Surface treatment equipment
Surface treatment equipment
This is an introduction to surface treatment equipment.
1～14 item / All 14 items
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Atmospheric pressure plasma device *Cumulative track record of over 1,200 units introduced.
Development, manufacturing, and sales of atmospheric pressure plasma devices with a cumulative record of over 1,200 units (2021)! Atmospheric pressure plasma devices capable of generating high-density plasma.
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Surface modification of fiber bundles using atmospheric pressure plasma devices.
Efficient surface modification method for fiber bundles using atmospheric pressure plasma devices.
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Atmospheric Pressure Plasma Device "Precise Series"
50% performance increase compared to conventional systems! Atmospheric pressure plasma device with low N2 consumption (approximately 45% reduction).
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Atmospheric Pressure Plasma Device "AP Plasma Precise II"
Damage-free, particle-free atmospheric pressure plasma device
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High-efficiency surface modification of CFRP and long fiber bundles using atmospheric pressure plasma devices.
Surface treatment of CFRP, fiberglass, and long fibers.
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Atmospheric pressure plasma surface treatment device for 5G printed circuit boards (FCCL) as well.
Direct adhesion with films such as liquid crystal polymers, fluororesins, and PP, as well as with dissimilar materials is possible. *Materials comparing the differences with corona, light, and wet methods will be provided.
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Efficient surface modification of particles using an atmospheric pressure plasma device.
Achieve efficient surface treatment with an atmospheric pressure plasma device! Easily change the captured particle size with a bag filter.
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Atmospheric pressure plasma surface treatment device for direct bonding technology for the FCCL market.
Atmospheric pressure plasma device enabling direct bonding in the 5G and 6G FCCL market.
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Direct adhesion of atmospheric pressure plasma device Cu to fluororesin and superhydrophilicity.
A atmospheric pressure plasma device that enables direct bonding of fluororesin (PTFE, PFA) without the need for roughening!
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5G-compatible printed circuit boards and FCCL using atmospheric pressure plasma devices.
Direct bonding technology and electroless plating pretreatment to reduce transmission loss!
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Shortening the injection time of electrolytic solution using an atmospheric pressure plasma device!
An atmospheric pressure plasma device that is expected to be effective in reducing the time required for the injection and impregnation of electrolyte, which is a time-consuming process in the manufacturing of explosion-proof lithium-ion batteries!
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How to Choose an Atmospheric Pressure Plasma Device That You Can't Ask About Now *Explanatory Materials Provided
Introducing the basics of plasma devices, including "treatment forms" of atmospheric pressure plasma devices and "unique features of our equipment"! Technical materials available.
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A new proposal for imparting surface functionality without causing damage in atmospheric pressure plasma.
Eliminate surface damage and other issues by using atmospheric pressure and downstream plasma! By changing the type of added gas, surface functionalization molecules can be easily applied!
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Pre-dry treatment before direct adhesive bonding using an atmospheric pressure plasma device.
Basic concept of molecular bonding adhesion and joining (direct adhesion) using a downstream atmospheric pressure plasma device.
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