Dot Marking Device - List of Manufacturers, Suppliers, Companies and Products

[Case Study of Marking System Implementation] Energy - Engraving on Membranes

An example of engraving on a membrane! Engraving was applied to the membrane on the hydraulic turbine damping device.

We would like to introduce a case of "marking on a membrane" using our marking system. Using the MULTI4 Combo 120 (with special fixtures and positioning system), we applied markings on the membrane of a hydraulic turbine damping device. The special fixtures were manually adjusted, and the positioning system was set up to move horizontally along the guide rails or with a special turntable. Vertical adjustments were made on a standard column. 【Marking Information】 ■Work Material: Steel ■Marking Type: Dot Marking ■Marking Method: Alphanumeric *For more details, please refer to the related link page or feel free to contact us.

Company：IZUSHI
Price：Other

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[Case Study of Marking System Implementation] Motorcycle - Engraving on Carbon and Pistons

We will introduce examples of "carbon engraving" and "piston engraving" on motorcycles!

We would like to introduce a case of "marking on carbon" using our marking system. The MULTI4 Bench 120 is used for marking small parts made of carbon or fiberglass, enabling product traceability and quality follow-up through this machine. The machine operates with an Ethernet connection cable and our specially developed software, with marking controlled by a foot-operated start pedal. Additionally, for "marking on pistons," four MULTI4 Bench 120 machines are used to apply markings on the pistons. 【Marking on Carbon - Marking Information】 ■ Work Material: Carbon ■ Marking Type: Dot Marking ■ Marking Method: Alphanumeric *For more details, please refer to the related link page or feel free to contact us.

Company：IZUSHI
Price：Other

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[Case Study of Marking System Implementation] Aerospace - Engraving on Aircraft Parts

Here are three examples of cases introduced into aerospace, such as those specially designed for engraving on aircraft turbines.

We would like to introduce a case of "marking on aerospace components" using our marking system. A single "Multi4 Combo 120" has been introduced for marking helicopter parts made of aluminum, steel, and titanium, as well as for marking on THSA. This time, it was used for marking raw materials in handheld mode and for marking finished products in benchtop mode. This device is equipped with an electric column for marking on rotating parts and a rotary D-axis. The setup of the parts is performed either on a computer or directly on the controller. We also carry out marking on titanium parts and turbine blades. [Marking on Aerospace Components Marking Information] ■ Work Material: Titanium ■ Marking Type: Dot Marking ■ Marking Method: Alphanumeric *For more details, please refer to the related link page or feel free to contact us.

Company：IZUSHI
Price：Other

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[Case Study of Marking System Implementation] Agriculture - Engraving on Nameplates

The M4 Inline 50 is being introduced to companies that manufacture agricultural and industrial machinery!

Here is a case study of "engraving on nameplates" using our marking system. The "M4 Inline 50" has been implemented by a company that manufactures agricultural and industrial machinery (tractors, landscaping materials, public works machinery, industrial motors). This company produces industrial systems and equipment, as well as environmental engineering (pipes, valves, recycling and wastewater industries, membrane filters, water treatment plants). This device consists of an M4 Inline 50 marking head with a top connector, a unit control, an Ethernet cable for communication or data reading with a PC, and a 16-way card to start the marking. [Engraving Information] ■ Work Material: Aluminum ■ Engraving Type: Dot Marking ■ Engraving Method: Alphanumeric *For more details, please refer to the related link page or feel free to contact us.

Company：IZUSHI
Price：Other

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[Case Study of Marking System] Metal - Engraving on Raw Materials and Steel Surfaces

We will introduce three examples: engraving on raw materials, special font engraving on steel surfaces, and engraving on nameplates.

Here are examples of our marking system in metal. In the "Stamping on Raw Materials" section, a French company has introduced one unit of the "MULTI4 Inline 200," which stamps alphanumeric characters and logos onto steel bars with a maximum diameter of 320mm. In the "Special Font Stamping on Steel Surfaces" section, a Japanese company has implemented the "MULTI4 200," equipped with a 5m cable and a trolley for in-factory transportation, which generates logos from the internal ERP system and allows easy selection of the created logos via a touch panel. In the "Stamping on Nameplates" section, one unit of the "MULTI4 250x250" model, featuring Ethernet connectivity and an automatic nameplate feeder, has been introduced. The plates to be stamped are transported inside a storage box and automatically placed under the marking head. Once the plate is detected, the stamping begins automatically, and when the stamping is complete, the plate is removed. [Stamping on Raw Materials - Stamping Information] ■Work Material: Steel ■Stamping Type: Dot Marking ■Stamping Method: Logo *For more details, please refer to the related link page or feel free to contact us.

Company：IZUSHI
Price：Other

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[Case Study of Marking System Implementation] Railway - Engraving on Disc Brakes

One machine performs engraving on the top of the part, while another machine engraves inside the flange of the part.

We would like to introduce a case of "marking on disc brakes" using our marking system. The company implementing this has an annual production of approximately 37 million tons of crude steel. Two units of the TechnoMark "MULTI4 Inline 50" have been installed in a specialized factory for JR express train disc brakes, with one machine marking the top of the parts and the other marking inside the flange of the parts. The design of this marking reproduces a design specially created for JR. 【Marking Information】 ■Work Material: Steel ■Marking Type: Dot Marking ■Marking Method: Alphanumeric *For more details, please refer to the related link page or feel free to contact us.

Company：IZUSHI
Price：Other

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[Case Study of Marking System] Steel Industry - Marking on Steel Blocks

It is adopted for the traceability of steel plates with a length of 22 meters and a height of 10 centimeters.

We would like to introduce a case of "marking on steel blocks" using our marking system. The "MULTI4 Handheld 120" has been adopted for the traceability of steel plates measuring 22 meters in length and 10 centimeters in height. The operator uses a data matrix reader to scan a QR code that integrates sample information of the steel parts. Once this information enters the unit control, the machine engraves the samples that are sent to the laboratory for quality control purposes. The marking machine is equipped with a dust cover to protect the main body from dust in the workplace. Additionally, in the case of "marking on high-temperature aluminum alloys," two units of the "MULTI4 Inline 50" have been introduced to companies specializing in stainless steel, including electrical steel and nickel-based alloys. 【Marking Information】 ■ Work Material: Stainless Steel, Nickel Alloy ■ Marking Type: Dot Marking ■ Marking Method: Alphanumeric *For more details, please refer to the related link page or feel free to contact us.

Company：IZUSHI
Price：Other

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[Case Study of Marking System] Construction Machinery - Engraving on Pistons

Case study of implementation with construction machinery! Four "MULTI4 Inline 120" units are operating alongside robots.

We would like to introduce a case of "marking on pistons" using our marking system. Four units of the "MULTI4 Inline 120" are operating alongside a robot. The marking head is fixed to the workbench using a pneumatic jack to secure the workpiece, while the robot arm picks up the workpiece, sets it on the machine tool, and the processing begins. After the processing is complete, the robot arm picks up the workpiece again and places it on the workbench. The workpiece is secured, marking begins, and the robot places the marked workpiece on the carpet. 【Marking Information】 ■ Work Material: Steel ■ Marking Type: Dot Marking ■ Marking Method: Alphanumeric *For more details, please refer to the related link page or feel free to contact us.

Company：IZUSHI
Price：Other

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[Case Study of Marking System] Oil Industry - Marking on Steel Parts

The Multi4 handheld 120 is being used in multiple units for traceability in valve manufacturing for the oil industry.

Here is a case study of our marking system in the oil industry. In "Marking on Steel Parts," the Multi4 Handheld 120 (with magnetic clamp system and no external power supply) is used in multiple units for traceability in valve manufacturing for the oil industry. The clamp system alone can hold the machine horizontally and accommodates various diameter sizes. The valves are painted to a thickness of 0 to 0.11 inches after marking, so the marking strength is set to 5-6 with double the impact. In "Marking on Oil Industry Parts," one MULTI4 Handheld 120 performs two lines of marking on parts used offshore in the oil industry, with the workpiece secured on a transport trolley, making it easy to move from one bench to another. [Marking on Steel Parts Marking Information] ■ Work Material: Steel ■ Marking Type: Dot Marking ■ Marking Method: Alphanumeric *For more details, please refer to the related link page or feel free to contact us.

Company：IZUSHI
Price：Other

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[Case Study of Marking System] Engraving on Plastic Connectors for Electronic Components

We are currently marking approximately 4,000 pieces per day at intervals of 5.35 seconds each, but it is also possible to increase the quantity according to demand!

We would like to introduce a case of "marking on plastic connectors" using our marking system. Since 2011, TechnoMark has introduced multiple "MULTI4 Inline 120" systems into semi-automated lines. This marking is designed to be easily readable on plastic connectors for electronic control devices made for the automotive industry, with a specification that is fast and easy to read. We perform approximately 4,000 markings per day at intervals of 5.35 seconds each, but it is also possible to increase the quantity according to demand. 【Marking Information】 ■ Work Material: Plastic ■ Marking Type: Dot Marking ■ Marking Method: Alphanumeric *For more details, please refer to the related link page or feel free to contact us.

Company：IZUSHI
Price：Other

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Dot Marking Device - List of Manufacturers, Suppliers, Companies and Products

Dot Marking Device Product List