BETA Lasermike 201-100 Endura 201激光测微计头
1.产 品 资 料 介 绍：
中文资料：
BETA Lasermike 201-100 Endura 201 激光测微计头是一种用于高精度测量的设备，特别设计用于测量细小或微小的尺寸变化。以下是关于这款设备的主要特点和可能的应用领域：
主要特点：
高精度测量：
- Endura 201 激光测微计头采用激光测量技术，具有高精度和重复性，能够测量微小尺寸的变化和特征。
非接触测量：
- 设备能够实现非接触式测量，避免了传统接触式测量可能带来的影响和损伤。
快速响应：
- 提供快速的响应时间，可以在短时间内完成精确的测量，适用于高速生产线上的实时监测和控制。
多功能性：
- 可以用于测量各种材料的微小特征和尺寸变化，如电子元件、精密机械零件、光学元件等。
用户友好：
- 设备通常具有直观的用户界面和操作功能，支持快速设置和调整，提高操作效率。
可能的应用领域：
电子制造：
- 用于测量印刷电路板 (PCB) 的微小孔径、线宽和间距，以及其他电子元件的尺寸和位置。
精密机械：
- 在精密机械制造中，用于测量微小的轴向和径向间隙、表面粗糙度等参数。
光学和光学元件：
- 用于测量光学元件的表面形状、光学特性和尺寸，如透镜、反射镜等。
医疗器械：
- 在医疗器械制造中，用于测量微小器件和零件的尺寸和特征，确保产品符合医疗行业的严格要求。
材料研究：
- 用于科学研究和材料分析中，测量微小的材料特性和尺寸变化，支持材料性能的评估和优化。
BETA Lasermike 201-100 Endura 201 激光测微计头通过其高精度和多功能性，为各种需要精确测量和控制的应用提供了重要的技术支持。
英文资料：
BETA Lasermike 201-100 Endura 201 laser micrometer head is a device designed for high-precision measurement, specifically for measuring small or tiny dimensional changes. The following are the main features and potential application areas of this device:
Main features:
High precision measurement:
The Endura 201 laser micrometer head adopts laser measurement technology, which has high accuracy and repeatability, and can measure small changes and features in size.
Non contact measurement:
The device can achieve non-contact measurement, avoiding the potential impact and damage caused by traditional contact measurement.
Quick response:
Providing fast response time, accurate measurement can be completed in a short period of time, suitable for real-time monitoring and control on high-speed production lines.
Multifunctionality:
It can be used to measure the small features and size changes of various materials, such as electronic components, precision mechanical parts, optical components, etc.
User friendly:
Devices typically have intuitive user interfaces and operational functions, supporting quick settings and adjustments to improve operational efficiency.
Possible application areas:
Electronic manufacturing:
Used to measure the micro aperture, line width, and spacing of printed circuit boards (PCBs), as well as the size and position of other electronic components.
Precision Machinery:
In precision mechanical manufacturing, it is used to measure small axial and radial clearances, surface roughness, and other parameters.
Optics and Optical Components:
Used to measure the surface shape, optical properties, and dimensions of optical components such as lenses, mirrors, etc.
medical apparatus and instruments:
In medical device manufacturing, it is used to measure the size and characteristics of small devices and parts to ensure that products meet the strict requirements of the medical industry.
Material research:
Used in scientific research and material analysis to measure small material properties and size changes, supporting the evaluation and optimization of material properties.
The BETA Lasermike 201-100 Endura 201 laser micrometer head provides important technical support for various applications that require precise measurement and control through its high precision and versatility.
2.产 品 展 示
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| PMB33E-10200-00 | IIMKM01 | 57160001-GR DSTD 320 |
| PMB33C-20200-02 | IIMKM01A | 57160001-GV DSDI 131 |
| PMB33E-00116-00 | IIMKM02 | 57160001-HA DSDO 160 |
| PMB31D-10214-02 | IIMKM02A | 57160001-HE DSTD 180 |
| PMB33C-20214-01 | IIMLM01 | 57160001-HK DSTD 185 |
| PMB31D-00201-01 | IIMPM01 | 57160001-HP DSDI 150 |
| PMB33C-20100-03 | IIMPM02 | 57160001-HU DSTD 131 |
| PMB32B-00114-00 | IIMRM02 | 57160001-K DSDO 110 |
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