The EMMA series is designed for versatile logistics automation in various manufacturing environments. These robots excel in transporting small to medium-sized loads with high precision. They can be programmed to follow specific paths or dynamically adjust their routes based on real-time data. These robots are equipped with advanced navigation systems and robust safety features to ensure efficient and reliable operations.
EMMA robots are ideal for applications such as assembly line supply, parts delivery, and finished goods transport.
Depending on the model EMMA Robots can operate continuously for up to 8-14 hours on a single charge.
Models and Versions
The EMMA K and L series are both autonomous mobile robots designed for industrial logistics, but they have some distinct differences:
EMMA K Series:
1. Design and Maintenance:
– Features an internal modular design for quicker battery replacement, improving maintainability and reducing maintenance costs.
– Emphasizes easy maintenance and excellent scalability with an abundance of interface configurations to integrate new applications quickly.
2. Human-Machine Interaction:
– Equipped with a touch screen interface that is user-friendly and features real-time visualization of mapping and graphical programming.
3. Communication:
– Supports WiFi and 5G communication options, providing cost-effective configurations for various usage scenarios.
4. Body Configurations:
– Offers various body configurations, including lift-type and rotating lift-type vehicles.
5. Physical Specifications:
– Dimensions and weights vary slightly compared to the L series but generally have similar payload capacities
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EMMA L Series:
1. Chassis and Adaptability:
– Features a proprietary chassis suspension design for better ground adaptation, vehicle stability, reduced vibration, and improved passability.
2. Payload Range:
– Designed with a wide payload range from 400 kg to 1500 kg, suitable for various industrial logistics scenarios.
3. Application Scalability:
– Offers good application scalability with a range of standard and optional sensors, including 3D cameras and multiple safety sensors.
4. Ground Adaptation:
– Better suited for environments requiring high ground adaptation and stability due to its advanced chassis suspension.
Common Features:
– Both series utilize laser SLAM for navigation, complemented by IMU, QR codes, and reflector boards, achieving high positioning precision of up to ±2 mm.
– Safety features include front and rear lasers, 360° anti-collision edges, and optional 3D cameras for obstacle detection.
– Both have a runtime of approximately 8 hours and a full charging time of less than 1.5 hours.
– Both support two-wheel differential drive and have similar navigation and performance parameters.
These distinctions highlight that while both series are designed for flexible and efficient industrial logistics, the EMMA K series focuses more on easy maintenance and user-friendly interfaces, whereas the EMMA L series emphasizes ground adaptability, a wider payload range and customizability.
Charging Docks
Each EMMA model comes with dedicated workstations that facilitate seamless integration into existing workflows. The charging docks are designed for quick and efficient recharging, ensuring minimal downtime between operations.
CLOUDIA Robot Fleet Management System
Overview
CLOUDIA is an advanced fleet management system designed to optimize the deployment and operation of IPLUSMOBOT’s mobile robots. It provides real-time monitoring, task allocation, and performance analytics to ensure maximum efficiency.
Features
– Real-Time Monitoring: Tracks the status and location of each robot in real-time.
– Task Allocation: Dynamically assigns tasks based on robot availability and operational priorities.
– Performance Analytics: Provides insights into robot performance, helping to identify areas for improvement.