Activities in 2016

Summary: developed a LabVIEW-based measuring instrument for magnesium quality testing, with 22-micron accuracy and database integration. Provided technical support for DSL home gateway EOL testers using TestStand. Enhanced skin clinical study software with new features. Created fuse block inspection benches for trucks, utilizing LabVIEW Vision.

In 2016, our team dedicated itself to a suite of key projects that showcased our commitment to precision, innovation, and technical excellence. We developed a LabVIEW and Vision-based measuring instrument for magnesium quality testing in Mexico, achieving an impressive 22-micron accuracy. In Brazil, we provided crucial technical support for DSL home gateway functional testers, enhancing end-of-line efficiency.

Our ongoing project since 2010 saw the addition of new features to our skin clinical study software in France, further refining our analysis capabilities. Additionally, we engineered specialized fuse block inspection benches for Freightliner trucks in Mexico, setting a new standard for quality control in the automotive industry. Each initiative reflects our dedication to advancing technology and delivering solutions that meet the highest standards of quality and reliability.:

• Metallurgy - Measuring instrument for quality test of the magnesium (Peñoles): hardware and software development of a measuring instrument used in the laboratory for magnesium extraction. The instrument identifies the impurity particles present in a beaker and shows the distribution of these particles by size. The accuracy is 22 microns. The software generates reports and stores measurements in a database. 
• Technique: LabVIEW and Vision
• Location: Mexico
• Consumer Electronics and Telecommunications - functional testers for DSL home gateway (Sagemcom, Jabil): technical support on the end of line testers (EOL). 
• Technique: TestStand and LabWindows/CVI
• Location: Manaus, Brazil
• Life Sciences and Healthcare Technology - measuring software for clinical study of the skin: it is a software initiated in 2010 for which we regularly add tools and features. This year it was the turn of the new features (new analysis report format, optimization ...). 
• Technique: LabVIEW
• Location: France
• Automotive Manufacturing - fuse block inspection bench for truck (Freightliner): development of two test benches for a new truck model. The tester obtains the list of components and their location from the database, then displays the fuse block map so that the operator can insert them into the block. Subsequently, a vision test is conducted to validate that all fuses and relays are properly inserted in the correct place.
• Technique: LabVIEW Vision
• Location: Mexico

Find out how AJOLLY Testing can add value to your projects: www.a-jolly.com

Activities in 2008

Summary: At AJOLLY testing, we’ve crafted a generic software architecture and associated training to boost factory efficiency. Integrating LabVIEW and LabWindows/CVI into TestStand, we’ve enabled database communications now deployed in multiple plants. Our expertise spans C, LabWindows/CVI, LabVIEW, and Measurement Studio C#. Additionally, we’ve created a comprehensive 350-point test bench for evaluating the aging of electronic components, showcasing our dedication to advancing professional electronic testing solutions.

In 2008, AJOLLY Testing marked significant milestones in the innovation of testing and measurement processes. Our projects encompassed the creation of a generic software architecture and the associated training, enhancing the efficiency of production facilities. Furthermore, we developed an advanced testing rig for the durability assessment of electronic components. These initiatives, utilizing cutting-edge technologies such as LabVIEW and GPIB, underscore our unwavering commitment to excellence and our substantial impact on advancing the industry.

• Consumer Electronics and Telecommunications - Analysis, Development, and Training on a Generic Software Architecture Based on TestStand:
• We have established development guidelines to integrate LabVIEW and LabWindows/CVI components into the TestStand architecture and specified communications with the database. The results of this study are now utilized in various production plants.
• The techniques involved include the C language, LabWindows/CVI, LabVIEW, and Measurement Studio C#.
• Consumer Electronics and Telecommunications - Development of a Test Bench for Measuring the Aging of Electronic Boards and Their Components:
• This test bench conducts 350 measurement points, ranging from one minute to several months, to assess the aging of electronic components.
• The technologies employed for this project are LabVIEW, GPIB, megohmmeter, Pickering chassis, and a switching matrix.

Find out how AJOLLY Testing can add value to your projects: www.a-jolly.com