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This introduces arc and plasma emissions related to welding visualization and wide dynamic range cameras.
This is an article published in the September 2016 issue of Image Lab, featuring a special section on "Visualization Technology and Image Processing Technology in Welding and Joining."
Introducing our equipment! Leave the design and production of promotional displays to us!
We would like to introduce the equipment owned by Aiz Factory. Our company possesses various equipment, including "NC turret punch," "argon welding machines," and "2.8t cranes." As a specialized manufacturer of promotional fixtures, we will continue to design and produce fixtures that combine various materials, ranging from one-off items to mass-produced products, all produced in-house from painting, packaging, to delivery. 【Owned Equipment】 ■ NC turret punch / 1 unit ■ Argon welding machines / 3 units ■ Shearing machine / 1 unit ■ Power press / 6 units ■ Air spot welding machines / 3 units, and more *For more details, please feel free to contact us.
Proposal ability, productivity, and technical skills! We offer prototyping and development services that leverage these three strengths.
We would like to introduce "Precision Resistance Welding Processing" handled by Sanko Industrial Co., Ltd. "Resistance welding" is a method where electric current is passed through the welding area of the metals to be joined, heating the joint with the resulting resistance heat, while simultaneously applying pressure to weld the metals together. Generally, it is divided into "overlap resistance welding" and "butt resistance welding." Our company primarily focuses on processing precision components for low-voltage applications through spot welding, which is a representative of "overlap resistance welding." 【Features】 ■ Heats the joint with resistance heat while simultaneously applying pressure to weld the metals ■ Primarily engages in processing precision components for low-voltage applications through spot welding ■ Proposals utilizing a wide range of accumulated knowledge ■ Enhances productivity of surrounding processes, leading to mass production ■ Reliable technical skills cultivated since our establishment in 1936 *For more details, please refer to the PDF document or feel free to contact us.
High beam quality and stability! CO2 laser processing machine with a metal tube oscillation structure.
The "CO2 laser processing machine" is a device that can be used permanently due to its excellent beam quality (M2 = 1.1) and metal tube oscillation structure. With wavelengths of 10.6um and 9.3um, applicable materials include glass, resin, printed circuit boards, leather products, and wood. Compared to other lasers, it has low running costs, good absorption in leather, paper, wood, and resin, and offers high energy density thermal processing, with a small beam divergence angle and good focusing characteristics, which are advantages for processing. 【Features】 ■ High beam quality and stability ■ Low running costs ■ Good absorption in leather, paper, wood, and resin ■ High energy density thermal processing ■ Small beam divergence angle and good focusing characteristics *For more details, please refer to the PDF document or feel free to contact us.
![Handheld torch-type laser welding machine [Manual laser welding is possible!]](https://image.mono.ipros.com/public/product/image/604/2000345241/IPROS5911401419144963472.jpg?w=280&h=280)
A handheld laser welding machine that allows for manual laser welding! Its lightweight and slim torch enables excellent operability!
The "Handheld Torch-Type Laser Welding Machine" is a device that performs manual laser welding by converting the emission part of laser light transmitted through optical fibers into a handheld torch. It features waveform control and condition switching functions, and its lightweight and slim torch design ensures excellent operability. 【Features】 ■ Enables manual laser welding with a handheld torch ■ Enhanced operability due to the lightweight and compact torch design *For more details, please request documentation or view the PDF data available for download.
Galvano scanner specifications for short-time multi-point welding! Single mode or multi-mode oscillation.
The "PQCW/PQCW-H series" is a QCW fiber laser welding machine that achieves high-speed processing. It is equipped with a galvanometer scanner head. The maximum output is 10 times the CW average output. It can operate in single-mode or multi-mode oscillation. The handheld type does not require filler rods or joint preparation. It is compatible with automatic machine systems. 【Features】 ■ Maximum output = 10 times the CW average output ■ Single-mode or multi-mode oscillation ■ Excellent pulse output/energy stability ■ Over 30% power conversion efficiency ■ Internal pulse generator/pulse shaping ■ Galvanometer scanner specification for short-duration multi-point welding *For more details, please refer to the PDF document or feel free to contact us.
Stable spectral performance, long service life, good signal-to-noise ratio.
The on-assist deposition method (IAD) and ion beam assist deposition method (IAD) are used for manufacturing, providing stable spectral performance and a long service life. With a background of OD6 or higher, a good signal-to-noise ratio can be achieved in the system.
Multi-parameter type bioanalyzer for measurement
The multispectral biofilter is designed for multi-parameter type bioanalyzers. The receiver can accommodate different wavelengths, and the input energy is the same.
Achieves approximately 50% energy savings compared to conventional models! Equipped with IGBT semiconductors, the world's lightest model.
1) One of the features of inverter-type arc welding machines is that they can reduce the power line to less than half compared to conventional arc welding machines. This allows for weight and power line cost reductions. 2) It is possible to achieve more than three times the weight reduction compared to conventional arc welding machines. This makes it easier to carry and leads to improved work efficiency for employees. 3) The included dip switch allows for switching between the electric shock prevention function and standard mode. Compared to the electric shock prevention function of conventional alternating current power, welding becomes easier, improving work efficiency and safety.
![Kawase Seiko Co., Ltd. Major Equipment Introduction [Gifu, Aichi, Mie, Shiga]](https://image.mono.ipros.com/public/product/image/a3e/2001182165/IPROS72955518971893897403.png?w=280&h=280)
Strengthening the system to produce a more diverse range of products with high precision! Achieving improved productivity and "visualization."
We would like to introduce our main equipment. Our headquarters factory is characterized by its well-equipped welding facilities, featuring 8 standard welding machines, 10 spot welding machines, and 4 robotic welding machines, allowing us to accommodate a variety of products. We also have various machine tools such as lathes and radial drilling machines, as well as inspection equipment like leak testers and projectors. The Yoro factory has a line composed of numerous press machines, enabling various types of processing. In recent years, we have introduced leveler feeders and 300-ton press machines, strengthening our capability to produce a wider range of products with high precision. 【Headquarters Equipment (Partial)】 ■ Spot welding machines: 13 units ■ CO2 welding machines: 5 units ■ Argon welding machines: 2 units ■ Robotic welding machines: 4 units ■ Radial drilling machines: 2 units *For more details, please refer to the PDF document or feel free to contact us.
For assembly welding! You can perform fusion welding using a new processing technology that changes the design concept.
Electron beam welding has traditionally been limited to specialized fields such as nuclear power, aerospace, and the space industry. However, it has recently been adopted in general industries such as the automotive sector, electrical equipment, and tools, marking the advent of a new era of practical application for this processing technology. Inazawa Machinery Works has introduced a fully vacuum-type electron beam welding machine manufactured by NEC to meet the demands of the Chubu industrial region. Based on our excellent technical capabilities, we are now able to undertake contract processing of electron beam welding with efficient operations and low processing costs. Electron beam welding is a method that utilizes a highly power-dense electron beam, which is accelerated at high voltage in a high vacuum environment, and is focused and controlled to perform fusion welding. The power density of this electron beam is typically over 10⁶ watts/cm² (more than 5000 times that of arc welding), allowing for deep penetration and narrow weld seams. 【Features】 - Capable of a wide range of butt welding from thin sheets to thick plates (welding from approximately 0.02mm thick foil to 50mm thick plates in a single pass) - Able to weld high melting point materials (such as molybdenum, tantalum, tungsten) For more details, please contact us or download the catalog.
For assembly welding! We accept contract processing with efficient work and low processing costs.
Electron beam welding has traditionally been limited to specialized fields such as nuclear power, aerospace, and the space industry. However, it has recently been adopted in general industries such as the automotive sector, electrical equipment, and tools, marking the advent of a new era of practical application for this processing technology. Inazawa Machine Works has introduced a fully vacuum-type electron beam welding machine manufactured by NEC to meet the demands of the Chubu industrial region. Based on our excellent technical capabilities, we are now able to offer contract processing for electron beam welding with efficient operations and low processing costs. Electron beam welding is a method that utilizes a highly power-dense electron beam, which is accelerated at high voltage in a high vacuum environment, and is focused and controlled to perform fusion welding. The power density of this electron beam is typically over 10⁶ watts/cm² (more than 5000 times that of arc welding), resulting in deep penetration and narrow weld seams. 【Features】 - Produces high-quality welds with minimal distortion and narrow heat-affected zones. - Expanded applicability to dissimilar metals (such as copper and stainless steel). For more details, please contact us or download the catalog.
For assembly welding! We accept contract processing with efficient work and low processing costs.
Electron beam welding has been limited to specialized fields such as nuclear power, aerospace, and the space industry, but recently it has been adopted in general industries such as the automotive industry, electrical equipment, and tools, marking the arrival of a new era of practical application for this processing technology. Inazawa Machinery Works has introduced a fully vacuum-type electron beam welding machine manufactured by NEC to meet the demands of the Chubu industrial region. Based on our excellent technical capabilities, we are now able to undertake electron beam welding contract processing with efficient operations and low processing costs. Electron beam welding is a method that uses a highly power-dense electron beam, which is accelerated at high voltage in a high vacuum environment and is focused and controlled, to perform fusion welding. The power density of this electron beam is typically over 10⁶ watts/cm² (more than 5000 times that of arc welding), allowing for deep penetration and narrow weld seams. 【Features】 - Precise welding of ultra-thin parts - Low variability in weld quality, enabling reliable repetitive production For more details, please contact us or download the catalog.
For assembly welding! You can perform fusion welding using a new processing technology that changes the design concept.
Electron beam welding has traditionally been limited to specialized fields such as nuclear power, aerospace, and the space industry. However, it has recently been adopted in general industries such as the automotive sector, electrical equipment, and tools, marking the beginning of a new era of practical application for this processing technology. Inazawa Machine Works has introduced a fully vacuum-type electron beam welding machine manufactured by NEC to meet the demands of the Chubu industrial region. Based on our excellent technical capabilities, we are now able to offer contract processing for electron beam welding with efficient operations and low processing costs. Electron beam welding is a method that utilizes a highly power-dense electron beam, which is accelerated at high voltage in a high vacuum environment, and is focused and controlled to perform fusion welding. The power density of this electron beam is typically over 10⁶ watts/cm² (more than 5000 times that of arc welding), allowing for deep penetration and narrow weld seams. 【Features】 - The electron beam is a linear heat source with high power density. - Welding is performed in a high vacuum (below 10⁻⁴ Torr). - The control and reproducibility of welding conditions are exceptionally good. For more details, please contact us or download the catalog.
A crystallization of outstanding original technology and refined design.
The performance required of a safety helmet is to absorb external impacts through the helmet shell, shock-absorbing liner, and internal components, minimizing the impact transmitted to the head. Next, there is the penetration resistance to protect the head from sharp and pointed objects. Additionally, electrical resistance, heat resistance, and cold resistance are also required. 【Components of a Safety Helmet】 ○ Helmet Shell → The outer shell that covers and protects the head. ○ Shock-Absorbing Liner → A component that mitigates the impact transmitted to the head when the helmet shell is subjected to an impact. ○ Headband → Adjusts the size to fit around the head and secures the helmet shell to the head. ○ Hammock → A component that holds the safety helmet on the head. → Creates sufficient space between the helmet shell and the head, playing a crucial role in shock absorption. ○ Chin Strap (Chin Strap, Ear Strap) → Secures the safety helmet to the entire head to prevent it from falling off. For more details, please contact us or download the catalog.
