
If you're stuck copying and pasting work instructions for every product variant—left-hand vs. right-hand, Model A vs. Model B—you’re not alone. And you're definitely not scaling.
Join this webinar to see how manufacturing teams are saving hours of rework and reducing errors by using Templates and Variants in PICO. This powerful feature lets you create a single base instruction and quickly spin off precise, organized variants—without starting from scratch each time.
We’ll show you how to:
- Eliminate redundant editing and rework with smart instruction templates
- Reduce scrap caused by outdated or mismatched instructions
- Keep every build—from simple to complex—organized and easy to follow
- Empower operators with clear, variant-specific guidance without confusion
If you're working in a high-mix, low-volume environment, this is a must-attend session to bring order to your work instruction process—and get your evenings back.
Who Should Attend:
Manufacturing engineers, quality managers, and operations leaders who’ve already implemented digital traceability in manufacturing and want to explore what’s next with error-proofing and poka-yoke methods—including integration of digital tools, continuous improvement, and more connected operations.
About the speaker

Steve Wishau | Head of Product, PICO
Steve heads the product team - as a prior PICO user, he monitors the PICO platform roadmap so manufacturers have everything they need to run efficiently and scale effectively. With a wide range of experience covering aerospace, 3D printing, renewable energy, and medical device industries, Steve brings a full toolbox to the internal team and to Pico's customers. Born and raised in southeastern Wisconsin, Steve holds a B.S. Engineering Mechanics and Aerospace Engineering from the University of Wisconsin-Madison.
Watch: How Real Manufacturers Use Templates & Variants
Hear from customers to learn the various ways they've streamlined their operations and simplified work instruction management using PICO's templates & variants feature for their high-mix assembly workflows.