KEYENCE laser markers becoming advanced solution for the new normal condition for non-contact marking solutions with Hybrid Laser Oscillator supporting device. This laser was built to last increases its marking throughput with a higher expected lifetime than conventional units. One of these advantages of KEYENCE laser markers is greater material flexibility and zero consumable costs.
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KEYENCE laser markers can minimizes damage caused by heat transfer with Integrated Auto-Focus even when targets are at varying distances from the marking head. This will be completed with robustness of fiber laser engravers without using a separate device and can be kept to a minimum while increasing efficiency.
KEYENCE laser markers combines the versatility of YVO4 laser markers uses a proprietary sealing method to securely protect its optical components. This pulse can run well although allows for stable operation even in dirty, dusty and wet environments.
KEYENCE laser markers supported by MD-X laser markers, which greatly for conventional systems are forced to employ a multi-mode laser for industrial automation products. All of products for example: semiconductors, electronic components, packaging having leads to fluctuations in laser power and target quality. This laser product and equipments completed with Features of 355 nm wavelength UV lasers.
KEYENCE laser markers is better used for many applications for industrial automation products. Several of those applications consist of semiconductors and electronic components. In addition, it would also implemented on packaging, home appliances and automobiles. Not closed possibility run for machine tools and automation equipment.
KEYENCE laser markers can minimizes damage caused by heat transfer with Integrated Auto-Focus even when targets are at varying distances from the marking head. This will be completed with robustness of fiber laser engravers without using a separate device and can be kept to a minimum while increasing efficiency.
KEYENCE laser markers enable to make easy alignment at setup and swift position checks during production
KEYENCE laser markers built-in camera lets the MD-X automatically focus to parts and also can also be used to confirm marking position and results with high output power (25 W). For the leading of this laser maker, user may be more comfort enable to make easy alignment at setup and swift position checks during production.KEYENCE laser markers combines the versatility of YVO4 laser markers uses a proprietary sealing method to securely protect its optical components. This pulse can run well although allows for stable operation even in dirty, dusty and wet environments.
KEYENCE laser markers run well with Single Mode Beam Spot to increase high peak power (200 KW)
KEYENCE laser markers provides IP64 environmental resistance with 3-Axis Hybrid Laser Marker MD-X series. This is normally only possible in this process to reach high peak power (200 KW) and be part of detected solution system. As consideration, KEYENCE laser markers run well with Single Mode Beam Spot to increase high peak power (200 KW).KEYENCE laser markers supported by MD-X laser markers, which greatly for conventional systems are forced to employ a multi-mode laser for industrial automation products. All of products for example: semiconductors, electronic components, packaging having leads to fluctuations in laser power and target quality. This laser product and equipments completed with Features of 355 nm wavelength UV lasers.
KEYENCE laser markers used for home appliances and automation equipment combined with Mark 2D codes with the laser engraver
KEYENCE laser markers used for home appliances, automobiles, machine tools and automation equipment combined with Mark 2D codes with the laser engraver with additional production costs. This laser marker offers KEYENCE customers with complete automation solutions which help make them leaders in their field of expertise.KEYENCE laser markers is better used for many applications for industrial automation products. Several of those applications consist of semiconductors and electronic components. In addition, it would also implemented on packaging, home appliances and automobiles. Not closed possibility run for machine tools and automation equipment.