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Stamping machine Product List

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Introduction of Stylus Angle: Stamping Type Wireless Engraving Machine TechnoMark

By using them according to their purpose, it becomes possible to achieve a cleaner engraving! CONNECT series

This time, we will introduce the differences in the visibility of engravings due to changes in the angle of the stylus. In the TechnoMark handheld and tabletop engraving machines, you can choose the angle of the stylus tip from three options (60°, 90°, 120°). By changing the angle of the stylus tip, the depth and size per dot will change, resulting in a significant difference in the visibility of the characters after engraving. *For detailed content of the column, you can view it through the related links. For more information, please feel free to contact us.

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  • Marking machine
  • Stamping machine

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Soundproof box IZUSHI original stamping machine Techno Mark

Fundamentally solve the noise problem during engraving! Advantages of introduction such as lower cost compared to lasers and permanence that does not fade away.

Unlike laser engraving, using a stylus to strike the workpiece inevitably produces a stamping sound. In some workplaces, there are regulations that require the use of earplugs or earmuffs if the noise level is above a certain threshold, such as 〇〇dB. When using earplugs or earmuffs as a noise control measure, it can hinder communication among workers on-site, potentially leading to mistakes or dangerous situations. In such cases, covering the engraving machine with a soundproof box can fundamentally resolve the noise issue. *For more details, you can view the related links. Please feel free to contact us for more information.

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  • Stamping machine

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[Case Study of Engraving Machine] One machine serves two purposes, efficiently handling small to large circumferential engravings.

Compatible with various materials such as steel, aluminum, and stainless steel. Achieves efficiency in the marking process with a portable and tabletop dual-purpose machine.

We would like to introduce a case study from a precision machining company that has implemented the TechnoMark CONNECT series "Combo120" dot peen marking machine. The company faced significant challenges in the flexibility and efficiency of the marking process for small to medium lot production of metal parts. To address this, they introduced the versatile "Combo120" marking machine, which can accommodate a wide variety of materials. Additionally, by adding a rotary axis (D-axis), they were able to achieve marking on the outer circumference and in the circumferential direction. This has successfully strengthened traceability and optimized the marking process. Implementation Effects: - Capable of marking both small and large parts with a single machine due to support for both desktop and portable modes. - Improved efficiency of sequential marking for medium lots, enhancing part management and traceability. - Compatible with a diverse range of metal materials including steel, stainless steel, aluminum, Inconel, and titanium. - The addition of the rotary axis (D-axis) allows for marking on the outer circumference and in the circumferential direction, expanding the range of applications. For more details, please refer to the related link page or feel free to contact us.

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  • Marking machine
  • Stamping machine

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【Case Study of Introducing Engraving Machines】Improvement in Quality through Enhanced Traceability

By providing clear traceability information for each product, we establish a customer protection and a highly reliable quality assurance system.

This case study is an introduction to a metal processing company that provides a wide range of processing services in the metal field, including bending, rolling, machining, welding, and assembly. The company faced challenges in improving quality and ensuring traceability in its self-designed metal products and structures. To address this, they introduced two stamping marking machines, "Combo120." These machines enable various markings, such as alphanumeric characters, timestamps, logos, and QR codes on steel materials, allowing for the identification of workers and used consumables. As a result, they have achieved visibility of manufacturing history, leading to increased reliability for customers and strengthened quality assurance systems. <Implementation Effects> ■ Improved product identification through diverse markings such as alphanumeric characters, logos, and QR codes. ■ Enhanced traceability by enabling the identification of workers and used consumables. ■ Improved quality management levels through the visualization of manufacturing history. For more details, please refer to the related links or feel free to contact us.

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  • Combo-120_ROQ-laser_marquage-micro-percussion-alphanumerique.png
  • Marking machine
  • Stamping machine

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[Case Study of Engraving Machine] Wireless solution for confined spaces. Reliable engraving even after assembly.

Achieving high-quality stamping even in narrow engraving spaces with wireless connectivity.

In the engraving process for the engine of the hydraulic excavator after assembly, access to the engraving area was very limited, and the size and maneuverability of the equipment posed significant challenges. Therefore, the wireless marking engraver "Easy60" was adopted. Its compact design allows it to fit into restricted spaces, and the wireless connection enables free maneuverability of the main unit without being constrained by cables. The use of a custom magnetic fixture also ensures stable fixation, establishing a reliable engine engraving system in the post-assembly process without having to move heavy objects. This is a case study that achieves both improved workability and stable engraving quality. <Implementation Effects> ■ Wireless connection eliminates the need for cables, allowing for free maneuverability even in tight spaces. ■ Stable fixation with a custom magnetic fixture enhances safety and workability. ■ Reliable marking can be performed on-site without moving heavy objects. For more details, please refer to the related links or feel free to contact us.

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  • Marking machine
  • Stamping machine

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[Case Study of Wireless Engraving Machine] Deep engraving on painted parts - Serial engraving

Efficiency through wireless marking. Ensuring reliable identification on painted shovel parts.

In this case study, we introduce the implementation of the Easy60 marking machine for accessories for hydraulic excavators used in construction machinery. The company uses the Easy60 to engrave alphanumeric serial numbers on steel excavator accessories after painting. With wireless connectivity, it allows for flexible handling without being constrained by cables, enabling smooth marking operations on-site. Additionally, the Easy60 allows for depth adjustment of the markings, ensuring that the characters do not fade away permanently. This enhances individual identification and traceability for each part, contributing to an improved quality assurance system. This case demonstrates a balance between reducing the burden on the site and maintaining stable marking performance. <Implementation Effects> - Achieves permanent identification by ensuring sufficient marking depth. - Enables reliable serial number engraving on painted steel parts. - Ensures smooth operability even for large parts through wireless marking. For more details, please refer to the related links or feel free to contact us.

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  • Easy-60_marquage-accessoires-pelles-.jpg
  • Marking machine
  • Stamping machine

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[Case Study of Engraving Machine] Streamlining VIN Engraving with Barcode Integration

Stable operation of VIN identification for large workpieces using wireless engraving and magnetic fixtures.

This case study presents the implementation of vehicle identification number (VIN) engraving at a company that manufactures work vehicles such as forklifts and aerial work platforms. The company introduced the "Easy120" stamping engraving machine in the VIN engraving process. By attaching a magnetized aluminum jig, the main unit is securely fixed to the workpiece, enabling stable engraving operations. Furthermore, by reading VIN data with a barcode scanner, the engraving content can be directly reflected, reducing manual input work and preventing input errors. Wireless connectivity allows for flexible operations without the constraints of cables, enabling smooth engraving even on large workpieces. This has led to improved work efficiency and strengthened vehicle identification management. <Implementation Effects> - Reduction of manual input for VIN data through barcode scanning, preventing input errors - Improved workability due to the absence of cable constraints with wireless connectivity - Stable fixation of the workpiece with a magnetized jig, stabilizing engraving quality - Smooth engraving operations even on large vehicle workpieces For more details, please refer to the related links or feel free to contact us.

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  • Marking machine
  • Stamping machine

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[Case Study of Wireless Engraving Machine] Stabilizing VIN Engraving on Vehicle Bodies

Improving the workability of vehicle VIN engraving with a wireless stamping engraving machine and dedicated attachment.

This case study is an example of the introduction of Vehicle Identification Number (VIN) stamping in the automotive and vehicle manufacturing process. The company has implemented the "Easy120" stamping machine to perform alphanumeric VIN stamping on vehicle bodies and chassis. The deep and clear stamping allows for high visibility identification even after wear or painting processes. Additionally, the wireless connection enables stamping operations without worrying about cable management, allowing for flexible handling around large workpieces and production lines. Furthermore, to prevent interference due to protrusions in the marking area, we proposed custom attachments tailored to the workpiece shape. In this way, our company not only provides the stamping machine itself but also supports proposals for custom attachments. <Implementation Effects> - By reliably stamping the Vehicle Identification Number (VIN), we strengthen tracking management from manufacturing to distribution and maintenance. - The stamping machine ensures sufficient stamping depth, making it difficult for the VIN stamping to fade even after wear or painting. - The adoption of dedicated attachments tailored to the workpiece shape prevents interference with the stamping position, achieving stable stamping quality. For more details, please refer to the related links or feel free to contact us.

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  • Easy-120_Marquage-micro-percussion-VIN_carrosserie-4.jpg
  • Marking machine
  • Stamping machine

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[Case Study of Marking Machine] Marking on Aircraft Parts (Cylindrical Shape)

Introduced a stamping machine for identification markings on aircraft parts. With deep and clear markings and wireless connectivity, it enables reliable identification and flexible operations even for precision components.

This case study presents the introduction of a stamping-type marking machine for identification marking on cylindrical aircraft parts. In the aviation sector, high traceability is required, making reliable identification marking for each part essential. The company has implemented a stamping-type marking machine that deeply engraves alphanumeric serial numbers onto cylindrical metal parts, enabling identification markings that are resistant to wear and difficult to erase even after surface treatment. Additionally, the wireless connection allows for work without worrying about cable management, facilitating flexible marking operations suited to the work environment. Furthermore, by attaching a custom-made jig to accommodate cylindrical parts, the workpieces are securely fixed, allowing for accurate and highly reproducible marking. <Implementation Effects> - Achieved stable identification marking for cylindrical aircraft parts. - Improved marking position accuracy by securely fixing cylindrical parts with a custom-made jig. - Enabled flexible marking operations without cables through wireless connectivity. For more details, please refer to the related links or feel free to contact us.

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  • Easy-120_marquage-micro-percussion-billettes-3.jpg
  • Marking machine
  • Stamping machine

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Can a marking machine print 2D codes?! Techno Mark

In fact, a stamping-type marking machine can also print two-dimensional codes! The advantages are clear at a glance - TechnoMark.

In recent years, traceability management has been increasing in the manufacturing industry, hasn't it? When it comes to engraving two-dimensional codes, the image of using lasers is quite strong. To everyone in the manufacturing sector! Did you know that even a marking type engraving machine can print two-dimensional codes (QR codes)? Even damaged two-dimensional codes can be read by TechnoMark's engraving machines! *For more details on the column, you can view it through the related link. For more information, please feel free to contact us.

  • Marking machine
  • Stamping machine

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Table mode ⇔ Handheld mode switch, stamping type marking machine, TechnoMark.

Switching engraving files is easy! Engrave on various sizes and shapes of workpieces with a wireless engraving machine.

The theme of this time focuses on switching from tabletop mode to handheld mode and introduces its advantages. The TechnoMark CONNECT series COMBO model is a portable marking machine. Its feature is that switching from tabletop mode to handheld mode can be done surprisingly easily and quickly. The switch is completed in just 15 seconds, improving the efficiency of the work process. *For more details on the column, you can view it through the related link. Please feel free to contact us for more information.

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  • Marking machine
  • Stamping machine

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We will engrave all the way around in the circumferential direction! Stamping type engraving machine Techno Mark.

An option to rotate the chucked work while stamping in conjunction with the engraving machine!

Attention users of engraving machines! Are you having trouble with engraving in the circumferential direction? With a standard engraving machine, it is not possible to engrave along the sides of cylindrical workpieces, right? The TechnoMark has a feature called IDI that allows engraving on curved surfaces, but this feature has a limitation of a maximum stylus extension of 8mm. In such cases, please make use of the Rotary D Axis. *For detailed information, you can view it through the related links. For more details, feel free to contact us.

  • Marking machine
  • Stamping machine

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What is the empty strike detection function!? Stamping type marking machine TechnoMark

The product's engraving defects become immediately apparent, allowing for the avoidance of 100% inspection! Here are the specific features.

This time, I will explain TechnoMark's "Empty Strike Detection Function." The "Empty Strike Detection Function" literally refers to the feature that automatically detects when the marking (stamping) has not been performed correctly (empty strike). It is also commonly referred to as "IDI Track," a feature for which TechnoMark has obtained an international patent. Have you ever faced difficulties in identifying products when marking defects occur? By standardizing the "Empty Strike Detection Function," TechnoMark offers a solution to those challenges. With this function, it becomes immediately clear which products in mass production have marking defects, down to the exact "hour, minute, and second," allowing for the avoidance of 100% inspection. *For detailed information on the column, please refer to the related link. For more details, feel free to contact us.

  • Marking machine
  • Stamping machine

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Threatening 16 I/O standard equipped! Stamping type marking machine TechnoMark

By utilizing 16 I/O, we will fulfill your request to "easily set up equipment"!

This time, I will explain the 16 I/O functions of TechnoMark. For those considering automation of marking, when it comes to introducing automated equipment, the manufacturing costs can become a significant issue. When it involves communication control, I believe most cases require preparing a PLC and outsourcing the creation of ladder programs. However, by standardly equipping TechnoMark with 16 I/O, it can take on the role of a simple PLC on the marking machine side. Therefore, a PLC becomes unnecessary, leading to a reduction in manufacturing costs. *For detailed content of the column, you can view it through the related links. For more information, please feel free to contact us.

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  • Marking machine
  • Stamping machine

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[Case Study of Engraving Machine] Engraving medium to large parts with wireless connection.

Achieve reliable marking and engraving on the spot without moving heavy objects using a wireless connection.

This case study is about the introduction of a dot peen marking machine in a metal processing industry specializing in thermal cutting. The company has been using dot peen marking machines since 2007, and to improve work efficiency, they introduced the CONNECT series "Easy 120." With wireless connectivity between the controller and the marking head, marking can be performed on medium to large steel components on-site without moving the heavy and difficult-to-move parts after cutting. The marking content can be customized according to the end user's requests, accommodating one or multiple lines of alphanumeric characters as well as logo marking. This achieves a reduction in the burden of on-site work while ensuring stable marking quality. <Effects of Implementation> - Achieved reliable and permanent marking on steel materials with the dot peen marking machine. - Improved work efficiency and safety by eliminating the need to move large and heavy items. For more details, please refer to the related links or feel free to contact us.

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  • Marking machine
  • Stamping machine

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[Case Study of Engraving Machine] Optimizing Engraving with Barcode Integration and Wireless Support

No manual input required. Streamline engraving work with barcodes and wireless technology.

In this case, the CONNECT series "Easy 120" marking machine with a stamping mechanism is combined with a high-functionality controller holder to engrave part numbers onto the plastic components of a pool skimmer set. The operator eliminates the need for manual input by reading the engraving information with a barcode reader installed on the controller holder, preventing input errors. The wireless connection makes handling easy, enabling smooth engraving operations on-site. Additionally, the foot support with magnets stabilizes the parts, allowing for accurate positioning and uniform continuous engraving. This contributes to the individual identification of each part and enhances traceability. <Implementation Effects> ■ Eliminates manual input through barcode reading, reducing input errors ■ Achieves stable fixation and high-precision engraving with the magnet-equipped foot support ■ Improves handling and work efficiency with wireless connectivity For more details, please refer to the related links or feel free to contact us.

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  • Marking machine
  • Stamping machine

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[Case Study of Engraving Machine] Streamlining Identification Engraving for Round Materials and Cylindrical Parts

Ensure the serial number, diameter, and material of round bar components are accurately engraved. Improve identification management and work efficiency with a wireless marking machine.

This case study presents the introduction of a dot peen marking machine in a company specializing in precision machining. The company handles a large number of round materials with different dimensions, making identification management of each part a significant challenge. Therefore, they introduced the dot peen marking machine "Easy120," which engraves information such as serial numbers, diameters, and material identification numbers on each part. The deep and clear markings make it easy to identify parts during processing and storage, improving the accuracy of parts management. Additionally, the wireless connection allows for marking operations without worrying about cable management, enabling flexible operation that is not affected by workspace or work size. This has resulted in increased efficiency in parts identification and strengthened traceability management. <Implementation Effects> ■ Achieved reliable identification marking on round material parts ■ Maintained easily readable markings even after wear or processing due to dot peen marking ■ Smoothly accommodated large workpieces and workspaces without cable constraints For more details, please refer to the related links or feel free to contact us.

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  • Marking machine
  • Stamping machine

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Identification of metal parts using a handheld stamping marking machine for railway inspections.

Streamlining the inspection process for railway vehicle parts. Easy to carry with wireless capability.

In the railway industry’s inspection process, accurate identification of parts and ensuring traceability are crucial. Especially for components related to safety, tracking inspection history is essential. Traditional stamping methods can hinder efficient inspections due to limitations in work locations and the complexity of the stamping process. Buddy120 allows for wireless stamping operations controlled from an Android device. Its lightweight design and magnetic fixtures enable agile stamping operations in inspection sites, contributing to the efficiency of parts management. 【Usage Scenarios】 - Inspection of railway vehicle parts - Tracking of inspection records - Identification management of parts 【Benefits of Implementation】 - Increased efficiency in the inspection process - Improved accuracy in parts management - Enhanced traceability

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  • Buddy-120_Tosmar_marquage-portable-metal.jpg
  • Marking machine
  • Stamping machine

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Stamping machine compatible with the automation of production lines for building materials.

Inline marking machine to enhance the management of building material identification information.

In the building materials industry, accurate identification information engraving is required to ensure product traceability and quality control. Especially for building materials intended for outdoor use or storage and transportation in harsh environments, it is crucial that the engraved information remains intact for a long time. Faint or easily erased engravings can make product tracking difficult and pose challenges for quality management. TechnoMark's "Tempo" contributes to strengthening the management of identification information on building material production lines as a high-precision, high-durability inline engraving machine. 【Usage Scenarios】 - Automatic engraving on the production line - Engraving of serial numbers, date codes, and barcodes (DataMatrix, QR codes) on products - Provision of quality management information 【Benefits of Implementation】 - Strengthened traceability management - Easier product identification - Improved efficiency of quality management tasks

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  • Tempo---Contrôleur-3-écrans-Caméra.png
  • Marking machine
  • Stamping machine

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Handheld stamping machine for displaying model numbers for machine tools.

Easy with Android operation. Engrave part numbers on metal components to improve traceability.

In the machine tool industry, ensuring the identification and traceability of parts is crucial. The display of model numbers is essential for streamlining parts management and preventing the use of incorrect parts. However, traditional stamping methods have faced issues such as being time-consuming or having quality problems with the stamps. Buddy120 addresses these challenges. [Usage Scenarios] - Stamping model numbers on machine tool parts - Identifying parts during repairs and maintenance - Managing parts in the manufacturing process [Benefits of Implementation] - Easier identification of parts, reducing management workload - Decreased stamping errors, contributing to quality improvement - Strengthened traceability, gaining customer trust

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  • Buddy-120_Tosmar_marquage-portable-metal.jpg
  • Marking machine
  • Stamping machine

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Stamping machine for automation of production lines for automotive parts.

Inline marking machine that achieves enhanced traceability and labor-saving in automotive parts.

In the automotive parts industry, ensuring product quality control and traceability is of utmost importance. Particularly within complex supply chains, accurate identification and history management of each component are essential for rapid response during recalls and for quality improvement. Inadequate traceability increases the risk of counterfeit distribution and the concealment of quality issues. TechnoMark Tempo addresses these challenges through high-precision automatic marking, contributing to traceability management and quality enhancement in manufacturing environments. 【Usage Scenarios】 - Introduction of automatic marking on the production line - Strengthening product identification and traceability management - Stable marking on high-speed lines 【Benefits of Implementation】 - Strengthened quality management through improved traceability - Labor-saving and efficiency in marking operations - Accurate recording of product identification information

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  • Tempo-30---controleur-connexion-TCP-IP.jpg
  • GIF 3 faces de fixations.gif
  • Tempo---Contrôleur-3-écrans-Caméra.png
  • Marking machine
  • Stamping machine

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Stamping machine compatible with automation of production lines for electronic components.

Inline marking machine to strengthen lot management of electronic components.

In the electronic components industry, ensuring product traceability and thorough quality control is essential. Particularly for electronic components with fine parts and complex manufacturing processes, accurate lot information engraving is indispensable for investigating the causes of defects and handling recalls in the event of any issues. Inadequate engraving or management systems can lead to a decrease in product reliability and pose risks that affect the entire supply chain. The TechnoMark Tempo, as a high-precision and durable inline engraving machine, addresses these challenges and enables reliable lot management. 【Usage Scenarios】 - Automatic engraving on the manufacturing line - Strengthening product identification and traceability management - Stable engraving on high-speed lines 【Benefits of Implementation】 - Reduction of labor in engraving tasks - Improved quality control through enhanced traceability - Compatibility with a wide range of production lines

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  • Tempo 30 - environnement 3-Caméra.png
  • Tempo-30---controleur-connexion-TCP-IP.jpg
  • GIF 3 faces de fixations.gif
  • Tempo---Contrôleur-3-écrans-Caméra.png
  • Marking machine
  • Stamping machine

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Stamping machine compatible with automation of production lines for metal processing.

Inline marking machine that realizes automation of material quality indication and enhancement of traceability.

In the metal processing industry, accurate and stable marking of material specifications is required for product quality control and ensuring traceability. Particularly in continuous operations on the manufacturing line, the precision and speed of marking are directly linked to production efficiency. Unclear markings or marking omissions can lead to misrecognition and quality issues in subsequent processes. Technomark's "Tempo" addresses these challenges as a high-precision, high-durability inline marking machine. 【Usage Scenarios】 - Marking material specifications, lot numbers, and manufacturing dates on metal parts - Strengthening product identification and traceability management - Smooth integration into automated production lines 【Benefits of Implementation】 - Reduction of labor in marking operations and minimization of human errors - Enhanced quality control through improved traceability - Achieving stable and clear markings even on high-speed lines

  • インラインモデル Tempo2.png
  • インラインモデル Tempo3.png
  • Tempo 30 - environnement 3-Caméra.png
  • Tempo-30---controleur-connexion-TCP-IP.jpg
  • GIF 3 faces de fixations.gif
  • Tempo---Contrôleur-3-écrans-Caméra.png
  • Marking machine
  • Stamping machine

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Stamping machine compatible with automation of production lines for aerospace applications.

Inline marking machine to enhance quality assurance in the aerospace field.

In the aerospace field, strict quality control and traceability are required to ensure the safety and reliability of products. Accurate identification and recording of each individual part are essential for investigating causes in the event of an incident and for maintaining quality. Inadequate marking and management systems can lead to significant risks. TechnoMark's inline marking machine "Tempo" addresses these challenges through high-precision and stable marking, contributing to the strengthening of quality assurance systems. 【Usage Scenarios】 - Manufacturing lines for aircraft parts - Manufacturing lines for space equipment - Product identification in quality assurance departments 【Benefits of Implementation】 - Improved product traceability - Strengthened quality management systems - Reduction of human errors and increased work efficiency

  • インラインモデル Tempo2.png
  • インラインモデル Tempo3.png
  • Tempo 30 - environnement 3-Caméra.png
  • Tempo-30---controleur-connexion-TCP-IP.jpg
  • GIF 3 faces de fixations.gif
  • Tempo---Contrôleur-3-écrans-Caméra.png
  • Marking machine
  • Stamping machine

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