光響 List of Products and Services

The usability of the UV laser marker remains excellent while being air-cooled and eliminating the need for a cooling chiller, thereby enhancing convenience. Fully air-cooled Achieving complete air cooling while maintaining stability during long-term use. By eliminating the need for a cooling chiller, the entire system becomes more compact, increasing flexibility in installation and transportation. (Demonstrations for customers can also be conducted using our demo units.) Maintenance tasks such as managing and replacing cooling water are no longer necessary, improving convenience. Laser output: 5 W While achieving air cooling, the laser output remains unchanged from conventional products. Combined with the characteristics of UV lasers that are not limited by processing materials, this is a highly versatile laser marker capable of marking a wide range of materials, primarily metals and resins. Supporting optimal printing results Experts well-versed in laser markers will assist in condition setting and verification. We have numerous achievements in refining prints that were rated as unacceptable by other manufacturers' laser markers to a passing level at our company.

This is a laser marker equipped with a battery, allowing for easy portability without the need for an outlet. The handheld unit weighs 1.4 kg, and the main body is under 10 kg. With simple operation via a touch panel, it enables high-precision printing anywhere. Using a fiber laser, it can print detailed markings such as 5 × 5 mm QR codes on various metals, including stainless steel, carbon steel, and aluminum. Its compact and portable design makes it suitable for printing on existing equipment, difficult-to-move objects, and in narrow workspaces.

A fiber laser marker is a device that can mark characters and shapes using a fiber laser. When a laser is applied to a material, it can remove or alter the surface only at the point where the laser is applied. This creates a contrast difference between the areas that have been laser-treated and those that have not. Laser marking utilizes this contrast difference. This product is a customizable fiber laser marker that allows users to perform marking on various materials simply by connecting a cable. It is a convenient product that can meet detailed requests such as "I want to mark that" or "I want to print something easily."

UV lasers possess optical characteristics that enable vaporization processing through gasification ablation for both thermosensitive materials (resins) and high-hardness brittle materials, making them promising tools for precise marking regardless of the material, as well as for processing thermosensitive materials (resins) and high-hardness brittle materials. This characteristic aligns well with the processes required for the manufacturing of electronic components and semiconductor parts, leading to numerous inquiries at our lab regarding the development of methods for individual cutting of glass-epoxy substrates and processing ceramics, SiC, and diamonds. On the other hand, to efficiently implement processing for the aforementioned electronic components and semiconductor parts using UV lasers, high laser output is essential. We have developed a model that improves the laser oscillator output from the conventional product (5W nanosecond UV laser) to 25W. We have customized this high-output model for semiconductor equipment used in electronic substrate cutting devices, and we already have multiple units shipped. By expanding this achievement to a general-purpose model, we propose high-speed, high-precision fine laser processing tools in a cost-effective manner.

A UV laser marker is a device that can mark characters and shapes using a UV laser. When the laser is applied to a material, it can remove or alter the surface only at the point where the laser is applied. There is a contrast difference between the areas where the laser is applied and those where it is not. Laser marking utilizes this contrast difference. It expands the possibilities for finer and sharper processing compared to conventional fθ lens-type UV laser markers. This product is a customizable UV laser marker that allows users to perform marking on various materials simply by connecting a cable. It is a convenient product that can meet detailed requests such as "I want to mark that" or "I want to print something easily."

The MOPA-type fiber laser marker is a product that enables precise marking on plastic materials and color printing on metal materials (such as stainless steel and titanium) by finely controlling the repetition frequency and pulse width. By setting the pulse width between 2 ns and 350 ns, the pulse energy can be varied from 0.001 mJ to 0.005 mJ. This allows for precise marking on plastic materials while minimizing melting and foaming, and for metal materials, it enables the thickness of the metal oxide film formed by laser irradiation to be changed at the nanometer level, achieving expressive color processing. It operates on a household outlet, and its running cost is only the electricity bill, offering high convenience similar to our fiber laser markers.

A spatial light modulator (LCOS-SLM) is an optical device that can create arbitrary laser beam patterns. By combining the LCOS-SLM with a laser marker, it enables ultra-fine laser marking at the micrometer level. Additionally, unlike conventional laser markers (which use a galvanometer to scan the laser), this product uses the LCOS-SLM to perform a single-shot laser stamping, allowing for ultra-fast laser marking.

A UV laser marker is a device that can mark characters and shapes using a UV laser. When the laser is applied to a material, it can remove or alter the surface only at the point where the laser is applied. This creates a contrast difference between the areas that have been laser-treated and those that have not. Laser marking utilizes this contrast difference. In this product, UV laser light is focused through a galvanometer scanner and an objective lens, allowing for ultra-fine marking and cutting of arbitrary shapes with a beam spot diameter of less than a few micrometers, which has been difficult to achieve with various materials. Additionally, by removing the ultra-fine objective lens unit and attaching an fθ lens, marking in an area of up to 300 mm square is also possible.

A green laser marker is a device that can draw characters and shapes (marking) using a green laser. When the laser is applied to a material, it can remove or alter the surface only at the point where the laser hits. This creates a contrast between the areas that have been lasered and those that have not. Laser marking utilizes this difference in contrast. It comes with an operation touch panel, so a computer is not necessary. *Gold and copper are examples of materials that are particularly suited for green lasers. This product is a customizable green laser marker that allows users to perform marking on various materials simply by connecting a cable. It is a convenient product that can accommodate detailed requests such as "I want to mark that" or "I want to print something easily."

(Features) - Compact size - Easy installation - High-speed engraving - Air-cooled

A UV laser marker is a device that can mark characters and shapes using a UV laser. When the laser is applied to a material, it can remove or alter the surface only at the point where the laser hits. This creates a contrast difference between the areas that have been laser-treated and those that have not. Laser marking utilizes this contrast difference. This product is a customizable UV laser marker that allows users to perform marking on various materials simply by connecting a cable. It is a convenient product that can meet detailed requests such as "I want to mark that" or "I want to print something easily."

This product allows users to perform laser processing on various materials simply by connecting a cable. It is a convenient product that can meet detailed requests such as "I want to mark that" or "I want to process something easily." (Features) - Extremely low cost - Capable of marking on metals and resins - Customization by customers is possible - Maximum work area: 500 mm × 500 mm - Minimum line width: approximately 20 μm - High-speed marking enabled by galvanometer scanner mirrors - Running costs consist only of electricity - Unlike ink marking, it does not fade or peel - No deformation of materials due to non-contact - Can be used with standard AC100 V household outlets - Air-cooled

A CO2 laser marker is a device that can mark characters and shapes using a CO2 laser. When the laser is applied to a material, it can remove or alter the surface only at the point where the laser is applied. There is a contrast difference between the areas where the laser is applied and those where it is not. Laser marking utilizes this contrast difference. This product is a customizable CO2 laser marker that allows users to perform marking on various materials simply by connecting a cable. It is a convenient product that can meet detailed requests such as "I want to mark that" or "I want to print something easily."

A fiber laser marker is a device that can mark characters and shapes using a fiber laser. When a laser is applied to a material, it can remove or alter the surface only at the point where the laser is applied. This creates a contrast difference between the areas that have been lasered and those that have not. Laser marking utilizes this contrast difference. This product is a customizable fiber laser marker that allows users to perform marking on various materials simply by connecting a cable. It is a convenient product that can meet detailed requests such as "I want to mark that" or "I want to print something easily."

The internal design review has achieved ultra-compactness. Despite being ultra-compact, it is now possible to perform marking that is comparable to conventional products. The UV laser, characterized by non-thermal processing, can apply extremely fine markings regardless of the target material. Additionally, there are seven types of lens options available as standard options.