Blog & Company News

MODAPTS® 2023 Training Conference

MODAPTS® 2023 Training Conference

Ed Eisbrenner, founder of Eisbrenner Productivity Group, traveled to sunny Florida to instruct and enjoy the International MODAPTS® Association’s MODAPTS® 2023 Training Conference. The Practitioner Training Class was well-attended, as was the rest of the conference....

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MODAPTS® Class at FMC in Reynosa, MX

MODAPTS® Class at FMC in Reynosa, MX

Ed Eisbrenner of Eisbrenner Productivity Group traveled to FMC in Reynosa, MX on September 17, 2020 for a MODAPTS® Training and Certification class. EPG provides On-Site MODAPTS® Training and Certification to companies who would like employees to become MODAPTS®...

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Onsite MODAPTS® Certification

Ed Eisbrenner travels the world to help companies implement MODAPTS® as a means to improve productivity, ergonomics, and more with ease.

Online MODAPTS® Certification

This comprehensive course is designed as a 28-hour class that includes 5 modules. The course includes interactive exercises and video examples designed to introduce you to the principles and rules of the MODAPTS® system.

Online MODAPTS® Certification

Ed Eisbrenner is hosting several three-day MODAPTS® Certification courses. Is there one near you? You may also use this page to inquire about hosting your own MODAPTS® Certification event.

FREE Consultation

Are you interested in a MODAPTS® Certification or understanding how MODAPTS® could help your organization? Schedule a FREE consultation with Ed Eisbrenner to see which MODAPTS® course is right for you or your employees.

What Industries Use MODAPTS®?

There are many industries that benefit from the implementation of MODAPTS®.

MODAPTS® and Lean Six Sigma to Increase Employee Productivity

While MODAPTS® may not have the common popularity of Lean Six Sigma, interest continues to grow. This is because more companies are using MODAPTS® as part of their Six Sigma initiatives. As a tool to improve ergonomics in the workplace, MODAPTS® identifies ways to make work more efficient by identifying non valued added movements in the assembly process.