• Understanding PC-DIMIS

    10/07/2020 at 18:32 0 comments

    Coordinate measuring machines boast the unique ability to accurately and precisely measure the geometry of an object. Thanks to advanced software developed and updated by leaders in the metrology industry, these measurements are easy to conduct, store, report, and interpret.

    The most universally used and respected CMM software is PC-DIMIS, a program that makes dimensional measurement data easy to maintain and access organization-wide. 

    There is much value that comes with being familiar with the latest CMM software, and PC-DIMIS is continually evolving to capitalize on the modern capabilities of coordinate measuring machines. Learn everything you need to know about the world’s leading dimensional measurement software and how you can integrate it into your manufacturing operations to improve CMM data collection and reporting.

    What is PC-DIMIS?

    PC-DIMIS is a dimensional measurement program from Hexagon Manufacturing Intelligence that stands for Personal Computer-Dimensional Measurement Interface Specification.

    The revolutionary program was developed in 1990 by Wilcox and Associates (now Hexagon) to collect, evaluate, manage, and present manufacturing data obtained by coordinate measuring machines. It has over 30,000 seats in place across the world.

    Upon its inception, PC-DIMIS was the first CMM software to use CAD models to inspect parts, link CAD systems with measurement software, digitally stimulate measurements, and align complex and contoured parts. The software even implemented a set of sheet metal measurement routines to help streamline processes in the automotive industry.

    The Three Configurations

    There are currently three basic configurations available of PC-DIMIS. These configurations are:

    1. PC-DMIS Pro, (the baseline package) 
    2. PC-DIMIS CAD (for inspection programs and evaluating measurement results)
    3. PC-DIMIS CAD++ (enhanced CAD capabilities). 

    These programs are all available with optional modules so that businesses can personalize the software based on their unique needs. There is PC-DIMIS software available for portable coordinate measuring machines, laser trackers, and CMM touch interface. 

    Benefits of PC-DIMIS

    PC-DIMIS offers a full suite of benefits for manufacturers and CMM operators:

    • Increased Productivity: Using the PC-DIMIS software allows you to maximize your capabilities by automating measurements and related manufacturing processes so that you can increase productivity and production outcomes. 
    • Accuracy: PC-DIMIS accurately calculates an object’s geometry to help improve tool accuracy and reduce production line mistakes often caused by human error.  
    • Innovation: There are ample benefits that come with innovation. The PC-DIMIS software allows you to innovate your processes by using the program’s accuracy, automation capabilities, and data reporting to take your production to the next level. 

    Updated PC-DIMIS

    As of right now, the most recent iteration of PC-DIMIS is PC-DMIS 2019 R1, which Hexagon’s Manufacturing Intelligence division launched in June 2019. This version boasts a new GD&T section, a Capture tool, and more. 

    Ken Woodbine, Product Line Manager for Metrology Software at Hexagon Manufacturing Intelligence, shared in a statement that “PC-DMIS 2019 R1 continues the trend towards optimizing each of the three primary metrology tasks of measurement creation.”

    Reap the Benefits of PC-DIMIS Training

    Companies around the globe use PC-DIMIS. The software is updated almost yearly with advanced features to ensure CMM operators around the world can operate machinery seamlessly and measure products as accurately and conveniently as possible.

    To stay in the know about PC-DIMIS and up to date with its new features and iterations, you can get PC-DIMIS training from CMM experts. 

    This training is great for new team members, as part of onboarding, and to brush up on your software knowledge. With...

    Read more »

  • 5 After School Ideas That Will Inspire Your Child

    09/17/2020 at 17:48 1 comment

    Kids have a voracious appetite for knowledge when they’re young. They’re full of energy, full of curiosity, and constantly want to do new things. You just have to find that thing that really sparks their interest.

    There are dozens of different kinds of after school classes, lessons, and activities you can sign up your kids for. These are just a few ideas to get you started.

    1) Coding Courses

    Kids can learn to code! Parents might be surprised by that, but you can sign up for coding school for kids and give them a head start learning a valuable new skill. Coding is quickly becoming an essential skill and one that may define the workforce that today’s kids graduate into.

    Online coding classes for kids can start at a relatively young age, even before middle school. Look for courses that teach programming languages used by professional developers in the industry. Kids also benefit from smaller class sizes. A great way for kids to learn how to code is through building video games.

    2) Language School

    For many kids, after school language classes put them in touch with their own culture and heritage. Parents use after school language classes to make sure their kids know how to speak the same language they grew up with, and that they don’t lose that essential part of their identity, family, and community.

    For others, after school language classes are about broadening their horizons. Kids are naturally apt at learning new languages, so there’s never a better time for them to pick one up. Learning a foreign language will open up opportunities for them around the world, whatever they want to do. The most popular languages taught to kids include:

    • Spanish
    • French
    • Mandarin Chinese
    • Italian
    • German

    3) Music Lessons

    Music lessons are a perennial favorite for parents who want their kids to learn something outside of school. There has been a lot of research done on the effects of music lessons on childhood development. When kids learn how to play an instrument, it can promote their intelligence, help their self-confidence, and improve their concentration and cognitive abilities.

    4) Sports

    Team sports are the perfect way to get your kids physically active, but exercise is only one of the benefits of playing sports after school. Sports help kids learn about teamwork, improve their socialization skills, and learn life skills like sportsmanship.

    5) Art Classes

    There’s no end to the different art classes you can sign kids up for. With a bit of searching, you’re likely to find classes available for a wide range of pursuits, such as:

    • Painting
    • Drawing
    • Photography
    • Sculpture
    • And more.

    The visual arts can quickly become a career path or a hobby. Creative hobbies are major stress relievers, and they can give people a sense of satisfaction and development when things are busy and hectic. They can also impart useful skills that can be used in the workplace. When kids learn something creative, they’re learning something that can give them meaning and happiness for the rest of their lives.

    There’s a big world waiting out there for your kids. If you’re looking for something they can do after school, let your kids try different things and see what interests them.

  • UX Design is Changing How We Interact with Technology

    09/17/2020 at 17:42 0 comments

    If you want to find the cutting edge of new tech development, the best place to look is usually going to be user experience (UX). From building ever-more sophisticated microchips to creating seamless, intuitive app design, making devices that are easier to use and can do more is at the heart of just about every recent breakthrough. 

    As the interface between humans and computers, improvements in UX can have a profound impact on how we interact with technology. So, if you want to understand the future of smartphones, laptops, and smartwatches, understanding the role that UX plays in driving innovation is essential.  

    UX is at the Centre of New Tech Development

    For decades, user-centred design has been the bedrock philosophy of the tech industry. Making it easier for users to access and use the information and tools they need has been a central feature of software developments from Windows 95 to the latest dating app. And more than anything else this involves a close attention to UX design. 

    But good UX design isn’t always easy, and often requires designers to make difficult choices about what to prioritize. For example, there are at least 6 UX mistakes to avoid if you want to develop an app that will keep users coming back, from obvious ones like overloading it with features to more subtle issues like copying the UX from your competitor.

    Innovation comes from designers who are able to find creative solutions to these often-contradictory consumer demands. Just as the touch screen made it possible to create the efficient, multi-purpose smartphones we use every day, so, too, are new breakthroughs being driven by attempts to reconcile seemingly impossible requirements.   

    The New Frontiers of UX 

    It’s one thing to design an application so it is intuitive and easy to use. But the latest breakthroughs in UX design are about moving beyond the current touch-based approach to UX pioneered by the iPhone in 2007, and toward new frontiers of UX based around movement and voice. 

    Amazon’s Alexa and Apple’s Siri are both examples of devices that embrace a completely new type of UX by making it possible for users to interact with their devices via voice input. While we might not immediately think of voice as being a matter of UX, it is simply the next logical step in the evolution toward more seamless engagement with technology. 

    Voice has already become a standard part of the UX of many screen devices, and is revolutionizing how people engage with tech while driving, for example. 

    But the next frontier might well be touchless gesture control technology being developed by Google’s Project Soli, a new radar-based technology that reads human gestures as commands. While still in its early stages of development, UX based around touchless gesture control will revolutionize how we play our favorite games, send emails, and interact with the devices we rely on every day. 

    However far our technology develops, one thing remains true: at the heart of every new breakthrough there is a tangible human need — to process information, communicate, create, and connect. Whether in the context of mobile apps or voiceless technology, good UX design is ultimately about making our interactions with technology more seamless, convenient, and natural.