富山プレート List of Products and Services

Our company offers "laser marking." We can precisely direct laser light to specific areas, allowing for high-quality markings that can distinguish even small characters, and prints that do not peel off or fade. By melting, burning, or oxidizing the surface of the material, we can use various marking methods tailored to the material without damaging the target. 【Features】 ■ High-precision marking is possible ■ Permanent prints are achievable ■ Multiple marking methods are available ■ Realization of high-speed marking ■ Compatible with various materials *For more details, please refer to the PDF document or feel free to contact us.

We offer processing using "laser marking," which enables high-precision marking. Laser light is precisely directed to specified areas, allowing for high-quality marking that can distinguish even small characters. Additionally, QR codes can be clearly engraved without distortion or blurring, even at a size of 5mm square. We have examples of processing products made from stainless steel with indentations, etching on blackened iron, and processing of acrylic materials. Marking can be done not only on flat surfaces but also on half-circles up to 120 degrees. We can also accommodate marking on materials provided by customers. We are happy to assist with samples and prototypes, so please feel free to contact us. 【Product Examples】 ■ Stainless Steel: Possible on indentations due to non-contact ■ Iron: Etching on blackened iron ■ Cedar: Etching on wood ■ Acrylic: Acrylic etching + cutting ■ Stainless Steel: Laser marking ■ Stainless Steel: Custom scales *For more details, please refer to the PDF document or feel free to contact us.

Our company specializes in engraving technology, allowing us to directly engrave ON/OFF characters, scales, QR codes, and data matrices. Additionally, we can enhance visibility through ink filling after deep engraving, and we have numerous achievements in scales as well. Recently, due to the increasing demand for traceability and warehouse automation, we have received many inquiries regarding QR codes. We can also produce metal barcode tags, so if you share your intended use, such as wanting to attach them to trays for warehouse management, we can suggest processing methods like direct marking. Furthermore, we are available for meetings online, so please feel free to contact us.

We have applied laser marking to stainless steel using our high-precision laser processing machine. It is possible to engrave serial numbers, product names, and QR codes. We also welcome material supply. Recently, we have delivered products to companies that wish to have engravings on circuit boards. We have received many inquiries from companies that are introducing QR code nameplates for traceability, and we are proposing engraving technologies suitable for their needs. We look forward to hearing from companies looking for engraving technology.

We manufacture high-precision aluminum QR code nameplates using our company's nameplate production technology. We have a proven track record in various industries such as warehouse management, manufacturing lines, logistics management, and solar panels. These QR code nameplates are highly resistant to heat, oil, and chemicals, with a durability of 25 years. 【Features】 - Due to the manufacturing method called metal photo, they have high weather resistance and oil resistance, with a lifespan of 25 years depending on the environment. This technology has also been used in Venus exploration. - High-precision printing - Plate thickness: 0.5t/0.8t - Material: Aluminum Perfect for warehouse management systems and bridge management! Please consider it.

Our high-precision laser processing technology allows us to engrave serial numbers, part numbers, company names, and more on materials such as stainless steel. With direct marking, the risk of fading is prevented, and unlike stickers, there is no risk of peeling off. Additionally, we can mark on curved surfaces, enabling precise engraving of scales. We can work with various materials, including not only stainless steel but also copper. Our company offers a wide range of thin plate processing from resin to metal, so please contact us for your thin metal processing needs.

We applied gold coloring to the uneven surface of tin using high-precision laser marking and cut it into complex shapes with a fiber laser. Our metal processing technology allows us to cut difficult materials like tin, which is tough and challenging to cut, with minimal burrs and achieve clean, intricate shapes. Laser marking for coloring is also possible in blue and white. *Please note that the color development may vary depending on the material and surface quality. We excel in flat processing, such as cutting complex shapes in tin, so you can trust us with the processing of complex shapes in non-ferrous metals.

SUS can be marked with laser marking to create permanent prints not only in traditional black and white but also in color. It features a clear, translucent coloration that is its hallmark. I believe it can also be used for illustrations and creating novelties. Please consult us, as there may be cases where the coloration does not come out beautifully depending on the material.

The nameplate made from a stainless steel material called Abel Black achieves high durability while also reducing costs compared to traditional anodized coloring. It is possible to produce it in a shorter lead time than existing anodized coloring due to the high-precision laser marking of the oxide film. Abel Black has strong properties against chemicals and scratches, making it a highly reliable material used in luxury cars. You can check the specifications of Abel Black here: ↓ https://www.abel-s.co.jp/ Although it is made of stainless steel, it can also reduce costs compared to anodized aluminum nameplates, so companies looking for nameplates for machine tools are encouraged to inquire.

We offer various types of marking, from high-precision laser marking technology that minimizes damage to materials to deep engraving and ink filling in grooves. Our materials include various non-ferrous metals such as SUS, as well as resins and substrates. We have a wealth of delivery experience, so you can trust us with your engraving needs. The sample features deep laser marking on blackened iron with white ink filling.

Laser marking is an environmentally friendly processing method that does not use chemicals, compared to traditional engraving. For example, it has fewer processes than corrosion etching on stainless steel and does not involve the use of chemicals, resulting in not only lower environmental impact but also shorter delivery times. Therefore, it contributes to a sustainable society and can also help with quick response times and cost reduction. As shown in the sample images, character engraving, including scale markings, is possible thanks to Toyama Plate's high-precision laser marking technology. We also accept engraving on materials provided by customers, so please feel free to consult with us.

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.

Of course, by applying direct marking to the parts of the machine, we create indelible prints. High-precision laser marking ensures a finish without any blurring. Additionally, since we print directly, there is no peeling compared to labels, which prevents contamination from foreign substances. We accommodate various materials, and for special materials, please consult with us first. We can also conduct tests, so feel free to let us know.

Due to the recent movement to improve traceability, our company has been receiving many orders for engravings on parts using QR codes and data matrices. We directly print engravings on materials and parts that can be read by automatic readers. Unlike labels, there is no concern about peeling off since it is directly printed. Additionally, we can engrave on curved surfaces, so please contact us for more details. Testing is also possible for special materials, so please consider this.

We contribute to the improvement of traceability through warehouse management systems and automatic reading devices. Abel Black, made from black SUS, is a material that has a black oxide coating fixed on SUS304. ↓↓ Description of Abel Black ↓↓ http://www.t-pla.co.jp/wp/wp-content/uploads/2022/04/AbelBlack.pdf Abel Black not only has high weather resistance but is also suitable for use in equipment that requires high water pressure, such as washing machines. We have a track record of producing and delivering QR code nameplates and QR code tags made from Abel Black to enhance traceability. Our company can also handle the conversion to QR codes. Additionally, we can contribute to shorter delivery times and cost reductions compared to corrosion etching. Since it can withstand use in harsh environments, companies looking for nameplates that won’t fade in tough conditions are encouraged to contact us.

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.

The laser-etched nameplates made from black SUS "Abel Black" have extremely high durability. They form a coating that has a stronger adhesion than plating, which means that: - They do not peel off even when using cleaning machines - They are resistant to corrosion - They have resistance to chemicals This allows for permanent markings by directly engraving on the materials. We have a track record of deliveries and have successfully provided outdoor nameplates for chemical plants, improving traceability. Additionally, since the process involves fewer steps compared to SUS corrosion-etched nameplates, it can also contribute to cost reduction. For companies looking for nameplates that enhance traceability and provide permanent markings in harsh environments, we can contribute to cost reduction and shorter delivery times.

If you are looking for high-precision laser marking technology, please contact us. We have received many projects from our trading partners, including semiconductor manufacturing machine manufacturers and machine tool manufacturers, where materials are provided, and direct printing is done on components. Depending on the material, we have also processed some by filling ink after deep engraving to enhance visibility, and we have numerous achievements in removing surface treatments like plating for engraving. Additionally, we have experience with scales for prototypes. ◇PR [Main Production Achievements of Toyama Plate] Industrial nameplates, nameplates, warning labels, seal printing, display boards, signs, billboards, safety covers, resin processing, metal processing with fiber lasers, engraving, resin engraving with CO2 lasers. We strive to deliver quickly to customers nationwide, and whether it's standard products or conceptual items, if you provide us with hand-drawn sketches or images, intended use, and size, we can propose the optimal materials and processing methods, and we can also accommodate small lot products. Company Name: Toyama Plate Co., Ltd. Address: 31-1 Wago, Kamiichi Town, Nakaniikawa District, Toyama Prefecture, 930-0363, Japan TEL: 076-472-3422 FAX: 076-472-3461

Our company directly prints necessary serial numbers, such as those for assembly of machine tools and numbers for line transport devices, onto the components during assembly. We have numerous instances where our business partners have placed orders for consolidated engravings for a single unit. If your company is facing challenges with part engravings, please feel free to contact us.

The image is a sample, but we have produced a scale using Abel Black in black SUS. Black SUS Abel Black has a strong coating and is a very strong material. Our company is also skilled in processing complex shapes from thin plates and can perform precise laser processing with a beam diameter of 40µ. We can process not only SUS but also brass, copper, and phosphor bronze, achieving high-precision finishes.

The sample black SUS is made of a material called "Abel Black," which is highly resistant to chemicals, weather, and can withstand multiple high-pressure cleaning cycles due to its oxidized coating. We have performed complex cuts using a high-precision laser processing machine with a beam diameter of 40µ and laser marking with a laser marker on this Abel Black. Recently, we have received many orders for QR code tags aimed at improving traceability. These QR code tags made of Abel Black have a proven track record of delivery, maintaining visibility and readability even after passing through cleaning machines multiple times. They are also suitable for outdoor use, and we are supplying nameplates for tanks used in chemical plants, replacing existing corrosion-etched nameplates with shorter delivery times and cost reductions. Our company specializes in various nameplates and thin plate processing, so please feel free to contact us. We also offer online meetings and, depending on the material, free samples are available. We look forward to your consideration.

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.

We achieve permanent printing by directly printing scales and ON/OFF power indicators on components such as construction machinery and industrial machinery. We can also accommodate material supply with components provided. We can handle various materials, including non-ferrous metals and various resins, and we can enhance visibility through ink filling after deep engraving. We also accept processing for adhesive paper or screw holes on the back, so please feel free to contact us.

We contribute to the manufacturing of our partner companies through engraving technology. At Toyama Plate, we accommodate engraving, printing, and etching on various materials. - Etching and printing on acrylic → Nameplates and name tags for machine tools, control panels, etc. - Etching and engraving on iron, stainless steel, and aluminum → QR code tags, serial numbers on various components, aluminum etched nameplates - Printing on rubber materials Since we specialize in small lot production of various items, you can also trust us with prototype manufacturing.

There are many scales and power indicators such as on/off on machine tools and manufacturing machinery. Our company has been producing nameplates for machine tools up to today, but recently we have received many inquiries about direct marking, which marks directly on the parts instead of attaching displays to them. Compared to existing stickers and labels, direct laser marking eliminates the risk of foreign matter contamination due to peeling. We can engrave not only characters and scales but also QR codes and data matrices onto the parts. Additionally, depending on the material, we can perform a process that involves deep engraving followed by ink filling to enhance visibility. Engraving on metal is our specialty, so please feel free to contact us.

We will engrave scales and characters directly onto various materials, ensuring that there are no peeling issues. This includes not only metal materials like stainless steel but also etching on resin. We can engrave scales, ON/OFF power indicators, serial numbers, and more, and depending on the material, it is also possible to fill in ink after deep engraving or print in black. For more details, please refer to the PDF.

■Laser marking technology ■Compatible materials: stainless steel, iron, aluminum, resin, rubber including PVC

[Sample Presentation] Recently, the demand for 2D codes aimed at improving traceability has been increasing, and we have been receiving inquiries and orders from a wide range of industries, including semiconductor equipment manufacturers, the construction industry, and the food industry. In some environments, it may be necessary to have highly durable nameplates that can withstand various conditions when attaching 2D codes and various serial numbers to products or trays. Abel Black is a highly durable black SUS with many resistances, including weather resistance, oil resistance, and chemical resistance. It is a reliable material that is also used in luxury cars and urban infrastructure. Our company performs high-precision engraving using laser marking. It is suitable for engraving 2D codes and numbers, making it recommended for automatic reading devices as well. We will provide samples to companies that are interested. If you would like a sample, please contact us through Ipros with "Sample Request" and your shipping address, or send "Sample Request," your shipping address, and your name through the inquiry section on our website. http://www.t-pla.co.jp/contact/ We look forward to your inquiries.

In the case of engraving on a coating layer, unlike standard laser engraving, the laser removes the surface coating layer to express characters and scales through the contrast of the underlying material's color. With the introduction of high-precision laser markers, it is possible to engrave without any distortion of characters or lines. Additionally, our company can also perform engraving on bare materials without a surface coating layer. Depending on the material, various responses such as ink filling after deep engraving are possible. If your company is looking for engraving technology, please feel free to contact us.

Stainless steel laser-marked nameplates have the following advantages compared to stainless steel etched nameplates: Cost reduction and shortened delivery times: Laser-marked nameplates have fewer processes, allowing for a reduction in production costs. Additionally, they can respond quickly, meeting demands for shorter delivery times. Reduced environmental impact: Laser marking does not produce by-products such as waste liquids, making it a manufacturing method with low environmental impact. It is also suitable for customers seeking environmentally friendly products. At Toyama Plate, we can customize laser-marked nameplates according to customer requirements. We can flexibly accommodate small lots and a variety of nameplates. You can also check the actual products in hand. Please feel free to contact Toyama Plate for inquiries. You can reach us at the following contact information.

Stainless steel laser-marked nameplates have the following advantages compared to stainless steel etched nameplates: Cost reduction and shortened delivery times: Laser-marked nameplates require fewer processes, allowing for a reduction in manufacturing costs. Additionally, they can respond quickly, meeting demands for shorter delivery times. Reduced environmental impact: Laser marking does not produce waste liquid, making it a manufacturing method with low environmental impact. It is also suitable for customers seeking environmentally friendly products. Toyama Plate focuses on reducing environmental impact as its main theme and offers environmentally friendly laser-marked nameplates. We manufacture products that cater to various materials, from small lots of diverse nameplates to resin, metal, and seals, for those in charge of parts procurement in the manufacturing industry. We also provide free samples, allowing you to verify the quality and finish. Customization to meet customer needs is possible, so please feel free to contact us. Toyama Plate has 49 years of experience and technical expertise, having produced nameplates for machine tools, machinery equipment, and industrial nameplates. We hope you will consider us.

At Toyama Plate, we have been manufacturing nameplates for machine tools, machinery, and industrial applications for 49 years. While we also handle traditional products such as recessed etching nameplates, our company specializes in producing laser-marked nameplates using high-precision laser markers. The marking nameplates contribute to cost reduction and shorter delivery times due to fewer processing steps. Conventional recessed etching nameplates require multiple processes to engrave grooves into the nameplate. However, Toyama Plate's laser-marked nameplates utilize high-precision laser processing machines, allowing for direct marking, which significantly reduces manufacturing costs and shortens delivery times. Additionally, laser-marked nameplates have the advantage of being environmentally friendly. The production of etching nameplates requires the use of acids and chemicals, whereas laser-marked nameplates generate minimal waste and harmful substances, thereby reducing environmental impact. Toyama Plate offers small-lot, diverse nameplate manufacturing. We also provide free samples, allowing you to verify the quality and finish of the actual products. For inquiries, please contact us at the following address.

Abel Black is a high-durability material made of black stainless steel, possessing characteristics suitable for laser marking. It can handle the peeling of coating layers, which was difficult with conventional processing methods, allowing for uniform and clear engravings. In particular, it supports 2D barcode marking with a size of 5mm square. It can accurately engrave fine information, contributing to improved product management and traceability. Because it uses laser marking, unlike etching or printing, it is resistant to fading and can withstand long-term use. Furthermore, due to its non-contact processing, it achieves high-precision marking without compromising the material's physical properties. It is capable of quick delivery and is active in a wide range of fields, including production sites and identification of precision equipment parts.

The 2D code tags made with Abel Black are crafted from durable black stainless steel, maintaining high identification performance even in harsh environments. By utilizing laser marking technology, clear engravings can be made without damaging the coating layer, making them resistant to wear and corrosion. In particular, they can accommodate the engraving of small 5mm square 2D barcodes, allowing precise information to be recorded on compact tags. This versatility makes them useful in various fields such as quality control in manufacturing, logistics tracking, and equipment identification. Additionally, laser marking processing allows for faster production compared to traditional printing or etching methods. Furthermore, the engravings are resistant to fading and can withstand long-term use, making them ideal as high-durability identification tags. Abel Black 2D code tags are a reliable choice in environments where precision and durability are required.

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.

Laser etching is a processing technology that applies precise markings to the surfaces of parts. It enables high-durability engravings without the use of ink, making it ideal for identification and design purposes. ◇ Features of Laser Etching It accommodates a variety of materials such as aluminum, stainless steel (SUS), brass, and resin. In particular, it allows for black marking on SUS materials, ensuring visibility. Additionally, a method of peeling the coating layer achieves clear engravings. ◇ Support for Precise Marking It can handle 2D barcodes as small as 5mm square, making it suitable for engraving on small parts. Leveraging the characteristics of laser processing, it enables quick production with short lead times. ◇ Enhancements for Visibility By filling ink after laser etching, visibility can be further improved. The engravings can be maintained for long periods even in harsh indoor and outdoor environments. Laser etching provides high-precision engravings with excellent wear resistance in a short time frame, and is widely used for identification management and design purposes.

Laser etching on aluminum materials is an ideal processing technology for marking parts and products that require durability. By utilizing laser marking, it is possible to achieve precise engravings that are resistant to wear without using ink or chemicals. This technology allows for direct laser irradiation on the aluminum surface, enabling black printing and clearly contrasted markings. Furthermore, it supports the engraving of two-dimensional barcodes, maintaining high readability even at a size as small as 5mm square. In particular, by employing a processing method that removes the coating layer, clear markings can be achieved, enhancing visibility. This technology is versatile and can be applied to various materials, including SUS, brass, and resin. Additionally, since laser processing is non-contact, it allows for high-precision processing without putting stress on the workpiece. Moreover, by combining ink filling, visibility can be further enhanced. The marking process is simple, enabling quick turnaround times. It can also flexibly accommodate prototypes and small lot production. If you are considering marking aluminum materials, utilizing laser etching can achieve a balance of durability and precision in printing.

Laser etching on blackened iron is the ideal method for scale processing in measuring instruments and industrial components. By utilizing laser marking, it is possible to engrave uniform and clear scales without damaging the surface. In particular, by using marking techniques that involve the peeling of the coating layer, clear scales can be formed on the surface of blackened iron. A significant feature is that it is resistant to wear and maintains visibility even after long-term use. Additionally, it is possible to engrave a two-dimensional barcode as small as 5mm square, contributing to product management and improved traceability. Furthermore, laser processing is a non-contact method, resulting in minimal load on the workpiece and enabling fine marking. It can accommodate a wide range of materials, including aluminum, stainless steel, brass, and resin, allowing for optimal processing according to application. To further enhance visibility, processing with ink filling is also an option. Laser etching marking has a simple process and can respond to short lead times, making it suitable for prototypes and small lot production. Laser etching is the optimal solution for scale processing on blackened iron.