Panasonic LP-ZV Series Laser Marker Instruction Manual
- June 1, 2024
- Panasonic
Table of Contents
- Panasonic LP-ZV Series Laser Marker
- Product Information
- Product Usage Instructions
- FAQs
- MODELS
- FAYb LASER MARKER
- Laser Marking Applications
- Laser Processing Applications
- Previous issues
- Material Compatibility Chart
- Installation Process Flow
- CONTACT
- Read User Manual Online (PDF format)
- Download This Manual (PDF format)
Panasonic LP-ZV Series Laser Marker
Product Information
- Specifications:
- Laser Marker Types: FAYb, CO2
- Laser Wavelength: FAYb – 1,064 nm to 1,070 nm; CO2 – 9,300 nm to 10,600 nm
- Output Power: FAYb – 17w to 42w; CO2 – 10W to 30W
- Features: Short-pulse laser, built-in camera (LP-RV Series), high contrast marking, 3D control
Product Usage Instructions
- FAYb Laser Marker Series:
- The FAYb Laser Marker Series includes the LP-ZV and LP-RV models. These models are suitable for metal marking, high contrast marking on resins, and small character marking.
- LP-ZV Series:
- Average Output: 17w to 42w
- Features removable components for easy maintenance
- LP-RV Series:
- Utilizes a short-pulse laser for high contrast marking and small character engraving
- Built-in camera for improved productivity
- CO2 Laser Marker Series:
- The CO2 Laser Marker Series includes the LP-RF and LP-RH models.
- These models are suitable for general-purpose marking on various materials.
- LP-RF Series:
- Output Power: 17w to 90w
- Features a durable head with an IP64 protection rating
- LP-RH Series:
- Average Oscillator Output: 10W to 30W
- Suitable for marking on resin with vertical and horizontal head models for flexible installation
FAQs
- Q: What are the typical applications for FAYb Laser Markers?
- A: FAYb Laser Markers are commonly used for marking engine parts, medical instruments, moulded resin parts, bearings, sensors, ICs, and more.
- Q: What are the common applications for CO2 Laser Markers?
- A: CO2 Laser Markers are often used for marking moulded resin parts, PET bottles, aluminium packaging materials, circuit boards, connectors, and electronic parts.
- Q: Can the laser markers ensure traceability even after shot blasting?
- A: Yes, the LP-ZV series provides deep-engraved markings that remain visible even after shot blasting, ensuring consistent traceability.
MODELS
Laser wavelength
FAYb LASER MARKER
- NEW 3D FAYb Laser Marker
- The built-in camera helps achieve higher productivity.
- Thanks to the 1-ns short-pulse laser’s superb marking expressivity combined with the 3D control, this series is suitable for high-output metal marking as well as for high contrast marking and extra small character marking on resins.
- FAYb Laser Marker Short Pulse
- Equipped with a short-pulse laser, this series achieves excellent high-contrast marking on resins and enables the engraving of very small characters.
- FAYb Laser Marker
- The head is durable with an IP64 ingress protection rating.
- This entry laser marker series features excellent basic functions.
CO2 LASER MARKER
- NEW CO2 Laser Marker
- General-purpose CO2 laser marker is suitable for marking on resin Vertical and horizontal head models available for flexible installation on various equipment.
- Laser marker product information (our company’s website)
- Detailed product information
Laser Marking Applications
FAYb Laser Marker
CO2 Laser Marker
Laser Processing Applications
FAYb Laser Marker
CO2 Laser Marker
New application suggestion Deep engraving using high-output laser marker
Previous issues
Marking is removed by shot blasting, so traceability is compromised.
After using the LP-ZV
The deep-engraved marking remains even after shot blasting to ensure consistent traceability!!
Material Compatibility Chart
- ●=Good
- ○=Usable
- △=Incompatible
- =Non-usable
- The above shows typical judgment results. Judgment results may differ when used on customers’ workpieces.
- We can check marking results using actual workpieces provided by your company. For details, please contact our sales office nearest you.
Installation Process Flow
Laser marker installation process flow
Disclaimer
- The applications described in the catalogue are all intended for examples only.
- The purchase of our products described in the catalogue shall not be regarded as granting of a license to use our products in the described applications.
- We do NOT warrant that we have obtained some intellectual properties, such as patent rights, concerning such applications, or that the described applications may not infringe any intellectual property rights, such as patent rights, of a third party.
CONTACT
- Panasonic Industry Co., Ltd.
- Industrial Device Business Division
- 7-1-1, Morofuku, Daito-shi, Osaka 574-0044, Japan
- industrial.panasonic.com/ac/e/.
- ⓒ Panasonic Industry Co., Ltd.
- Specifications are subject to change without notice.
- No. CE-LMDJ-4-4 Printed in Japan
- 2024.2
Read User Manual Online (PDF format)
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