HaiStudy Webinar
Explore Success Stories and Best Practices Using HaiPick Climb
Ready to See HaiPick Climb in Action?
Join Hai Robotics for an exclusive behind-the-scenes look at how a leading e-commerce company tackled complex operational challenges—and came out on top. In this powerful webinar, we’ll walk you through the real-world implementation of HaiPick Climb, our innovative solution designed to transform warehouse performance from the ground up.
Discover why HaiPick Climb was their automation solution of choice, how it’s driving measurable gains in efficiency, and what it could do for your own operations.
Key Takeaways:
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Case Study Insights: Learn how the e-commerce leader overcame critical challenges and achieved significant operational improvements.
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Proven Efficiency Gains: Understand why HaiPick Climb was the automation solution of choice and how it drives measurable success.
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Expert Answers: Tailored responses to the most pressing questions, offering valuable guidance for your operations.
If you missed the live session or want to revisit the content, watch the full webinar here.
Speaker Introduction
Stefano Francavilla
Channel Empowerment Director EMEA
Stefano has nearly a decade of experience in the intralogistics automation industry, specializing in the technical sales of Goods-to-Person systems. Throughout his career, he has held various positions, including Solution Consultant and Head of System Integration, and currently serves as the Channel Empowerment Director EMEA at Hai Robotics.
Anastasia Melnic
Channel Marketeer EMEA
Anastasia is passionate about driving meaningful conversations around innovation and business solutions. As the host of the Webinar series, she is guiding dynamic discussions with industry leaders, helping participants explore the latest trends in warehouse automation and uncover practical solutions tailored to their business needs.
The HaiPick Climb system, powered by the HaiClimber robot, revolutionizes goods-to-person warehouse automation with advanced technology in a compact, efficient design. It's a simplified, high-performance evolution of traditional ASRS, eliminating costly complexity while delivering superior efficiency and scalability.