Dynamic illumination configurations—changing geometries, wavelengths or intensities – are ideal for flexible manufacturing systems.
Smart Happens Blog
Hidden Strobe
Hidden Strobe® The best thing you'll never see Patent-pending Hidden Strobe® provides the benefits of pulsing without the headaches. Reduce
Smart Vision Lights Products Recognized for Excellence in Machine Vision by Vision Systems Designs 2023 Innovators Awards Program
Two SVL products – DoAll Light and Dual OverDrive – have been recognized for excellence in machine vision by Vision Systems Design’s 2023 Innovators Awards program.
Hidden Strobe Provides Benefits of Strobing Without Annoying Flashes
Strobing is great for image capture, but can be uncomfortable to work around. HIdden strobe provides the benefits ot strobe without the visible flash.
Dual OverDrive: Novel Machine Vision Lighting Design Delivers 10X Brighter Light Pulses
Engineered to boost light output far beyond traditional overdrive light modes, Dual OverDrive combines standard OverDrive™ with new Deca OverDrive, providing up to 10x the amount of output as traditional continuous operation.
Dual OverDrive Boosts Light Output far Beyond Traditional Overdrive
Dual OverDrive boosts light output far beyond traditional overdrive light modes, providing up to 10x the amount of output as traditional continuous operation.
Smart Vision Lights Launches Lightgistics Machine Vision Lights for the Logistics Industry
Lightgistics series machine vision lights offer greater than 10x brighter light pulses than standard continuous mode.
Smart Vision Lights Introduces JWL150 External Light as Part of New Camera-to-Light Series
Powerful light in a small footprint – the JWL150 machine vision light delivers an intense, compact light source with integrated camera mount.
DoAll Light for Robotic Inspection Combines 6 Lights into One
The DoAll light for automated inspections combines 6 machine vision lights into one easy-to-use multifunctional product, offering almost infinite lighting combinations.
Linear Lights recognized among best in machine vision by Vision Systems Design’s 2021 Innovators Awards program
Our LTF and LMX75-UVC lights have been recognized for excellence in machine vision by Vision Systems Design’s 2021 Innovators Awards program.
Community is a Priority at SVL
Smart Vision Lights believes in giving back to our community, especially when it comes to the youngest and most vulnerable.
RFQ Option Within Smart Product Selector Improves Customer Experience
COVID-19 has upended how the machine vision industry does business. For this reason, Smart Vision Lights is investing in website
AIA Executive Roundtable Talks Changing Markets, New Opportunities Amid COVID-19
During a panel discussion of how COVID-19 is impacting the machine vision industry, luminaries including Smart Vision Lights (SVL) CEO
SVL Introduces New and Improved Website
Introducing Smart Vision Lights’ new website – now designed to make it easier than ever to quickly find the right
Smart Vision Lights’ COVID-19 Update
Dear Valued Smart Vision Lights Partner, Smart Vision Lights will continue to operate and support essential businesses during the State
Smart Vision Lights’ Steve Kinney Featured in Quality Magazine
Smart Vision Lights’ Steve Kinney has written an article that is featured in the current issue of Quality Magazine. In the article, Steve discusses where the Machine Vision system is and where it is going.
SVL’s Steve Kinney Introduces SWIR Imaging for IMVE Webcast Series
Steve Kinney, Smart Vision Lights’ Western Sales Manager, kicked off Imaging and Machine Vision Europe’s (IMVE’s) recent webinar series on
Smart Vision Lights Takes Automate 2019
Automate 2019, one of the biggest shows in our industry, was held April 8-11 at the McCormick Place in Chicago, IL.
Update: Smart Vision Lights’ New Facility
A few months back, we announced that we are constructing a new facility to better serve our customers and partners. With that, we wanted to share an update on our new building.
Phase Measuring Deflectometry for Machine Vision
Inspection of specularly reflective surfaces for shape and defects poses a well-known difficult challenge for machine vision systems. For example,