ツボタテクニカ List of Products and Services

Tsubota Technica, which specializes in high-quality welding of aluminum alloys and stainless steel materials, is strengthening its sales nationwide, primarily in the Kansai region, while providing precision sheet metal processing services! The welding process using fiber laser welding machines, which Tsubota Technica actively introduces, is suitable for welding aluminum alloys and stainless steel materials due to its characteristics of minimal distortion from heat and deep penetration. Additionally, the finishing-less processing (※) eliminates the need for post-welding distortion correction, contributing to a reduction in man-hours. Aluminum alloys are lightweight even for large product sizes, making them suitable for covers of devices that users open and close regularly. Stainless steel materials, particularly SUS304, are recommended for exterior parts of factory equipment due to their strength, even though they lack lightness. If using finishing-less processing, they can be used as exterior parts with only burn removal. In addition to welding, other processing is achieved through advanced processing machines, realizing high precision and high-quality processing. We also support unit assembly using precision sheet metal processing technology! For more details, please contact us or download our company brochure. (※ The necessity of distortion correction depends on processing conditions. Please contact us for more information.)

• Contract manufacturing

We will introduce the welding process using the fiber laser welding machine we use in a video. This shows the actual welding being performed on a nearly 2-meter tall SUS frame that has been temporarily assembled, using the fiber laser welding machine introduced for processing large products. The use of robots allows for stable and repeatable operations. Reliable technology cultivated over more than 50 years of establishment. We respond to a wide range of customer requests, from steel plate to SUS and aluminum processing, as well as unit assembly. For more details, please contact us or download the catalog.

• Processing Contract

The bending machine EGB, which is currently being introduced and operated by Tsubota Technica, has been equipped with a three-point back gauge in addition to the function of fully automatic mold exchange, which overwhelmingly improves setup speed. This allows for processing of workpieces where the bending line and the stop point are not parallel, without the need for jigs. Reliable technology cultivated over more than 50 years since our founding. We respond widely to customer requests, from steel plates to SUS and aluminum processing, as well as unit assembly. For more details, please contact us or download the catalog.

• Processing Contract

We will introduce a video showing the processing of pipes and structural steel using the fiber laser cutting machine we use in our company. Compared to the conventional laser cutting machine for metal pipes that we previously used, the fiber laser cutting machine has an overwhelming advantage in cutting speed. Additionally, the performance of the pipe clamping mechanism has also improved, providing high stability of the workpiece during processing and enabling high-precision machining. The pipes being processed in the video will be combined to form a frame, as shown in the photo below. Reliable technology cultivated over more than 50 years of establishment. We respond to a wide range of customer requests, from steel plate to SUS and aluminum processing, as well as unit assembly. For more details, please contact us or download the catalog.

• Processing Contract

We will introduce the processing using the fiber laser multifunction machine we use in a video. Compared to conventional laser processing machines, the fiber laser multifunction machine has advantages in speed and precision of laser processing. Reliable technology cultivated over more than 50 years of establishment. We respond widely to customer requests, from steel plate to SUS and aluminum processing, as well as unit assembly. For more details, please contact us or download the catalog.

• Processing Contract

We will introduce a video showcasing the welding process using the composite welding robot system we employ. This system, equipped with two robots, is capable of TIG welding and semi-automatic welding. It allows for continuous processing with two types of welding in a single setup, achieving more efficient welding with less waste. Our reliable technology, cultivated over more than 50 years since our founding, meets a wide range of customer needs, from steel plate to SUS and aluminum processing, as well as unit assembly. For more details, please contact us or download the catalog.

• Processing Contract

This is a prototype example of a welded product using thin aluminum alloy (A5052) sheets (t0.5mm). The photo shows the state of the prototype after welding, without any finishing work. You can see that the bead is well-formed and stable. By using welding processes that do not require finishing, we can reduce the labor hours after welding. Reliable technology cultivated over more than 50 years of establishment. We respond widely to customer requests, from steel plates to SUS and aluminum processing, as well as unit assembly. For more details, please contact us or download the catalog.

• Processing Contract

We will introduce the welding process using the fiber laser welding machine we use in our company through a video. It involves relatively small items with curved joints being welded all around. The use of robots allows for consistently stable processing. Reliable technology cultivated over more than 50 years of establishment. We respond broadly to our customers' needs, from steel plate processing to SUS and aluminum processing, as well as unit assembly. For more details, please contact us or download the catalog.

• Processing Contract

To withstand a vacuum level of 100Pa, the material used is SUS304, and all joints are welded. Due to the need for strength, thick materials are used, and because there are many welding points and the weld lengths are long, we process them with a fiber laser welding machine. As a result, even on surfaces with the most welded parts, we keep the distortion to about 1mm. Reliable technology cultivated over more than 50 years since our founding. We respond to a wide range of customer requests, from steel plate to SUS and aluminum processing, to unit assembly. For more details, please contact us or download the catalog.

• Processing Contract

This is a large cover that incorporates resin processed products and commercially available mechanical components into welded sheet metal products. It is designed to house an LED display inside, intended to provide information to the user. The resin processed products and painting are outsourced, while the overall assembly is done in-house. The front display section is composed of a sequence of "sheet metal parts - resin processed parts - sheet metal parts," requiring alignment of the radii of the sheet metal parts at both ends with the central resin part. Reliable technology cultivated over more than 50 years since our founding. We respond broadly to customer requests, from steel plate to SUS and aluminum processing, and unit assembly. For more details, please contact us or download the catalog.

• Processing Contract

Materials: A5052, t1.6mm. This is a large cover made through welding processing. Due to the welding length exceeding 1,000mm and the material being aluminum alloy, it is difficult to process with manual welding. However, by using a fiber laser welding machine, we achieve strong welding while minimizing distortion, resulting in a finish that requires no further processing. After painting from the state shown in the photo, the product is complete. Reliable technology cultivated over more than 50 years of establishment. We respond widely to customer requests, from steel plates to SUS and aluminum processing. For more details, please contact us or download the catalog.

• Processing Contract

"Welding processing" refers to the process of joining two or more metal parts. This page introduces the welding methods implemented at Tsubota Technica, specifically "stud welding" and "projection welding." ○ Stud Welding Studs or bosses are welded onto a flat plate. Specialized equipment is used for the studs, bosses, and welding machine. The welded studs are used to attach components, but due to the small welding area, the strength of the weld is not very high, making it suitable for fixing lighter items such as circuit boards. ○ Projection Welding The edges of sheet metal or the corners of nuts (using horned nuts) are pressed against the base material, and concentrated electrical current is passed through to melt and join them. This is also processed with specialized welding equipment. It can achieve greater strength than stud welding, making it suitable for welding large-diameter nuts that support adjusters or casters. Other processes such as brazing have also been successfully implemented, but they will not be covered here.

• Contract manufacturing

"Welding processing" refers to the process of joining two or more metal parts together. This page introduces "spot welding," one of the welding methods implemented at Tubota Technica. ○ Spot Welding In spot welding processing, a dedicated spot welding machine is used. The surfaces of the two plates to be joined are brought together and clamped with electrodes, allowing a large current to flow. The resistance during this process generates heat, melting the base material, and by applying pressure while the current flows, the contact surfaces of the base materials are joined. The time required for actual processing is short, making it very productive. However, it cannot be used when trying to join the edges of sheet metal (for example, at the corners of a box). It is often used when two plates need to be bonded face to face, such as when attaching small parts to the back of a cover. "Basic Knowledge of Sheet Metal Processing - Welding Processing (7)" will introduce stud welding and other methods.

• Contract manufacturing

"Welding processing" refers to the process of joining two or more metal parts together. This page introduces "fiber laser welding," a type of "laser beam welding" conducted at Tubota Technica. ○ Laser Beam Welding Laser beams are directed onto the base material, melting it with their energy to perform the welding. Depending on the method used to generate (oscillate) the laser light, it can be categorized into several types. ・Fiber Laser Welding This type of laser can focus the beam diameter very narrowly. It can concentrate energy on a small area, making it possible to weld materials that are easy to melt but difficult to weld, such as aluminum and brass. Additionally, it can form a stable, narrow bead, and due to its fast processing speed and minimal distortion after welding, the finished product does not require any post-welding finishing. Tubota Technica operates three robots equipped with fiber laser welding machines, selecting them based on the size and shape of the workpieces. In "Basic Knowledge of Sheet Metal Processing - Welding Processing (6)," spot welding will be introduced.

• Contract manufacturing

"Welding processing" refers to the process of joining two or more metal parts together. This page introduces "YAG laser welding," which is one of the welding methods implemented at Tubota Technica. ○ Laser Beam Welding Laser beams are directed onto the base material, and the energy from the laser is used to weld the material. Depending on the method of generating (oscillating) the laser light, it can be divided into several types. ・YAG Laser Welding This method uses a laser generated from a yttrium-aluminum-garnet (the initials YAG) alloy of yttrium and aluminum to perform the welding. It can weld stainless steel, which is prone to distortion from heat, with minimal impact, and it allows for deep penetration, resulting in a strong joint. No filler material is used; instead, the melted base materials are joined directly (this is called butt welding). There is no variation in the thickness of the weld seam. It is often used for welding stainless steel and electroplated steel sheets. In "Basic Knowledge of Sheet Metal Processing - Welding Processing (5)," the characteristics of fiber laser welding will be introduced.

• Contract manufacturing

"Welding processing" refers to the process of joining two or more metal parts together. This page introduces "CO2 welding" and "TIG welding," which are methods of welding implemented at Tsubota Technica. - CO2 Welding In arc welding, gas (shielding gas) is used to maintain the quality of the joint while stabilizing the arc. CO2 welding uses CO2 as this shielding gas. It results in deep penetration and strong fusion between the base materials. It is a semi-automatic welding process. It tends to produce spatter, which is welding debris (metal droplets that solidify when scattered during welding), and the appearance after welding can often be messy. The spatter needs to be ground off to clean it up. - TIG Welding This is an arc welding process that uses tungsten alloy for the welding electrode and argon as the shielding gas. The weld bead is beautiful, and it allows for welding of aluminum, which is not possible with CO2 welding. It is also suitable for welding other non-ferrous metals. Since it is not a semi-automatic process, both hands must be used during welding, requiring a certain level of skill. The gas is relatively expensive, resulting in higher costs compared to CO2 welding. Other welding methods will be introduced from section (4) onward.

• Contract manufacturing

"Welding processing" refers to the process of joining two or more metal parts. This page introduces "arc welding," one of the welding methods implemented at Tubota Technica. ○ Arc Welding An electrode is attached to the workpiece (referred to as the base material), and a large current is passed through it, generating an arc (discharge) between it and another electrode held in the other hand. The heat from this arc melts the metal to join them (only metals of the same type can be joined). A filler material, which is a metal, is added between the base materials being joined. This filler material is made of the same type of material as the base material and is in the form of a rod or wire. Depending on the specifications of the welding machine, the filler material may be fed manually by the operator or automatically supplied by the machine. The latter is referred to as semi-automatic welding. Arc welding is used in many welding points during the assembly of enclosures, starting with welding the edges of sheet metal at corners. At Tubota Technica, among the welding methods classified as arc welding, "CO2 welding" and "TIG welding" are mainly used. The "Basic Knowledge of Sheet Metal Processing - Welding Processing (3)" introduces the characteristics of these methods.

• Contract manufacturing

"Welding processing" is one of the methods for joining two or more metal parts. It can be broadly classified into three categories: fusion welding methods, where metal is locally heated to a molten or semi-molten state and the molten parts are directly joined together or joined with the addition of filler material (such as welding rods); pressure welding methods, where heated metal is joined under pressure; and brazing methods, where a different material from the base metal is melted to join the parts. At Tsubota Technica, we mainly implement the following welding methods: ○ Arc welding 　・CO2 welding 　・TIG welding ○ Laser beam welding 　・YAG laser welding 　・Fiber laser welding ○ Spot welding ○ Stud welding ○ Projection welding ○ Brazing Details of each welding method will be introduced in "Basic Knowledge of Sheet Metal Processing - Welding Processing (2)" and beyond.

• Contract manufacturing

"Bending processing" refers to the process of changing the shape of flat steel plates by bending them. It mainly involves bending into V-shapes, U-shapes, L-shapes, or arcs. NC press brakes are primarily used for bending processing. By inputting the plate thickness, bending angle, and bending dimensions into the NC device, high-precision bending processing can be performed consistently.

• Contract manufacturing

The edges of sheet metal that have only been sheared or punched are sharp and dangerous. The process of rounding the corners and removing fine burrs is called "chamfering." To eliminate hazardous irregularities, tools such as files and belt sanders are used. While this may be unnecessary for some product applications, it is an essential process for parts like exterior components that may be touched by the end user.

• Contract manufacturing

"Tap processing" is a method of creating screw holes. A pilot hole is drilled using a punching process, and then a male thread is formed in that pilot hole. There are two types of tap processing methods: cutting type and rolling type. In the cutting type, a pilot hole with the same diameter as the crest of the male thread (the narrowest part) is cut to create the valley of the male thread (the widest part). In the rolling type, the metal of the pilot hole is pushed to form the valley of the male thread, and the pushed metal is gathered between the valleys to create the crest. The cutting type produces chips, so it is not recommended for applications like computer cases where a circuit board needs to be installed. However, the torque required to turn the tap during processing is relatively low, and the precision of the pilot hole is not as critical. The rolling type does not produce chips, so it is free from problems caused by chips. However, the required torque is greater than that of the cutting type, and the precision of the pilot hole is also necessary.

• Contract manufacturing

"Punching processing" is a type of "shearing processing" that is most commonly used in the work of separating materials into two or more parts. It refers to the process of cutting out parts of the required shape from sheet material using general-purpose molds. Drilling processing aims to create holes, while punching processing focuses on the parts that are removed, thus distinguishing it from drilling. NC turret punch press processing, often referred to as turret punch processing, involves cutting and punching various shapes through the positioning of molds set on a turret (rotating mechanism) and the XY coordinates of the table.

• Contract manufacturing

In cutting processing, the plate material is cut to the specified dimensions and shapes. At Tsubota Technica, we can cut steel plates up to 3.2mm thick and stainless steel up to 3.0mm thick in-house (for thicknesses exceeding these, we outsource). Controlling dimensional errors at the shearing stage and ensuring proper right angles significantly affects the efficiency of subsequent processes.

• Contract manufacturing

In sheet metal processing, NC machines such as "NC press brakes" and "NC stud welding machines," which have "NC" in their names, are commonly used. The "NC" in these NC machine tools stands for "Numerically Controlled Machine Tools," which is derived from the English phrase meaning "machine tools controlled by computers." Recent machines are equipped with NC technology that has absorbed most of the know-how of traditional craftsmen, allowing them to process using data recorded on networks and to continuously perform processing and measurement of workpieces, among other diverse functions. On the other hand, NC operation can be complex, and the operator's proficiency with the NC equipment is crucial for maximizing the machine's capabilities.

• Contract manufacturing

Sheet metal materials can be broadly divided into two categories. 1. Ferrous metals... iron, stainless steel, galvanized steel sheets, etc. 2. Non-ferrous metals... copper, copper alloy sheets, aluminum, aluminum alloy sheets, etc. Here, we will introduce non-ferrous metal materials. 2. Non-ferrous metals and non-metals Among non-ferrous metal materials, the most commonly used for sheet metal are copper, copper alloys, aluminum, and aluminum alloys. The reasons for this include that copper has excellent mechanical properties and corrosion resistance, while aluminum is a material with very good workability. By the way, the material designation for aluminum alloys is as follows. Example: A5052P A... material / aluminum 5052... alloy number P... shape / sheet

• Contract manufacturing

Metal materials can be broadly divided into two categories: 1. Ferrous metals... iron, stainless steel, galvanized steel sheets, etc. 2. Non-ferrous metals... copper, copper alloy sheets, aluminum, aluminum alloy sheets, etc. Here, we will introduce "stainless steel," which our company specializes in processing. 1. Ferrous materials (2) Stainless steel sheets These are made by adding chromium or a combination of chromium and nickel to low carbon steel, providing excellent corrosion resistance. Stainless steel sheets have higher hardness and tensile strength compared to soft steel, but they have poor thermal conductivity. The material symbol for stainless steel sheets is derived from the bold parts of Steel, Special Use, and Stainless, and is referred to as SUS (pronounced "suss"). By the way, the material symbols are specified by JIS standards, and the principles are as follows: Example: SUS304 (austenitic stainless steel) S... material / steel US... application / special use 304... type / classification number (continued)

• Contract manufacturing

Metal materials can be broadly divided into two categories. 1. Ferrous metals... iron, stainless steel, galvanized steel sheets, etc. 2. Non-ferrous metals... copper, copper alloy sheets, aluminum, aluminum alloy sheets, etc. Here, we will first introduce "ferrous materials," which are the most common. 1. Ferrous materials (1) Cold-rolled steel sheets (SPCC) Among the materials used for precision sheet metal, cold-rolled steel sheets (SPCC) are the most widely used and have good marketability. At Tsubota Technica, we mainly process steel sheets with a thickness of 0.5 to 3.2 mm. The size of the sheets is expressed as width × length × thickness, and the main dimensions are as follows. [Sizes... Common names] 3ft × 6ft ... Saburoku 4ft × 8ft ... Shihachi 5ft × 10ft ... Gotou By the way, the material symbols are defined by JIS standards, and the principles are as follows. Example: Cold-rolled steel sheets (SPCC) S... Material / Steel PC... Product name / Cold-rolled steel sheets C... Type / General use (To be continued)

• Contract manufacturing

"Unit assembly processing" refers to the process of incorporating electrical wiring and circuit boards into a casing (box-like structure) that has been created through precision sheet metal processing, thereby performing mechanical assembly. This requires an understanding of drawings and assembly techniques that differ from those used in precision sheet metal processing, such as electrical wiring diagrams and assembly processing diagrams. At Tubota Technica, we pride ourselves on being a precision sheet metal processing company capable of this unit assembly processing, allowing us to contribute to our customers.

• Contract manufacturing

"Precision sheet metal processing" refers to the processing of enclosures (boxes) and parts for communication devices, electronic equipment, and measuring instruments using high-precision sheet metal processing machines such as NC turret punch presses and NC press brakes. In the past, sheet metal processing, which was primarily done by hand and referred to as "hand sheet metal" or "hammered sheet metal," had a processing accuracy of about ±0.5 to 2mm. In contrast, "precision sheet metal" is characterized by many companies achieving a processing accuracy of about ±0.1 to 0.3mm. Incidentally, at Tsubota Technica, if there are no specifications from the customer, we process with dimensional tolerances in accordance with the ordinary tolerances specified by JIS standards.

• Contract manufacturing

The thickness of the material for the casing is 1.5mm. We are welding machined parts such as sockets onto tanks assembled in a box shape. Due to the long welding length, distortion tends to increase with manual welding alone; however, by using a fiber laser welding machine, we can weld firmly while minimizing distortion. After conducting a leak check from the state shown in the photo, surface treatment is applied to complete the process. Reliable technology cultivated over more than 50 years of establishment. We respond broadly to customer requests, from steel plates to SUS and aluminum processing. For more details, please contact us or download the catalog.

• Processing Contract

■Overview This universal design enclosure is easy to use for both children and wheelchair users, and can accommodate a commercially available 55-inch monitor. Its user-friendly shape makes it suitable for information terminals in commercial facilities expected to have a diverse range of users, as well as for displaying interactive content in museums. ■Touch Monitor It can accommodate a 55-inch touch monitor provided by the customer, with flexible customization options available to match the monitor's dimensions (please consult us). We can also provide large monitors for signage from a manufacturer specializing in touch panels.

• Municipal services and business location

"Tescwork-Win" is a dynamic production management system that establishes centralized management from order receipt to sales, as well as achieving process planning. By centralizing and sharing data, it reduces indirect personnel and indirect work, enabling a reduction in indirect costs. Additionally, through the effective management of liquid inventory, it allows for the reduction and maintenance of individual production costs in line with required costs. [Features] ■ Increased profits through creativity and innovation ■ Supports ISO requirements ■ Centralized management from order receipt to delivery and sales ■ Centralized order management ■ Supports cost analysis and cost improvement *For more details, please refer to the PDF materials or feel free to contact us.

• Production Management System

The "TESCWORK-II View System" is a system that allows you to capture and file images of products and specifications using image scanners and digital cameras. Anyone can instantly grasp the image of a product. Detailed specifications of small parts can also be scanned and saved, leading to reduced setup and processing times. Additionally, when needed for each part or process, necessary information can be filed and displayed in real-time. [Features] ■ Windows version ■ Product images are visible ■ Work processes are visible ■ Technology is visible ■ You can view and confirm necessary documents and information *For more details, please refer to the PDF materials or feel free to contact us.

• Other operation management software

"TABLE-PRO2" is a system that can manage everything from cost calculation to production. With simple operations, anyone can quickly and accurately create cost calculations and estimates. It can instantly respond to changes in lots and specifications. Additionally, it can be linked with production management to calculate profits at the time of estimation. You can view manufacturing costs from the very day it is implemented. 【Features】 ■ Windows version ■ Easy to operate if you can read drawings, can be created in a short time ■ Instantly responds to changes in lots and specifications ■ Can be linked with production management to calculate profits at the time of estimation ■ Can issue work instructions (target instructions) *For more details, please refer to the PDF document or feel free to contact us.

• Production Management System

We have further evolved our years of experience in precision sheet metal processing and unit assembly. We launched our original brand "in-form-plus" and are engaged in the manufacturing, sales, and nationwide maintenance of kiosk terminals and related products. 【Business Scope】 ○ Kiosk Terminals ○ Table Terminals For more details, please contact us or download the catalog.

• Mechanical Design

Reliable technology cultivated over more than 40 years of establishment. We respond broadly to our customers' needs, from steel plates to SUS and aluminum processing. 【Business Scope】 ○ Implementation of complex NC operations that leverage the characteristics of the machinery ○ Supported by technology that maximizes the capabilities of the machinery For more details, please contact us or download the catalog.

• Processing Contract

Not only precision sheet metal processing, but also machine assembly, electrical wiring, and unit assembly can be entrusted to Tubota Technica. We provide a one-stop supply for the procurement, manufacturing, and assembly of all necessary parts, reducing the burden of parts procurement and management for our customers. 【Business Scope】 ○ Equipment such as medical devices that require both aesthetic design and high precision as devices ○ Procurement and manufacturing of those parts, providing one-stop supply up to machine assembly For more details, please contact us or download the catalog.

• Contract manufacturing

Creating products that accurately meet needs with creativity and enthusiasm is the theme of TSUBOTA TECHNICA. Since its founding in 1969, for over 50 years, TSUBOTA has been a pioneering presence in Japan's precision sheet metal industry, working diligently to manufacture high-precision, high-quality products that match customer needs under the slogan "Selling satisfaction to our customers." As a company certified by an international quality assurance system, Tsubota Technica is committed to developing new technologies and products for an endless future, pursuing product creation that responds to the needs of the times, and contributing to the development of the industrial sector and society in the 21st century. 【Business Scope】 ○ Precision sheet metal processing ○ Unit assembly ○ Information terminal manufacturing For more details, please contact us or download the catalog.

• Contract manufacturing

■Overview This is a universal design specification that allows for direct use while seated in a wheelchair. Despite its low overall height, it has been designed to maximize internal volume, making it capable of accommodating an A4-sized monochrome laser printer. ■Touch Monitor The standard model is equipped with a 15-inch touch PC. Additionally, it can support touch PCs or touch monitors up to approximately 18 inches (limited to VESA 100 compatibility). * Depending on the dimensions, it may not be possible to install monitors smaller than 18 inches. If you wish to install a non-standard monitor, please contact us. * For touch monitors, there are restrictions on the size of the PC that can be installed. ■Available Options An A4 monochrome laser printer can be installed (*). Please consult us for other optional installations. * Option availability is limited to printers specified by our company. ..Note.. This product is made to order. We accept orders for five units or more.

• Other network tools

■Overview This is a large-capacity model that can also accommodate an A4 monochrome laser printer (*). The black and white coloring blends in wherever it is installed, while the large body ensures it stands out prominently. ■Touch Monitor Uses an embedded model from a manufacturer specializing in touch panels. It features a highly durable and reliable 5-wire resistive membrane technology. ■Compatible Options It can support options such as IC card readers and receipt printers. * Optional support is limited to printers specified by our company.

• Municipal services and business location

*This product has been discontinued for manufacturing and sales.* ■Overview It can be equipped with optional devices commonly used in kiosk terminals, such as receipt printers and self-propelled magnetic card readers. Despite having ample internal space, its tapered rear shape allows it to be installed in places like room corners without obstructing passage. The monochrome color scheme of black and white blends well in any location while still being sufficiently noticeable. ■Touch Monitor Uses an embedded model from a touch panel specialist manufacturer. It features a durable and reliable 5-wire resistive membrane type. ■Compatible Options Supports IC card readers, receipt printers, self-propelled magnetic card readers, and more.

• Municipal services and business location

■Overview IKI-Table47-D is a terminal specialized for face-to-face consultation services. It features a built-in 47-inch monitor that presents materials clearly on a large screen, and the 10-point multi-touch capability allows for interactive presentations, leaving a strong impression on clients. The glass top of the monitor covers almost the entire surface of the table, making it very convenient for spreading out paper materials and documents. Additionally, if a drink served to a client accidentally spills on the table, it will have no effect on the internal equipment, including the LCD monitor. The monitor is positioned not in the center of the table but biased towards the client side. This arrangement makes the monitor easier for the client to see while providing the consultant with ample space to spread out materials. Furthermore, the consultant side of the chassis is equipped with a drawer, allowing for storage of a mouse, keyboard for screen operation, and other small items used in the business. We also offer a touch monitor type that does not use a full flat glass top. ..Please Note.. This product is made to order. For more details, please contact us.

• Other PCs and OA equipment

■Overview A slim design with a depth of only 40 centimeters (including the base plate). It is ideal for high-traffic areas like entrances or places where you want to create more space for passage, such as within factories. The slim body shape with curved lines does not compromise the atmosphere, regardless of where it is installed. ■Touch Monitor Uses an embedded model from a manufacturer specializing in touch panels. It features a durable and reliable 5-wire resistive membrane type. ■Available Options Can be equipped with options such as an IC card reader and a receipt printer.

• Other PCs and OA equipment

This is a compact design kiosk information terminal equipped with a touch PC that can be installed in a space of 50 centimeters square. It is a product developed for retail shops, and it can be easily moved and set up according to the store layout thanks to the casters on its legs. Of course, the compact casing is suitable for various locations, including public facilities, in addition to retail shops. The exterior of the casing features a two-color scheme of light green and white, giving it a fresh presence. The touch PC component also uses products designed for retail.

• Municipal services and business location