As discussed in “Rediscovering Automated Builder“ in March, I’m working to build a comprehensive Automated Builder archive website. As a lifelong fan, I’ve come to realize that we need to recapture this great legacy before it’s lost to the digital age. While I am a long way from having a live website, I am working behind the scenes to organize and rebuild as many past issues of Automated Builder as possible. The goal is not simply to preserve old magazines. It is to preserve the history, ingenuity, and problem-solving spirit that helped build the component manufacturing industry we know today.
One of the unexpected rewards of this project has been rediscovering companies whose innovations have quietly stood the test of time. Some names have disappeared from the industry. Others have been absorbed into larger organizations. A few remain as relevant today as they were decades ago.
The Hain Company falls squarely into that last category.
While reviewing a March 2001 issue of Automated Builder, I came across this profile of Leonard Hain and his company. What struck me was not the age of the article but how current it still felt.
The challenges manufacturers faced then are remarkably similar to the challenges they face today: labor shortages, production bottlenecks, quality control, efficiency improvements, and the constant need to do more with fewer resources.
Leonard Hain understood those challenges long before they became industry buzzwords.
Throughout his career, Hain has focused on identifying repetitive tasks that slowed production and finding practical ways to perform them faster, safer, and more accurately. His approach is not based on complicated theories or expensive technology, but on observing how component plants actually work and then designing equipment that solves real-world problems. That philosophy helped create a line of machines that many manufacturers use today.
The Hain System Framer (see page 45) is perhaps one of the most familiar examples. For decades, it has helped wall panel manufacturers improve production speed while maintaining consistency and accuracy. The concept is straightforward, but its impact has been significant. By creating a more efficient framing process, manufacturers can increase throughput without sacrificing quality.
The same can be said for the Hain Measuring System (see page 155). Every component manufacturer understands that accuracy matters. A small measurement error can create costly downstream problems. How many of us have experienced “block creep” when using a radial arm or chop saw and a clamp on a block? Over multiple cuts, the block will creep, making the batch of cuts uneven. The Hain Measuring System helps reduce those errors while speeding up production, proving once again that efficiency and quality do not have to be competing goals.
More recent innovations such as the Hain Sub Component Nailer (see page 17) and the Hain Stud Driller (see page 63) demonstrate that the company has never stopped looking for opportunities to improve manufacturing processes. Each machine addresses a specific production challenge. Each reflects the same mindset that guided Leonard Hain from the beginning: identify wasted motion, reduce unnecessary labor, and help manufacturers produce more with the workforce available to them.
What makes these machines especially noteworthy is their longevity. In an era when technology changes almost overnight, many manufacturing innovations have a surprisingly short lifespan. Equipment is introduced with great excitement, only to disappear a few years later. The Hain products highlighted in that article remain relevant because they solve fundamental production problems that have not changed.
I’ll be writing about other things in the pages of Automated Builder from time to time. If you have issues of Automated Builder, Automation in Housing and Systems Builder News, or any of Don Carlson’s stand-alone publications, like How and Why to Build a Factory Built Home or any edition of the Dictionary/Encyclopedia of Systems Built Housing, please contact me.