arrow-left-2arrow-left-3arrow-left-4arrow-leftchronodiggdown-arrow--lineardown-arrowearthenvelopefacebookfacebook_ (2)facebook_forward-arrowforwardgooglehomeico-downloadico-linkindustries--1industries--10industries--10_oldindustries--2industries--3industries--4industries--5industries--6industries--6_oldindustries--7industries--8industries--9linkedinmailmarkernewspaperpadlockpage-arrow-leftpage-arrow-rightpage-listpencilpinterestplay-buttonprintersearchsocial-diggsocial-facebooksocial-googlesocial-instagramsocial-linkedinsocial-pinterestsocial-twittersocial-youtubestartelephonetwittertwitter_user

Sensor for dicing machines

VBI (Visual Blade Inspector)

Every step in chip production is crucial, but the dicing process is one of the most delicate challenges, every cut must be perfect. This is where our innovative VBI (Visual Blade Inspector) sensor comes in, designed to monitor the blades during wafer cutting, ensuring excellent and reliable results while reducing scrap. VBI is the first ultra-high frequency and fully digital system.

We offer a solution that not only enhances existing monitoring cycles, but enriches them with advanced functionality: our linear sensor allows real-time measurement of blade wear and shape. With an intuitive interface and digital connection, our system allows for quick and easy set-up via a WebServer, eliminating the need for complex interventions.

Sensor for dicing machines
描述

Our Visual Blade Inspector (VBI) sensor, engineered to revolutionize wafer cutting operations, is designed for precision and reliability and continuously monitors blade performance during cutting, ensuring consistent quality and minimizing waste. With advanced sensor technology, it provides real-time measurement of blade wear and shape, reduces scrap, and seamlessly integrates into existing workflows.

The dicing process involves several fundamental aspects from the point of view of the sensor monitoring the blade.
The sensor checks the position of the blade (NCS) to ensure that it is aligned correctly with respect to the wafer, because incorrect positioning can cause defects in the chips. We are significantly faster than the competition while maintaining excellent repeatability.  During the process, the data collected by the sensor is analysed in real time to detect blade breakage (BBD), thus improving the quality of the cut and the overall efficiency of the process. The sensor also monitors the level of blade wear and can alert the operator or activate an automatic replacement system when the blade begins to wear. 

Our sensor is connected to an  electronic interface unit, which can handle two sensors at the same time: they can do the same function, or even two different functions.

优势
  • Advanced Monitoring enhances process reliability
  • NCS Cycle High speed for positioning with excellent repeatability
  • High Sampling Speed Images captured in rapid succession for up-to-date monitoring
  • Advanced BBD Algorithm : Quick detection of blade breaks with water filtration,reduced false alarms
  • Better Signal Transmission no fiber optics reducing issues related to fragility
  • Reduced Downtime With a range of 1.8mm minimises positioning times and optimises productivity
  • Simple Integration easily integrates with your machines without complex modifications
  • Intuitive Configuration Can be easly programmed through the integrated Web Server
  • Advanced features automatic operations for probe setup according to ambient light conditions
下载

BROCHURES AND MANUALS

传单
英语 VBI (Visual Blade Inspector): (6.22MB)
日本语 VBI (Visual Blade Inspector): (5.04MB)
关闭
关闭

请求信息

输入您的名
输入您的姓
输入公司名称
输入您的电子邮箱

为了使邮件能直接被发送给相关负责部门,请在下面列表中的选择对应的应用范围:

输入您的留言

在递交表格前,请您仔细阅读 欧盟第2016/679条 关于如何处理个人资料的条例。.

请接受相关隐私政策。
Top 联系我们