lmi gocator培训教程

this is the story of lmi technologies the global leader in 3d scanning and inspection lmi is a company of passionate， innovative and dedicated machine vision professionals， whose factory smart 3d sensors and supporting technologies enable the measurement of shape for inline scanning measurement and inspection in a wide range of manufacturing applications based out of our headquarters and manufacturing hub in bernaby british columbia， canada， we have 13 regional offices in 8 different countries and in extensive network of valued partners we bring more than 40 years of experience in the vision industry over 100 patents and 420 employees with a hundred percent focus on developing the industry's leadings smart 3d solutions our flagship product is the award winning gokator 3d smart sensor lineup， which consists of three primary technology types laser triangulation structured， light or fringe projection and line chromatic confocal imaging go caters are not just sensors they are complete factory calibrated inspection systems with the ability to make decisions on device and send that information to downstream， equipment or databases just one 3d smart sensor can scan measure and output volume， measurement， detect， defects， detect， anomalies， detect， irregularity， 3d shape inspection， product detection， edge detection， feature position detection， feature detection， orientation detection， height measurement， plane， angle measurement， surface roughness， flatness， segmentation， classification， intensity， grade diameter， area， width， length radius， character， reading presence， absence and more all gokaders have a usable configurable ip address， simply type it into a web browser and you can access the devices 160 plus onboard tools， data filters settings and everything else you need to quickly get your application running this no extra cost built in functionality makes set up time extremely short an application that might take days to get running with competing sensors takes only hours with gokater lmi offers a wide selection of sensors to fit a wide range of applications are goketer 2600 sensors generate 4200 points， per profile and achieve x resolutions up to 2.5 micrometers for detecting tiny defects in precision manufactured parts our 2490 has a two meter wide field of view making it a one of a kind sensor for applications like car body inspection or wide conveyor belt scanning our g3 snapshot sensors are relied on for all types of vision guided robotic applications such as automotive gap and flush inspection our g5 line can focal sensors can simultaneously scan， multiple layers and material structures such as cell phone， display， glass and cameras identifying， 2d or 3d surface features， dimensions and defects in each individual layer sometimes our customers need a more complete view of an object for their application multiple gokader sensors can easily be networks together to create a wider scan area or provide a 360 degree scan of a cylindrical target lmi's technical team is exceptional at providing reliable and fast customer support we even offer live training workshops to get you familiarized with gokator's onboard tools and user interface with easy robot integration a comprehensive sdk for advanced users sensor inspection rates that reach up to ten kilohertz for line profiler and up to sixteen kilohertz for line confocal sensors and the best in class performance on challenging materials lmi has built gokaders to be as smart flexible and simple to use as possible these smart sensor benefits introduced 3d inspection into many manufacturers applications including inline part inspection parcel dimensioning food process optimization robotic pick in place eevee battery inspection， tire sidewall and tread inspection road and rail inspection wood scanning in optimization semiconductor wafer inspection multi layered cell phone glass inspection and more and now with our factory smart ai solution service customers can get a turnkey solution to deploy the added power of deep learning based image inspection to their production processes if you would like to learn more about lmi technologies or how gokater can be used for your application feel free to reach out to us through the contacts tab at lmi3d com。

introducing go cater twenty six hundred series a powerful high resolution camera delivers， fourk resolution laser line profiling to the industry leading go cater three d smart sensor family achieving x resolutions up to eighteen microns， across scaling fields of view to solve a wide range of scanning applications embedded dual core controller delivers onboard data processing with low latency， blue laser delivers， cleaner scan data on specular targets such as machined metal surfaces， native multi sensor networking capability provides even greater scan coverage and users can even capture three hundred and sixty degrees of a scan target or multiple views by mixing different twenty six hundred sensor models that optimize for field of view and resolution go cater twenty six hundred sensors deliver three d inspection into precision manufacturing applications such as electrode coding thickness measurement， cylindrical housing defect detection， pouch wing thickness， prismatic battery weld inspection， battery tray inspection， battery module inspection， stator inspection or in large object inspections such as furniture doors， windows planks， sheet， metal， air， spring， wheel， rubber entire and wide conveyor scanning applications such as baked goods go cater twenty six hundred sensors are also suited to general factory automation applications where smart three d robot vision delivers， greater automation value。

introducing the go cater 2430， 40， 50 blue laser embedded duke or controller delivers onboard data processing and low latency a custom two makeup pixel camera for fast scan rates optimized optics for high sensitivity at short exposures built in scan measurement and control at high speeds cleaner scan data on shiny metal surfaces and a range of fields of view for maximum flexibility in your scan coverage use the go cater 2430， 40， 50 blue laser sensors for scanning and inspection of shiny surfaces in battery manufacturing use gokater 2450 for rail inspection applications delivering high resolution 3d data and repeatable measurement results even in full sunlight or when the track ballast is wet go cater 24， 30， 40， 50 blue laser profilers are also suited to general factory automation applications。

introducing gokater， twenty five forty and fifty now you can leverage the same signature blazing fast scan rates of the goketer 2500 series with the added advantage of wider fields of view for greater scan coverage indebted dual core controller delivers onboard data processing with low latency blue laser delivers cleaner scan data on specular targets such as machined metal surfaces built in multi sensor networking capability provides even greater scan coverage and users can even capture 360 degrees of a scan target or multiple views by mixing different 25 hundred sensor models that optimize for field of view and resolution go cater 2540 and 50 sensors deliver 3d inspection into many high speed larger target application go cater 2540 and 50 censors are also suited to general factory automation applications where smart 3d robot vision delivers greater automation value。

they're not just one thing they're a mechanical package optics hardware we're running a web server on board our sensors just do more inside them， then anyone else with the models can range from thirty millimeters field view all the way to one and a half meter in a very compact fun factor or in one within one sensor not only generate a free d data， but also decide for the users whether that part is good or not and where the defects are the goal cater was first of its kind in in so many ways， the web interface really helped to build the concept of ease of use that was really emerging around sort of the late two thousands we went from having to write two hundred page user manuals to a one page quick start guide that allowed a user to configure their computer connect to the web inter and then from there was self explanatory i think with around three hours of training i was able to use the sensor measure something myself use the software that's on the sensors which try to separate ourselves from just being a free d sensor data generator we put it off effort in the user experience， so that the users can configure our sensors can apply our technologies very very quickly into the market fundamentally all of our sensors are triangular 现激光三角成像介绍 a camera here light there object there that's a triangle as we all remember you know the angles， you know the lengths， you can figure everything else out about the triangle you just need to know two angles and one length historically we started in three d which really began with distance gauges so they're really just a single point measurement devices from a single point became a line， which became structured light the fringe projection is really a way to measure something that's stationary you actually project patterns of light on it look at it with multiple cameras and from that you quickly build a three d map and that's good for objects that might be sitting in a fixture or sometimes these are mounted on robot arms that's looking at a large robot， but there's maybe four or five key points that you want to measure and that robot moves over scans， moves over scans and that's really where the snapshot technology really comes into play robots and machine vision are complimentary technologies cameras like our eyes and the computer is like our brain the robot is like our hands and together all of those pieces are able to do really complex tasks from red to blue to rainbows 现公交成像基础全新 操作平台，增加 sdk instead of using monochromatic laser light。 it uses white led light that gets run through a series of lenses spreads it into the full spectrum once you get down to some micron's level particularly on very difficult materials like glass you need a different level of accuracy that's what lci technologies can provide we can extract information not only from a single surface， but now can also extract it from multiple surfaces we can leverage elomize on board capabilities to pair multiple sensors together and this is very valuable when you want to cover a larger field of view or a larger object， while still maintaining high resolution high quality data element is definitely in the ai game you can now use essentially data sets to train the system or to have even the system train itself in terms of what's normal and what's abnormal you don't tell ai what are the parameters gears out？ what are all the parameters？ it produces through the training process？ a machine that can take noisy hard to process data as input and can just spit out decisions and that's what we're working on right now finding ways to leverage ai to make our existing tools way better than they ever were it comes down to sensors， not only getting more accurate and faster， but getting smarter adding more and more intelligence technology over the three sentences is growing and three market is also growing we are always developing something new to fit into a new marketplace constantly evolving our technology constantly changing our technology nothing is the same we don't do the same thing day in and day out the consumer china's matter in china has grown repetitive in the past years which has facilitated in tens demands for the three d sensors i think what i might change do is not just sell the products only， but we are trying to help our customers solve their problem more efficient through the beauty smart tools as well as the professional sales and application engineering team we have a savvy technical sales team that i think is what sets us apart from a lot of our competition they really can go and talk to talk and know what they're talking about lmi has people that love technology you don't get many opportunities in engineering to work on something that has all aspects of engineering in us， i've been working with the same people for years and years and the level of knowledge over that time and the amount of different things we've tried why did every time you test something you carry that knowledge forward and you know what works what doesn't work it all counts into the engineering？ we get excited about creating good solutions the average all of my salesperson has been the industry for ten twelve years there's very few things that we haven't seen when our guys are faced with a customer issue that they're trying to solve you can tap all this type of experience to really come with an elegant solution that gets the job done for the lowest cost elomize role is to make quality inspection and automation and accessible for everybody we focus purely on three d visions you'll see the advancement in three d technology growing rapidly due to the fact that this is purely what we focus on？ so if you have a three d application element is a great partner to work with because we will continue to develop our solutions over time and work with you to make make sure that you have what you need for your application？

现在给大家介绍的一款是我们 l 妈给大家演示的是一个动力电池的一个焊接检测的一个一个联盟系统啊。就大家知道动动力电池它的安全性能其实是非常受关注的，尤其是在焊接这一块，因为焊接是极易产生一些缺陷的，比如说一些 针孔飞溅，焊扎，就这会这些都会给动力电池后来未来带来一些安全隐患。然后动力电池因为它的焊接的一个独特性，因为它焊接出来的产品基本上是高亮，然后表面复杂的， 传统的一些三 d 的沉香算法很难保证我的图像质量。而蚂蚁有它的独特的一套沉香的一个处理逻辑，它可以把我煮茶的一些呃形貌啊，膏药的形貌通过处理还原它真实的一个表现啊。相对于同期的 的一个友商的产品呢， m i 提供了啊高精度，高速度，然后高质量的整箱质量，为客户带来更高的一个品质保证。大家好啊，我是阿尔曼的工程师。然后由我给大家介绍一下我们这边这个展台，我们展示的是一个 光谱共聚焦的传感器，然后我们先展示的是一个 g 五千五五幺二的一个型号，然后这边的话我们扫描的样品是一个 bga 的芯片，然后这边的话我们是分两次扫描，然后我们通过我们自己的算法，然后做一个点云拼接， 然后这边是他的一个扫描的画面，然后在这边我们可以看到他单次扫描的一个主页数据，然后同时他也客区采集到那个亮度图。这边左上角这个窗口的话展示的是我们的呃拼接完之后就扫描两次拼接完之后的一个点位效果。 然后右上角这边的话是用了我们的一个内置工具，然后去测一些平面度，还有那个 bc 球的一个高度差的一个展示。对， 然后就是我们这种光谱的呃共聚焦传感器，相对于现极光的话，他可以有更好的一个材质，表面的一个信息就不同材质啊，高反光，还有一些透明，包括一些普通的漫反射表面，他都可以得到一些好好的一些成像数据。 它的精度的话，相对像极现极光来说的话，也是要高一个数量级的，然后可以做到亚微米级别的一个高度。好，感谢大家啊！我的介绍就到这里。