
( Brand: Keyence ), ( Model: LV-H100 ), ( Part Type: Mount Laser )
The LV-H100 Base Keyence Mount Laser is a versatile and high-performance laser measurement system designed for precise part inspection and quality control applications. This laser system is specifically engineered to be mounted on a Keyence measurement device, ensuring seamless integration and efficient operation within your manufacturing process.
The LV-H100 base features a compact, robust design with a sturdy construction, providing excellent stability and durability in demanding industrial environments. The laser head is equipped with a powerful diode laser that delivers a highly focused and accurate beam, ideal for measuring various features on components such as dimensions, surface flatness, and position.
One of the key advantages of the LV-H100 Base Keyence Mount Laser is its high-speed measurement capability, offering rapid data acquisition for increased productivity and throughput in your production line. With a measurement speed of up to 10,000 points per second, this laser system ensures efficient inspection of your parts, reducing wait times and minimizing downtime.
The LV-H100 is compatible with a wide range of Keyence measurement devices, allowing for flexible integration into your existing workflow. The system is also easy to set up and operate, thanks to its user-friendly interface and intuitive software. Moreover, the LV-H100 Base Keyence Mount Laser offers excellent repeatability and accuracy, ensuring consistent and reliable measurement results, even on complex geometries.
In summary, the LV-H100 Base Keyence Mount Laser is an essential tool for any manufacturing facility focused on precision measurement and quality control. Its robust design, high-speed measurement capability, versatile compatibility, and user-friendly interface make it an invaluable asset in optimizing your production process and maintaining the highest standards of quality.
The Keyence LV-H100 Base Laser Micrometer offers several advantages and potential drawbacks for users interested in precision measurement and inspection.
Pros:1. High accuracy: With a measurement resolution of 0.001 mm, the LV-H100 provides precise results, making it suitable for various industries requiring high precision, such as automotive, electronics, and aerospace.
2. Ergonomic design: The base-mounted design offers a stable and sturdy platform, reducing the risk of vibrations and improving the overall measurement accuracy.
3. Built-in laser: The built-in laser ensures a high-quality and stable beam, which is essential for accurate measurements.
4. Easy-to-use interface: The intuitive and user-friendly interface simplifies the operation of the device, allowing users with little to no experience to quickly get started.
5. Durable construction: The LV-H100 features a robust build quality, ensuring long-term reliability and resistance to harsh industrial environments.
Cons:1. High price: The LV-H100 is a high-end laser micrometer, which means it comes at a premium price compared to other solutions on the market.
2. Limited measurement range: With a measurement range of 50 mm, the LV-H100 may not be suitable for larger parts or components.
3. Requires electrical power: Unlike some handheld laser micrometers, the LV-H100 requires a power source, which may limit its portability.
4. May require calibration: Periodic calibration is necessary to maintain the high accuracy of the device, which can add to the overall cost of ownership.
In conclusion, the Keyence LV-H100 Base Laser Micrometer is an excellent choice for users requiring high precision measurement capabilities, especially in industries where accuracy is paramount. However, it may not be the best option for those with limited budgets or requiring a larger measurement range. It is essential to weigh the pros and cons based on your specific needs and consider investing in a calibration service to maintain the device's accuracy over time.
Keyence lv h100 laser with mount and adjusting base items were removed from surplus stock or working equipment.