text.skipToContent text.skipToNavigation

wen­glor uni­Vi­sion 3 – Pa­ra­me­trie­rung trifft auf Pro­gram­mie­rung

wen­glor uni­Vi­sion 3 ist eine Soft­ware zum Ein­stel­len von wen­glor Ma­chi­ne Vi­sion Pro­duk­ten zur Lösung von Auf­ga­ben im Be­reich der in­du­striel­len Bild­ve­rar­bei­tung. Über eine gra­fi­sche Benutzeroberfläche kann die Da­te­nau­swer­tung durch den mo­du­la­ren Soft­wareauf­bau fle­xi­bel ge­stal­tet wer­den, damit un­ter­schied­li­ch­ste Auf­ga­ben wie Co­de­le­sun­gen, Vollständigkeitsprüfungen oder La­geer­ken­nun­gen in­di­vi­duell gelöst wer­den können. Neben der ein­fa­chen Pa­ra­me­trie­rung ist auch die Pro­gram­mie­rung durch das Ein­bin­den von HALCON-​Scripten aus der Soft­ware HDe­ve­lop von MVTec möglich.

Alles in einer Soft­ware

Die ganze Welt der Soft­ware wen­glor uni­Vi­sion 3 dreht sich um die in­tel­li­gen­te Ve­rar­bei­tung von gra­fi­schen Daten im Be­reich der in­du­striel­len Bild­ve­rar­bei­tung. In Kom­bi­na­tion mit in­tel­li­gen­ter Hard­ware löst die pa­ra­me­trier­ba­re und op­tio­nal auch pro­gram­mier­ba­re Soft­ware uni­Vi­sion 3 ver­schie­den­ste Auf­ga­ben der in­du­striel­len Bild­ve­rar­bei­tung – sch­nell, ein­fach und fle­xi­bel.
Parametrierbare Standardsoftware Icon Weiss
Standardsoftware
Nutzerfreundlichkeit Icon Grau
Hohe Nutzerfreundlichkeit
Algorithmen Icon Grau
Vielfältige Algorithmen
Schnittstellen Icon Grau
Zahlreiche Schnittstellen

Las ven­ta­jas del soft­ware de pro­ce­sa­mien­to de imágenes wen­glor uni­Vi­sion 3

Interfaz gráfica para el manejo del software para visión artificial uniVision 3.

In­tui­ti­ve Pa­ra­me­te­ri­za­tion Soft­ware for Sol­ving Com­plex Image Pro­ces­sing Ap­pli­ca­tions

wen­glor uni­Vi­sion 3 is a com­pre­hen­si­ve and in­tui­ti­ve­ly de­si­gned pa­ra­me­ter con­fi­gu­ra­tion soft­ware which ena­bles au­to­ma­tic data eva­lua­tion for image pro­ces­sing tasks. It is ope­ra­ted via a gra­phic in­ter­fa­ce and con­fi­gu­ra­tion in­stead of con­ven­tio­nal pro­gram­ming – the per­fect low-​code soft­ware for be­gin­ners and image pro­ces­sing pro­fes­sio­nals!
  • Nu­me­rous mo­du­les that can be pa­ra­me­te­ri­zed ea­si­ly
  • Tem­pla­tes for sim­ple stan­dard tasks – the most im­por­tant mo­du­les are saved and lin­ked in the tem­pla­te job to re­du­ce com­ple­xi­ty and ini­tial start-​up time      
  • Fast and fle­xi­ble ap­pli­ca­tion so­lu­tion wi­thout pro­gram­ming kno­w­led­ge for sim­ple stan­dard tasks – pa­ra­me­te­ri­za­tion kno­w­led­ge and basic image pro­ces­sing kno­w­led­ge are suf­fi­cient
  • Easy ope­ra­tion via drag & drop and ad­ju­sting pa­ra­me­ters

Image and Pro­fi­le Eva­lua­tion in One Soft­ware

uni­Vi­sion 3 hand­les both image and pro­fi­le eva­lua­tion tasks ef­for­tles­sly. Whe­ther a smart ca­me­ra or a ma­chi­ne vi­sion con­trol­ler is used in com­bi­na­tion with ma­chi­ne vi­sion ca­me­ras or 2D/3D pro­fi­le sen­sors, the in­tui­ti­ve user in­ter­fa­ce and com­pre­hen­si­ve tool­box can be used to solve ap­pli­ca­tions from image pro­ces­sing and pro­fi­le ana­ly­sis in one soft­ware.
  • Image and pro­fi­le eva­lua­tion com­bi­ned in one soft­ware
  • Ver­sa­ti­le mo­du­les for image and pro­fi­le eva­lua­tion
  • Uni­form ope­ra­bi­li­ty for ma­chi­ne vi­sion ca­me­ras and 2D/3D pro­fi­le sen­sors
The graphical interface of the HALCON module in the uniVision 3 machine vision software.

Com­pre­hen­si­ve Tool­box for In­di­vi­dual Job De­si­gn

The wen­glor uni­Vi­sion 3 Ma­chi­ne vi­sion soft­ware tool­box con­tains nu­me­rous soft­ware mo­du­les which can be used to ex­tract in­for­ma­tion from the re­cor­ded data or for fur­ther pro­ces­sing of re­sul­ts.
  • Mo­du­les can be used fle­xi­bly thanks to in­di­vi­dual ar­ran­ge­ment and lin­king of data in the job
  • Mo­du­les can also be used mul­ti­ple times for more com­plex ap­pli­ca­tions
  • The same mo­du­les can be used on dif­fe­rent plat­forms
  • uni­Vi­sion As­si­stant sup­ports the setup of the most im­por­tant mo­du­les 
  • Mo­du­les 1D code, 2D code and image-​based pat­tern mat­ching use the ro­bu­st and high-​performance al­go­ri­thms of the cur­rent HAL­CON 22.11 image pro­ces­sing li­bra­ry

AI with uni­Vi­sion 3

uni­Vi­sion 3 com­bi­nes rule-​based image pro­ces­sing al­go­ri­thms with deep lear­ning tech­no­lo­gies. The “Deep OCR” mo­du­le uses pre-​trained neu­ral net­works to ac­cu­ra­te­ly iden­ti­fy and read let­ters and num­bers. Com­pa­red to tra­di­tio­nal OCR, for exam­ple, this me­thod can de­tect and out­put prin­ted la­bels re­gard­less of the font, size and spa­cing. This saves time by eli­mi­na­ting the need for con­fi­gu­ra­tion and grea­tly in­crea­ses ro­bust­ness. The “ONNX” mo­du­le opens up the po­wer­ful pos­si­bi­li­ty of run­ning AI mo­dels di­rec­tly on the uni­Vi­sion 3 hard­ware. This tech­no­lo­gy pro­vi­des a fle­xi­ble and fast so­lu­tion for image clas­si­fi­ca­tion wi­thout the need for ad­di­tio­nal hard­ware.


 

Com­mon In­du­strial In­ter­fa­ces for Easy In­te­gra­tion

Thanks to the com­mon stan­dard in­ter­fa­ces such as TCP/IP and in­du­strial Ether­net in­ter­fa­ces such as PRO­FI­NET, Ether­Net/IP and Ether­CAT, the uni­Vi­sion 3 ma­chi­ne vi­sion soft­ware can be quic­kly and ea­si­ly in­te­gra­ted into any in­fra­struc­tu­re. In­te­gra­ted in­ter­fa­ces for robot vi­sion and robot-​guided wel­ding ena­ble quick and easy com­mu­ni­ca­tion with ro­bo­ts from dif­fe­rent ma­nu­fac­tu­rers.

BOSCH Ne­xeed Au­to­ma­tion

Pro­duc­ts with uni­Vi­sion 3 can be in­te­gra­ted seam­les­sly into BOSCH Ne­xeed Au­to­ma­tion. As an of­fi­cial part­ner of BOSCH Ne­xeed Au­to­ma­tion, we en­su­re that sui­ta­ble de­vi­ce dri­vers are avai­la­ble for wen­glor de­vi­ces so that they can be in­stal­led in the ap­pli­ca­tion with mi­ni­mal ef­fort. This al­lo­ws pro­duc­ts with uni­Vi­sion 3 to be used with ma­xi­mum ef­fi­cien­cy wi­thin Ne­xeed Au­to­ma­tion.
Web-based and platform-independent result display for machine operators in uniVison 3.

Fle­xi­bly Ad­ju­sta­ble Web-​Based Vi­sua­li­za­tion

wen­glor uni­Vi­sion 3 ma­chi­ne vi­sion soft­ware of­fers a web-​based and platform-​independent re­sul­ts di­splay (web-​based ope­ra­tor in­ter­fa­ce) for ma­chi­ne ope­ra­tors wi­thout the need for soft­ware kno­w­led­ge. This means that the re­le­vant in­for­ma­tion for every ap­pli­ca­tion and uni­Vi­sion job can be fle­xi­bly and in­di­vi­dual­ly vi­sua­li­zed – all re­sul­ts at a glan­ce.
  • Re­sul­ts are di­splayed di­rec­tly in the image, e.g. as an over­lay
  • Re­sul­ts can be di­splayed on any de­vi­ce with a bro­w­ser, re­gard­less of plat­form
  • In­di­vi­dual­ly ad­ju­sta­ble vi­sua­li­za­tion ac­cor­ding to the re­qui­re­men­ts of the ma­chi­ne ope­ra­tors
  • Ready-​made vi­sua­li­za­tions avai­la­ble for each tem­pla­te
Simple initial start-up and adjustment via uniVision Simulator on the PC.

Sim­ple Ini­tial Start-​Up and Rea­d­just­ment via uni­Vi­sion Si­mu­la­tor

A large amount of good and bad data is re­qui­red to fine-​tune a uni­Vi­sion job du­ring ini­tial start-​up or for rea­d­just­ment du­ring ope­ra­tion. These ima­ges can be ea­si­ly cap­tu­red and an­no­ta­ted using the Teach+ func­tion. The uni­Vi­sion Si­mu­la­tor ena­bles location-​independent and time-​independent setup and op­ti­mi­za­tion of the uni­Vi­sion job.
  • Va­rious good and bad ima­ges re­cor­ded with the uni­Vi­sion pro­duct in a Teach+ file
  • Test and si­mu­la­tion of the Teach+ file in the uni­Vi­sion Si­mu­la­tor – wi­thout net­work con­nec­tion (of­fli­ne) or in­ter­rup­tion of the sy­stem
  • Easy ex­pan­sion of good and bad data, e.g. with other Teach+ files 
  • Op­ti­mi­zed job loa­ded onto the uni­Vi­sion pro­duct – quic­kly and ea­si­ly 

“Image Deep OCR” mo­du­le – the in­tel­li­gent so­lu­tion for text re­co­gni­tion

The “Deep OCR” mo­du­le uses ad­van­ced deep lear­ning tech­no­lo­gy to re­lia­bly re­co­gni­ze let­ters and num­bers. Thanks to a pre-​trained neu­ral net­work, there is no need to crea­te your own trai­ning data or to train a net­work. The mo­du­le is the­re­fo­re ready to use with just a few set­tings. In con­tra­st to clas­sic OCR, it ena­bles pre­ci­se re­co­gni­tion of dy­na­mic text with va­ria­ble font sizes and dif­fe­rent back­grounds, even with spe­ci­fi­cal­ly de­si­gned im­prin­ts and la­bels.
How “Deep OCR” Works

How “Deep OCR” Works

  • “Deep OCR” uses two specialized neural networks: the Detect network to recognize letters, numbers and words, and the Read network to decode the letters, numbers and words found.
  • Depending on the hardware platform, the networks are used differently to optimally adapt performance to the respective requirements.

Application of “Deep OCR” in uniVision 3

Application of “Deep OCR” in uniVision 3

  • Minimal parameterization effort: “Deep OCR” requires only a few settings in advance to be ready for use
  • Heatmap visualization: The heatmap highlights the areas in the image that the model has identified as letters or numbers
  • Flexibility through combination with other uniVision modules, such as when reading a label. By combining it with other modules, such as “Region”, relevant information can be read.

Advantages of “Deep OCR”

Advantages of “Deep OCR”

  • Robust text recognition: High recognition rates even with complex layouts and challenging environments, scratches or pressure damage
  • Flexibility: Supports numerous fonts, languages and special characters
  • Precise reading even with low contrast, e.g. text from embossed or engraved marks on metal surfaces is reliably recognized

How “Deep OCR” Works

How “Deep OCR” Works

  • “Deep OCR” uses two specialized neural networks: the Detect network to recognize letters, numbers and words, and the Read network to decode the letters, numbers and words found.
  • Depending on the hardware platform, the networks are used differently to optimally adapt performance to the respective requirements.

Application of “Deep OCR” in uniVision 3

Application of “Deep OCR” in uniVision 3

  • Minimal parameterization effort: “Deep OCR” requires only a few settings in advance to be ready for use
  • Heatmap visualization: The heatmap highlights the areas in the image that the model has identified as letters or numbers
  • Flexibility through combination with other uniVision modules, such as when reading a label. By combining it with other modules, such as “Region”, relevant information can be read.

Advantages of “Deep OCR”

Advantages of “Deep OCR”

  • Robust text recognition: High recognition rates even with complex layouts and challenging environments, scratches or pressure damage
  • Flexibility: Supports numerous fonts, languages and special characters
  • Precise reading even with low contrast, e.g. text from embossed or engraved marks on metal surfaces is reliably recognized

How “Deep OCR” Works

How “Deep OCR” Works

  • “Deep OCR” uses two specialized neural networks: the Detect network to recognize letters, numbers and words, and the Read network to decode the letters, numbers and words found.
  • Depending on the hardware platform, the networks are used differently to optimally adapt performance to the respective requirements.

wenglor uniVision 3 – High-Performance Modules and Functions

Modules for Communication via TCP/IP, UDP and FTP

Process data can be configured via TCP/IP, UDP or FTP with the “Device TCP”, “Device UDP” and “Device FTP” modules.
The video shows how to set up the communication modules using the “TCP device” module as an example.

Module “Image Blob”

The “Image Blob” module enables objects to be detected, counted and sorted. In this process, linked white pixels in a binary image with certain criteria are regarded as an object. 
The video shows the simple parameterization of the module.

“HALCON Script” module

The “HALCON Script” module enables HALCON scripts to be added to the uniVision job in order to use the HALCON software’s flexible programming options for advanced job configuration.
The video shows the seamless integration of the HALCON programming environment into the uniVision software.

“Image Locator” module

The new “Image Locator” module enables the recognition and tracking of objects based on characteristic points, thus enabling teach-in of one or more objects. 
The video shows the simple parameterization of the module.

“Image Measure” Module

The “Image Measure” module allows lines, circles or arcs or segments on lines, circles or arcs to be found in order to measure resulting angles and distances or to find specific points.
The video shows the simple parameterization of the module.

Modules for Communication via TCP/IP, UDP and FTP

Process data can be configured via TCP/IP, UDP or FTP with the “Device TCP”, “Device UDP” and “Device FTP” modules.
The video shows how to set up the communication modules using the “TCP device” module as an example.

Module “Image Blob”

The “Image Blob” module enables objects to be detected, counted and sorted. In this process, linked white pixels in a binary image with certain criteria are regarded as an object. 
The video shows the simple parameterization of the module.

“HALCON Script” module

The “HALCON Script” module enables HALCON scripts to be added to the uniVision job in order to use the HALCON software’s flexible programming options for advanced job configuration.
The video shows the seamless integration of the HALCON programming environment into the uniVision software.

“Image Locator” module

The new “Image Locator” module enables the recognition and tracking of objects based on characteristic points, thus enabling teach-in of one or more objects. 
The video shows the simple parameterization of the module.

“Image Measure” Module

The “Image Measure” module allows lines, circles or arcs or segments on lines, circles or arcs to be found in order to measure resulting angles and distances or to find specific points.
The video shows the simple parameterization of the module.

Modules for Communication via TCP/IP, UDP and FTP

Process data can be configured via TCP/IP, UDP or FTP with the “Device TCP”, “Device UDP” and “Device FTP” modules.
The video shows how to set up the communication modules using the “TCP device” module as an example.

uniVision as a growing platform

Soft­ware Re­lea­se wen­glor uni­Vi­sion 3.4.0

  • Im­ple­men­ta­tion of AI me­shes (ONNX) for image clas­si­fi­ca­tion
  • Ro­bo­tic Vi­sion in­ter­fa­ce for ABB ro­bo­ts
  • New “Image Ma­ni­pu­la­tion” mo­du­le ena­bles the input image to be crop­ped and ro­ta­ted

Com­pa­ti­ble Hard­ware

The uni­Vi­sion 3 ma­chi­ne vi­sion soft­ware sol­ves image and pro­fi­le pro­ces­sing tasks and works on the fol­lo­wing wen­glor ma­chi­ne vi­sion pro­duc­ts.

Smart Ca­me­ras B60

B60 smart camera with auto-focus and C mount
Down navigation arrow icon white Find out more

Ma­chi­ne Vi­sion Ca­me­ras with Ma­chi­ne Vi­sion Con­trol­ler

Down navigation arrow icon white Find out more

2D/3D Pro­fi­le Sen­sors with Ma­chi­ne Vi­sion Con­trol­ler

Down navigation arrow icon white Find out more

wen­glor uni­Vi­sion 3 with Smart Ca­me­ra B60

The smart ca­me­ras from the B60 se­ries com­bi­ne the re­cor­ding and eva­lua­tion of ima­ges in a com­pact and ro­bu­st hou­sing. Com­bi­ned with the mo­du­lar soft­ware con­cept of wen­glor uni­Vi­sion 3, which ena­bles pro­gram­ming via HAL­CON scrip­ting in ad­di­tion to pa­ra­me­te­ri­za­tion, the B60 ca­me­ras are the most high-​performance so­lu­tion for in­du­strial image pro­ces­sing.

Soft­ware Pac­ka­ges B60

The wen­glor uni­Vi­sion 3 ma­chi­ne vi­sion soft­ware of­fers three dif­fe­rent high-​performance soft­ware pac­ka­ges for use with smart ca­me­ras from the B60 se­ries. The scope of func­tions of the B60 ca­me­ra can be ex­pan­ded at any time with the help of license-​based up­gra­des.

The over­view shows the mo­du­les in­clu­ded in the re­spec­ti­ve li­cen­se pac­ka­ge in blue; mo­du­les that are not in­clu­ded in the li­cen­se pac­ka­ge are shown in gray.

Preprocessing

Image Calibration
Image Region
Image Manipulation
Image Filter
Image Locator
Image Pattern Match
Image Coordinate System

Processing

Image Threshold
Image Threshold HSV
Image Blob
Image Comparison
Image Measure
Image OCR
Deep OCR
Image ONNX
Image Code 1D
Image Code 2D
HALCON Script

Calculations

Spreadsheet
Counter
Match Code
Teach Numeric
Math
Logic
Numeric Comparison
Statistics

Interfaces

Device TCP
Device UDP
Device FTP
Device Industrial Ethernet
Device Robot Vision

Li­cen­se Up­gra­des B60

The mo­du­lar wen­glor uni­Vi­sion 3 soft­ware can be ex­pan­ded with the fol­lo­wing li­cen­se up­gra­de pac­ka­ges at any time.
Order num­ber Name Mo­du­les
DNNL018 Li­cen­se B60 uni­Vi­sion Ex­ten­ded Image Code 1D
Image Code 2D
Image Pat­tern Match
DNNL019 Li­cen­se B60 uni­Vi­sion Script Image Code 1D
Image Code 2D
Image Pat­tern Match
HAL­CON Script
Deep OCR
DNNL020 Li­cen­se B60 uni­Vi­sion Ex­ten­ded to uni­Vi­sion Script HAL­CON Script
DNNL021 Li­cen­se B60 uni­Vi­sion Robot Vi­sion Robot Vi­sion de­vi­ce
DNNL031 Li­cen­se B60 uni­Vi­sion AI Image ONNX

wen­glor uni­Vi­sion 3 with Ma­chi­ne Vi­sion Ca­me­ras and Ma­chi­ne Vi­sion Con­trol­ler

The po­wer­ful ma­chi­ne vi­sion con­trol­lers ena­ble the con­nec­tion of ma­chi­ne vi­sion ca­me­ras and 2D/3D pro­fi­le sen­sors. Up to 16 de­vi­ces can be ope­ra­ted si­mul­ta­neou­sly. De­pen­ding on the con­nec­ted hard­ware, uni­Vi­sion 3 soft­ware ena­bles fle­xi­ble use of mo­du­les for image or pro­fi­le eva­lua­tion. The mo­du­lar soft­ware con­cept of wen­glor uni­Vi­sion 3 ena­bles pro­gram­ming via HAL­CON Scrip­ting in ad­di­tion to pa­ra­me­te­ri­za­tion. The ma­chi­ne vi­sion con­trol­ler in com­bi­na­tion with the ma­chi­ne vi­sion ca­me­ras of the BBVK se­ries thus of­fers a sca­la­ble and po­wer­ful so­lu­tion for com­mon image pro­ces­sing tasks.



Soft­ware Pac­ka­ges

The wen­glor uni­Vi­sion 3 ma­chi­ne vi­sion soft­ware of­fers three dif­fe­rent high-​performance soft­ware pac­ka­ges for use with ma­chi­ne vi­sion con­trol­lers. The scope of func­tions can be ex­pan­ded at any time with the help of license-​based up­gra­des.

The over­view shows the mo­du­les in­clu­ded in the re­spec­ti­ve li­cen­se pac­ka­ge in blue; mo­du­les that are not in­clu­ded in the li­cen­se pac­ka­ge are shown in gray.

Preprocessing

Image Calibration
Image Region
Image Manipulation
Image Filter
Image Locator
Image Pattern Match
Image Coordinate System

Processing

Image Threshold
Image Threshold HSV
Image Blob
Image Comparison
Image Measure
Image OCR
Deep OCR
Image ONNX
Image Code 1D
Image Code 2D
HALCON Script

Calculations

Spreadsheet
Counter
Match Code
Teach Numeric
Math
Logic
Numeric Comparison
Statistics

Interfaces

Device TCP
Device UDP
Device FTP
Device Industrial Ethernet
Device Robot Vision
Software module I/O icon blue
Device IO Unit

MVC Li­cen­se Up­gra­des

The mo­du­lar wen­glor uni­Vi­sion 3 soft­ware can be ex­pan­ded with the fol­lo­wing li­cen­se up­gra­de pac­ka­ges at any time.
Order num­ber Name Mo­du­les
DNNL023 Li­cen­se MVC uni­Vi­sion Ex­ten­ded Image Code 1D
Image Code 2D
Image Pat­tern Match
DNNL024 Li­cen­se MVC uni­Vi­sion Script Image Code 1D
Image Code 2D
Image Pat­tern Match
HAL­CON Script
DNNL025 Li­cen­se MVC uni­Vi­sion Ex­ten­ded to uni­Vi­sion Script HAL­CON Script
DNNL026 Li­cen­se MVC uni­Vi­sion Ro­bo­tics De­vi­ce Robot Vi­sion
De­vi­ce Robot Weld Seam Trac­king
DNNL032 Li­cen­se MVC uni­Vi­sion AI Image ONNX

wen­glor uni­Vi­sion 3 with 2D/3D Pro­fi­le Sen­sors and Ma­chi­ne Vi­sion Con­trol­lers

The po­wer­ful ma­chi­ne vi­sion con­trol­lers ena­ble the con­nec­tion of ma­chi­ne vi­sion ca­me­ras and 2D/3D pro­fi­le sen­sors. Up to 16 de­vi­ces can be ope­ra­ted si­mul­ta­neou­sly. De­pen­ding on the con­nec­ted hard­ware, uni­Vi­sion 3 soft­ware ena­bles fle­xi­ble use of mo­du­les for image or pro­fi­le eva­lua­tion. The mo­du­lar soft­ware con­cept of wen­glor uni­Vi­sion 3 ena­bles pro­gram­ming via HAL­CON Scrip­ting in ad­di­tion to pa­ra­me­te­ri­za­tion. The ma­chi­ne vi­sion con­trol­ler ena­bles the sim­ple and in­tui­ti­ve ap­pli­ca­tion so­lu­tion with 2D/3D pro­fi­le sen­sors from the MLSL, MLWL and MLZL se­ries.



Soft­ware Pac­ka­ges 2D/3D Pro­fi­le Sen­sors with MVC

The wen­glor uni­Vi­sion 3 ma­chi­ne vi­sion soft­ware of­fers three dif­fe­rent high-​performance soft­ware pac­ka­ges for use with ma­chi­ne vi­sion con­trol­lers. The scope of func­tions can be ex­pan­ded at any time with the help of license-​based up­gra­des.

The over­view shows the mo­du­les for pro­fi­le eva­lua­tion in­clu­ded in the re­spec­ti­ve li­cen­se pac­ka­ge in blue; mo­du­les that are not in­clu­ded in the li­cen­se pac­ka­ge are shown in gray.

预处理

轮廓区域
轮廓滤光片
轮廓图案匹配
轮廓定位
轮廓坐标系

处理

轮廓测量
软件模块 计算 图标 蓝色
轮廓计算
HALCON 脚本
焊缝导向软件模块图标 蓝色
轮廓焊缝引导装置

计算

表格计算
计数器
匹配码
示教数字
数学
逻辑
数字对比
统计

接口

TCP 设备
UDP 设备
FTP 设备
工业以太网设备
软件模块 输入/输出 图标 蓝色
设备输入端和输出端
机器人焊缝引导装置

MVC 许可证升级

使用下列许可证升级包可以随时扩展 wen­glor uni­Vi­sion 3 模块化软件。
订货号 名称 模块
DNNL023 MVC uni­Vi­sion Ex­ten­ded 许可证 图 – 1D 代码
图 – 2D 代码
图 – 图案匹配
DNNL024 MVC uni­Vi­sion Script 许可证 图 – 1D 代码
图 – 2D 代码
图 – 图案匹配
HAL­CON 脚本
DNNL025 MVC uni­Vi­sion Ex­ten­ded 至 uni­Vi­sion Script 的许可证 HAL­CON 脚本
DNNL026 MVC uni­Vi­sion Ro­bo­tics 许可证 机器人视觉设备
机器人焊缝引导装置

教程

教程可让您深入了解 wen­glor uni­Vi­sion 3 软件及其在不同图像处理产品上的操作。
联系方式
联系方式
产品系列
产品系列
应用领域
应用领域
Confronto dei prodotti
3/4
4/4
5/4
6/4
联系人 您有什么问题吗？