Top 10 Alternatives to Voodoo Robotics Wireless Pick-to-Light Recently Reviewed By G2 Community
AI can help you find the answers. G2 helps you trust them.
Connect G2 to Claude or ChatGPT for answers grounded in G2's trusted reviews, comparisons, and pricing from real user insights.
How it works
Lead the shift with warehouse management, which empowers you to deliver consistently high service at a low cost. Drive change with real-time transaction processing, optimized storage and selection strategies, optimal warehouse tasking and integrated labor and workforce management all delivered on a modern UI and leveraging the power of the digital platform to extend capabilities enable customer specific use cases.
Dexory captures real-time insights of warehouse operations using fully autonomous robots and Artificial Intelligence.
Our WES seamlessly synchronizes and manages diverse automation processes within your warehouse or distribution center. With a comprehensive library of automated solutions—ranging from robotics and sortation to printing applications and industrial control systems—our platform is tailored to optimize every aspect of workflow.
The Skypod System is a retail order picking solution. It offers the best performance on the market while remaining flexible and adaptable to the customer’s needs. What makes it special? The system sizing takes into account storage requirements and flows independently. This allows extreme adaptability to your specifications and allows subsequent phasing as needs evolve.
KiSoft WMS is a warehouse management system that controls and organises all processes, from goods-in to goods-out, making light work of the enormous demands posed by unequal workloads within the warehouse. KiSoft WMS includes multi-customer, multi-warehouse and multi-language features.
Movu Robotics is a provider of innovative warehouse automation solutions designed to streamline storage, transport, and order fulfillment processes. Their comprehensive portfolio includes advanced technologies such as the Movu atlas pallet shuttle for high-density storage, the Movu ifollow autonomous mobile robot for internal transport, the Movu escala 3D bin storage and retrieval system, and the Movu eligo robotic picking arm. These modular and scalable systems are engineered to integrate seamlessly into existing warehouse infrastructures, enhancing operational efficiency and adaptability. Key Features and Functionality: - Movu atlas: A high-density, multi-pallet Automated Storage and Retrieval System (AS/RS) that eliminates the need for lift truck aisles and manual handling, offering modular design for easy integration and scalability. - Movu ifollow: An autonomous mobile robot (AMR) capable of operating in temperatures ranging from -13°F to +106°F, with a low profile of 6.7 inches and a load capacity of up to 2,645 lbs, designed for collaborative picking and pallet transport without requiring new infrastructure. - Movu escala: A flexible 3D AS/RS for efficient tote handling, capable of storing containers up to six deep, featuring 24/7 on-the-fly charging, and handling bins measuring 650x450 mm, suitable for goods-to-person picking from bins. - Movu eligo: An intelligent robotic picking arm that achieves over 99% pick accuracy, handling items weighing up to 4.5 lbs and measuring between 0.4 to 11.8 inches, capable of picking 600 items per hour and operating continuously to streamline order fulfillment processes. Primary Value and Solutions Provided: Movu Robotics addresses critical challenges in warehouse operations, such as labor shortages and the need for increased efficiency, by offering automation solutions that are easy to implement and scale. Their systems are designed to adapt to various warehouse layouts and processes, ensuring that businesses of all sizes can benefit from automation without extensive infrastructure changes. By integrating advanced robotics and intelligent software, Movu Robotics enhances productivity, accuracy, and flexibility in warehouse management, ultimately leading to a strong return on investment for their users.