Redu­cing Risk With Visi­on-Gui­ded Laser Wel­ding

InvotecMachine Vision Systems, Micro Laser Processing, News, Precision Joining

Visi­on-gui­ded laser wel­ding is a tech­ni­que that com­bi­nes auto­ma­ted inspec­tion with tra­di­tio­nal laser wel­ding to incre­a­se weld qua­li­ty, impro­ve con­sis­ten­cy, and redu­ce scrap. Visi­on gui­d­ance is used in situa­tions whe­re the com­bi­na­ti­on of tole­ran­ce stack-ups, beam dia­me­ter, and fea­ture size would cau­se incon­sis­tent welds. This typi­cal­ly occurs in manu­fac­tu­ring envi­ron­ments for medi­cal devices, auto­mo­ti­ve sen­sors, and other intri­ca­te pro­ducts that requi­re flaw­less con­sis­ten­cy des­pi­te tight tole­ran­ces, repe­ti­ti­ve pro­duc­tions, and com­pli­ca­ted assem­bly pro­ces­ses. Visi­on-gui­ded laser wel­ding works best in app­li­ca­ti­ons whe­re … Read More

Machi­ne Visi­on and Part Forming

InvotecCase Study, Controls Engineering, Machine Vision Systems, Mechanical Assembly Systems

Bildverarbeitungssystem

Over­view Design and Build a sys­tem to auto­ma­ti­cal­ly inspect and cor­rect spe­ci­fied dimen­sio­nal cri­te­ria on a pre­cise metal com­po­nent used in a medi­cal device. Auto­ma­ti­cal­ly bend to form and modi­fy the com­po­nent until it is veri­fied to be in com­pli­an­ce with the dimen­sio­nal spe­ci­fi­ca­ti­ons. Pro­blems We Sol­ve  Our cus­to­mer was in need of a method to dyna­mi­cal­ly inspect and cor­rect spe­ci­fied dimen­sio­nal cri­te­ria on a pre­cise metal com­po­nent used in a medi­cal device. Ide­al­ly this pro­cess would be able to … Read More