we aim to equip you with the knowledge necessary to develop and design application systems using optical modulators.
Our laser marking technology applies high-precision laser marking to Abel Black stainless steel, achieving permanent printing that does not fade.
We offer a higher quality nameplate. The material is stainless steel called Abel Black, which has been treated with a black oxide coating and laser marked with red laser engraving. Our company also provides color laser marking processing and we are confident in our laser marking technology. Due to the black stainless steel, it has a luxurious feel and very high quality, and it is characterized by having less environmental impact compared to anodizing and dyeing. If you are a machine tool manufacturer looking to stand out from other companies, please consider us.
By changing from traditional chemical corrosion etching to high-precision laser marking, we achieve cost reduction and shorter delivery times.
In outdoor environments where oil and chemicals are frequently used, stainless steel corrosion-etched nameplates have been adopted. However, the existing corrosion etching process involves many steps, making it difficult to reduce costs and shorten delivery times. Our company recommends using laser-marked nameplates made from black SUS "Abel Black" as an alternative to corrosion-etched nameplates. Compared to corrosion etching, this method requires less working time and fewer processes, achieving cost reduction. Additionally, laser etching generates no waste liquid, resulting in lower environmental impact. For companies currently using corrosion-etched nameplates, let's switch to laser-etched nameplates to achieve lower environmental impact and cost reduction. We also offer samples based on your preferences and materials, and we can arrange online meetings, so please feel free to contact us.
Direct engraving on parts and components! Numerous achievements in the semiconductor industry, capable of handling serial numbers and 2D codes as well.
The laser marking technology that enables black printing on stainless steel achieves high-precision and clear engravings. It allows for direct printing on parts and components, providing durable markings without the use of ink. There is also a wealth of experience in the semiconductor-related industry, capable of engraving serial numbers and 2D codes. Custom-made scale production is available, and we can flexibly accommodate detailed specifications. Additionally, we support ink filling after engraving, further enhancing visibility. We can engrave not only on stainless steel but also on resin materials, meeting diverse needs. This technology is ideal for parts processing that requires precise marking, maintaining clear engravings over long periods. With high-quality laser marking technology, we support product identification and management.
High-precision black marking on SUS and aluminum! Quick delivery and small lot support with clear printing of 2D barcodes.
Laser marking is a processing technology that achieves high precision and durable printing. Particularly in direct marking on parts, it allows for clear engravings without the need for ink, making it widely used for identification management and processing in industrial applications. ◇ Features of Laser Marking It can accommodate metals such as SUS and aluminum, as well as resins and brass. Black marking can be applied to SUS materials, ensuring high contrast visibility. Additionally, marking through the removal of coating layers by laser is also possible, allowing for the selection of the optimal processing method according to the application. ◇ Range of Precision Marking Marking of 2D barcodes as small as 5mm square is possible, making it ideal for engraving identification codes on small parts. Furthermore, it can respond flexibly to urgent prototypes and mass production due to its short lead time capabilities. ◇ Enhancements for Visibility By applying ink filling after laser processing, visibility can be further improved. This method is particularly effective for management applications within factories or when enhancing the identification of parts used outdoors.
Applicable to pressure equipment and assemblies with a maximum allowable pressure exceeding 0.5 bar.
The CE marking "Pressure Equipment Directive" (PED) 97/23/EC applies to pressure equipment and assemblies with a maximum allowable pressure exceeding 0.5 bar. The directive defines pressure equipment as containers, piping, safety devices, and pressure accessories, and includes requirements for the conformity assessment of design and manufacturing for each. 【Features】 ■ Applicable to pressure equipment and assemblies with a maximum allowable pressure exceeding 0.5 bar ■ Conformity assessment of design and manufacturing for containers, piping, safety devices, and pressure accessories ■ Various measurements necessary for the declaration of CE marking conformity ■ Creation of reports and TCF files ■ Consistent support up to design measures for products *For more details, please contact us or download the catalog.
Material: Transparent acrylic (white blown, black blown) This type is also called an apron nameplate!
The "Acrylic Nameplate Daruma Nameplate - Type P" is made of transparent acrylic (white or black) and is a type of nameplate also known as an apron nameplate. The delivery time is as follows: for 1 to 49 pieces: same day to 10 days, and for 50 pieces or more: to be quoted individually. There is a discount for orders of 50 pieces or more. The standard specifications are: material: transparent acrylic (white or black), back treatment: none, plate thickness (t): 2mm, processing method: back engraving, font: rounded gothic (engraving JIS), text color: black, red, or white, text arrangement: centered based on the W dimension, and processable characters: characters that can be input using a Japanese keyboard. For more details, please contact us or refer to the catalog.
Even with a character height of 1mm, it is clearly engraved! Direct laser marking is used to engrave on small parts and components where it is difficult to attach display labels.
It is possible to clearly engrave not only characters and numbers but also two-dimensional codes such as QR codes, achieving permanent printing. Direct marking on parts eliminates label peeling and helps prevent contamination by foreign substances. Additionally, engraving of Data Matrix two-dimensional codes is also possible. We have extensive experience in processing materials provided by clients and engraving serial numbers, so please feel free to consult with us.
High-precision laser marking technology was used to engrave scales and QR codes on black SUS (stainless steel) with an Abel Black laser marker.
Using high-precision laser marking technology, we engraved scales and other markings onto high-weather-resistant black SUS Abel Black. Abel Black has a very thin oxide film that gives it its black color, and this film is extremely strong and well-adhered, contributing to the durability of the nameplate.
High-precision laser marking technology is used to create permanent engravings such as serial numbers, text, scales, and ON/OFF power indicators on supplied materials, components, and parts.
Our laser marking technology enables permanent printing directly on components, unlike labels that can fade. In addition to characters such as serial numbers, there is an increasing demand for engravings of scales, ON/OFF power indicators, and two-dimensional barcodes like QR codes.
We will manufacture a machine equipment nameplate made of high weather-resistant aluminum with a durability of 25 years.
Toyama Plate is a company that specializes in machine device nameplates made from metal photo materials. We provide nameplates tailored to your needs. Metal photo boasts a lifespan of 25 years and is also resistant to oil and corrosion, making it suitable for use in various environments. In addition to metal photo, we handle various materials for nameplates, so please feel free to contact us. We also have free samples available, so don't hesitate to reach out.
High-precision engraving on stainless steel and resin! Serial numbers and 2D codes can be marked with high visibility.
We provide laser marking technology that enables black printing through ink filling after engraving. Direct engraving on parts and components such as stainless steel and resin ensures high visibility and durability. We also have extensive experience in the semiconductor-related industry, accommodating engraving of serial numbers and 2D codes. Precision scale production is possible, and we can flexibly respond to custom specifications. By filling ink after engraving, we achieve clearer black printing. Even fine text and complex codes result in a clear and easily readable finish. This marking technology is ideal for environments that require product management and identification, maintaining high-precision engraving over a long period. We offer reliable technology that meets the needs of parts processing and industrial marking.
High-precision engraving on stainless steel and resin! Serial numbers and 2D codes can also be marked clearly.
We provide laser marking technology that enhances visibility with white ink filling. It allows for direct printing on parts and components made of stainless steel, aluminum, and resin, achieving a high-contrast finish. By filling in white ink after engraving, it enables clearer and more visible markings. We have extensive experience in the semiconductor-related industry, accommodating engraving of serial numbers and 2D codes, as well as custom scale production. We also support deep engraving of characters through laser etching and marking by removing coatings from painted surfaces, ensuring durable prints. Our technology can flexibly adapt to detailed specifications, offering marking solutions suitable for various industrial applications. With a marking technology that is resistant to fading over long periods, we support product management and identification. Our high-quality laser processing achieves engravings that combine visibility and durability.
Engraving on various materials such as resin, SUS, and brass! We also support the production of highly visible scales.
High-precision laser marking technology enables engraving on resin, SUS, and brass. It also supports custom scale production and boasts many achievements, particularly in the semiconductor-related industry. ◇ What is laser marking? A technology that uses lasers to engrave on the surface of materials. It allows for marking on resin and metal, and visibility can be enhanced by filling ink after engraving. ◇ Product details - Materials: Resin, SUS, brass, aluminum, copper - Processing range: Up to 950×600mm - Engraving methods: Black marking, etching, coating removal - Supported content: Serial number engraving, 2D code engraving, scale production ◇ Features - High-precision laser engraving - Ink filling support for improved visibility - Custom scale production - Various marking methods (burning, carving, oxidation) ◇ Examples of use - Scale and marking on resin products - Panel engraving for distribution boards and electrical-related industries - Production of industrial parts and nameplates - Commemorative plates and nameplates ◇ Processing method Using a dedicated laser processing machine, clear engravings on resin are achieved. Fine scales and markings can also be engraved, providing high-precision marking.
