DS AUTOMOTION LUCY Alternatives & Competitors

DK Automation's Sally is a flexible mini AGV designed for small loads, offering exceptional versatility and reliability in industrial automation. Despite its compact size, Sally boasts a range of standout features and capabilities that make it a valuable asset in various applications.

As DK Automation's smallest AGV, Sally is highly maneuverable and can be used in tight spaces, including both industrial and public sectors. Its space-saving design allows it to navigate efficiently and seamlessly in diverse environments. Whether it's transporting work materials in small load carrier boxes or serving as a courier attachment for last-mile deliveries in hospitals, Sally reliably delivers goods to their destinations.

With a maximum load capacity of up to 100 kilograms (220 pounds), Sally is specifically designed for smaller loads, making it suitable for interactions between humans and machines. It is equipped with ARCOS vehicle software, enabling autonomous decision-making in defined parts of its course and obstacle detection. This feature ensures the safety of people, transported goods, and the surrounding environment, providing optimal protection throughout its operations.

In healthcare settings, Sally excels in last-mile delivery and sterile goods transportation. Its compact and sterile design makes it particularly well-suited for the healthcare sector, where it can efficiently transport sterile goods and act as a supplier directly on hospital wards. Equipped with 3D cameras, laser scanners, and the ARCOS vehicle software, Sally can make independent decisions, avoiding obstacles and ensuring the safety of patients and staff.

Sally's robust welded steel construction makes it ideal for industrial environments, ensuring durability and reliability. It can withstand the demands of rigorous operations while maintaining performance and precision. Additionally, Sally's compact size allows it to operate seamlessly in public areas, making it a perfect choice for last-mile transports in various settings.

To enhance safety and operational efficiency, Sally is equipped with TOF (Time-of-Flight) cameras and laser scanners in the direction of travel, as well as light signals and voice output. These features enable seamless navigation, obstacle detection, and clear communication during operations.

While specific details about Sally's tolerance for extreme temperatures or compatibility with specific software systems are not provided, it is advisable to contact DK Automation directly for the most up-to-date and accurate information on Sally's unique specifications and specialized capabilities in terms of temperature tolerance and software integration.

The STILL AXH 10 is a robust and versatile solution designed for dynamic mixed transport in industrial automation. It offers a range of standout features and capabilities that make it an excellent choice for various applications. One of its key strengths is its ability to ensure safe load transport, including flexible loading, thanks to position detection via a camera system. This feature enables precise and reliable placement of loads, enhancing overall operational efficiency.

Efficiency in long-distance transport is another standout feature of the AXH 10. Equipped with obstacle circumnavigation capabilities, this mobile robot can navigate around obstacles, ensuring smooth and uninterrupted transportation over extended distances. This capability reduces the need for manual intervention and optimizes the overall transport process.

The AXH 10 provides smart commissioning tools that cater to individual hall layouts. This flexibility allows for seamless integration into diverse industrial environments. The system can adapt to specific layouts, ensuring a customized and efficient automation solution. This level of adaptability is particularly valuable when implementing the AXH 10 in existing facilities or unique setups.

The AXH 10 is classified as an Autonomous Mobile Robot (AMR), which further enhances its capabilities. AMRs are designed to operate independently, without the need for external guidance or fixed infrastructure. This autonomy enables the AXH 10 to navigate and perform tasks efficiently, contributing to increased productivity and flexibility in industrial automation scenarios.

In terms of specifications, the AXH 10 offers a range of features that make it a unique option for industrial automation. It is capable of handling a capacity of 1 ton, providing ample capability for transporting various loads. The AXH 10 achieves a maximum speed of 2.2 m/s, ensuring swift and efficient transport operations. With a minimum 90° pick and drop time of 45 seconds, it offers efficient load handling.

During loading, the surrounding area can be adjusted by the AXH 10, allowing for deviation of load placement by +/- 30 cm. This adaptability ensures precise loading operations, accommodating specific requirements and improving overall safety. Additionally, the AXH 10 requires a minimum working aisle width (Ast) of 2.8 m for 90° loading, providing the necessary space for maneuverability and seamless integration into existing layouts.

These specialized features and specifications make the STILL AXH 10 an exceptional option for industrial automation. Its robustness, flexible loading capabilities, obstacle circumnavigation, and smart commissioning tools set it apart. With its AMR classification and capacity for long-distance transport, the AXH 10 offers a comprehensive solution for flexible load handling with trolleys and pallet transport. Its adaptability, speed, and precision make it an ideal choice for optimizing material handling processes in diverse industrial settings.

The STILL Automated Guided Cart (ACH) is a cutting-edge solution designed for industrial automation, offering a range of standout features and capabilities. One of its key strengths is its ability to achieve high throughput while requiring minimal space. This makes it an ideal choice for applications where space optimization is crucial. The ACH's compact design is made possible by its on-the-spot carrier rotation feature, which allows it to maneuver efficiently in tight spaces, ensuring maximum utilization of available area.

One of the notable advantages of the ACH is its seamless integration into new and optimized process landscapes. Whether it's integrating into existing systems or being implemented in areas specifically designed for the ACH, this automation solution offers ease of integration and adaptability. It can seamlessly fit into various industrial environments and workflows, providing a flexible and efficient solution for load handling with platforms, tables, and pallet transport.


The ACH excels in its ability to transport different carriers in tight spaces, making it a versatile option for a wide range of applications. Whether it's moving platforms, tables, or pallets, the ACH provides the flexibility needed to transport various loads efficiently, even in confined areas. This capability allows for efficient and streamlined material handling processes in industrial settings.

During the commissioning process, the ACH utilizes QR code technology, simplifying and expediting the setup and configuration. This technology streamlines the commissioning process, enabling quick and accurate identification and programming of the ACH. Additionally, the ACH utilizes precise QR code navigation for navigation purposes. This ensures accurate and reliable guidance throughout the facility, further enhancing its efficiency and performance.

In terms of specifications, the ACH is designed for short to medium transport distances. It is capable of handling different capacities, with options for 0.6 t, 1 t, and 1.5 t. The ACH achieves impressive speeds ranging from 1.2 to 2.0 m/s, ensuring swift and efficient transport operations. When it comes to pick and drop times at 90° angles, the ACH boasts minimum times of 35 seconds, contributing to its overall productivity.

During the loading process, the ACH requires a specifically defined surrounding area, which is determined during the commissioning phase. This attention to detail ensures safe and efficient loading operations. Furthermore, the ACH requires a minimum working aisle width (Ast) of 1.4 m for 90° loading, providing the necessary space for smooth maneuverability and seamless integration into existing layouts.

These specialized specifications and features make the STILL ACH a unique option for industrial automation. Its compact size, high throughput, flexible load handling, and easy integration capabilities make it an ideal choice for optimizing material handling processes in industrial environments. Whether it's transporting various carriers in tight spaces or navigating with precision using QR code technology, the ACH offers a reliable and efficient solution for industrial automation needs.

DK Automation's OSCAR is an advanced platform vehicle designed for industrial automation, offering a range of standout features and capabilities. With its compact design and exceptional maneuverability, OSCAR stands out as a highly efficient solution for transportation and logistics within confined spaces.

One of OSCAR's key strengths is its ability to navigate in tight spaces with ease. Thanks to its proven drive technology and servo drives, OSCAR can smoothly maneuver even in the most challenging station conditions. Whether it needs to rotate at a standstill or move seamlessly throughout a facility, OSCAR's agility and positioning accuracy are impressive.

When it comes to performance, OSCAR delivers exceptional results. It can achieve forward and reverse travel at the same speed, thanks to its differential drive system. With a maximum speed of 1.6 meters per second (5 feet per second), OSCAR can swiftly transport goods and materials while maintaining precise control. This high driving flexibility allows for efficient and time-sensitive operations.

OSCAR's robust construction is another notable feature. Built with sturdy steel, it boasts a high load capacity of up to 1,000 kilograms (2,200 pounds). This makes OSCAR a reliable and versatile transport specialist, capable of handling various types of cargo, including undercarriages, racks, boxes, and roll carts. Its automatic load change feature, facilitated by the integrated lift drive, further enhances its efficiency and usability.

In terms of design, OSCAR stands out for its low profile. With a height of just 260 millimeters (10 inches) or 295 millimeters (11.5 inches), OSCAR is exceptionally compact, enabling it to navigate through tight spaces and low-clearance areas with ease. This attribute makes it suitable for a wide range of applications, including undercarriage transports and other scenarios where space is limited.

Additionally, OSCAR's specialized specifications contribute to its uniqueness in the realm of industrial automation. It exhibits a remarkable tolerance for extreme temperatures, allowing it to operate reliably in environments with challenging thermal conditions. This makes OSCAR a suitable choice for industries where temperature variations are a concern, such as cold storage facilities or manufacturing plants with extreme heat conditions.

Moreover, OSCAR is compatible with a wide range of software systems, enhancing its integration capabilities with existing automation infrastructure. Whether it's connecting with warehouse management systems, manufacturing execution systems, or other specialized software solutions, OSCAR can seamlessly communicate and synchronize its operations with the broader automation ecosystem.

Stäubli's PF3 AGV platform is a premium automated guided vehicle solution that offers outstanding performance, making it suitable for a variety of industrial applications. One of its standout features is its ultra-compact design, which allows it to carry and lift payloads of up to 3 tons with high positioning precision (+/-5 mm). Additionally, its low profile and advanced safety features make it an ideal option for future-proof production and smart workflow.

The PF3 AGV platform is easy to integrate into existing production lines, thanks to its electrical and mechanical interfaces for third-party add-ons and standard software interfaces. Its advanced safety features include a human safety scanner, five emergency stop buttons, status communication with an LED strip, and collision avoidance technology. This makes it a safe and reliable solution for industrial automation.

Stäubli has used industrial-proof components in the construction of the PF3, including a unique drive unit and secured supply chain, which makes it built to last. The platform is also designed for easy maintenance, with side access to components and quick change of critical parts in just a few minutes.

Another unique feature of the PF3 AGV platform is its long-lasting design, which has up to 7,000 recharging cycles, super-fast charging up to 80A, and very robust and reliable technology.

Stäubli offers a range of add-ons and accessories for the PF3 AGV platform, including lift units with stroke +100mm, EU and US pallet adaptors, tables, and pallet stations. The PF3 is suitable for a range of industrial applications, including industrial intralogistics, assembly lines, and pallet transport. It performs tasks with subcentimeter position precision, making it a cost-effective, reliable, and flexible solution for manufacturing processes.

Movu Robotics' escala is a highly versatile and efficient robotic fulfillment system designed for industrial automation. It stands out for its scalability, with a low entry cost of less than $0.5 million, making it an accessible solution for businesses seeking warehouse automation. One of its key features is the ability to handle a broad range of products without the need for lifts, conveyors, or sequencers, ensuring a low total cost of ownership. Additionally, it can seamlessly integrate with existing industry-standard bins, minimizing disruptions in workflow and eliminating single points of failure.

escala's flexibility is a notable advantage, as it operates on a ramp system, allowing for rapid movement in three dimensions, saving space and maximizing speed. The system is easy to scale up by adding more ramps and robots as needed, making it ideal for businesses looking to expand quickly. It can adapt to various storage configurations, including up to 6-deep storage areas, providing access to all parts of the warehouse efficiently.

Efficiency and productivity are paramount with escala. It features state-of-the-art energy storage technology that enables on-the-fly recharging, eliminating downtime and ensuring 24/7 operational time. This boosts productivity by enabling consistent 100% performance. escala's affordability is also noteworthy, offering businesses a cost-effective initial setup and low total cost of ownership, thanks to rapid deployment and pre-built robots.

The SAFELOG AGV S3, succeeding the AGV S2, offers compact agility and diverse applications in industrial automation. Its compact dimensions enable a tight turning radius of less than 90 cm, making it ideal for maneuvering in confined spaces. Standing at a height of 220 mm, this mobile transport robot can easily navigate beneath standard trolleys and trailers, attaching them using snap latches. The S3's towing capacity reaches 500 kg, facilitated by an automatic electric lifting bolt for efficient load handling.

For transporting top loads, the AGV S3 accommodates up to 150 kg through adaptable structures featuring loading and unloading technology. A laser scanner positioned for travel direction maintains safety by defining warning and safety zones, ensuring obstacle detection and prompting appropriate actions. Communication among AGVs and peripheral systems occurs via WLAN or mobile phone networks. Utilizing the agent-based control software, IntelliAgent, the AGV models demonstrate swarm intelligence, obviating the need for a centralized control center and enhancing their autonomous functionality.

The Wellwit Robotics W500SL Under Ride Lifting AGV is a highly advanced autonomous guided vehicle designed for material handling applications in manufacturing and logistics industries. This AGV features the latest LiDAR SLAM navigation technology, which enables the vehicle to navigate and operate autonomously in complex environments. This technology uses lasers to map and create a 3D image of the AGV's surroundings, allowing it to avoid obstacles and navigate through tight spaces with ease. The LiDAR SLAM navigation system also allows for real-time localization and mapping, ensuring the AGV can quickly adapt to changes in its environment.

One of the key features of the Wellwit Robotics W500SL Under Ride Lifting AGV is its impressive 500 kg payload capacity. This makes it an ideal solution for material handling tasks that require heavy lifting and transport, such as moving large crates or pallets of goods. The AGV is equipped with a high-strength lift mechanism that can easily handle heavy loads, and its compact size and maneuverability make it ideal for use in tight spaces such as factory floors or warehouses.

In addition to its impressive payload capacity, the Wellwit Robotics W500SL Under Ride Lifting AGV also offers a high level of safety and reliability. The AGV is designed with multiple safety features, including a laser safety scanner that ensures the AGV can detect and avoid obstacles in its path. The AGV also features a robust collision avoidance system that can detect and respond to potential collisions, ensuring that the AGV can safely navigate around other vehicles or objects in its environment.

Overall, the Wellwit Robotics W500SL Under Ride Lifting AGV is an advanced and highly capable autonomous guided vehicle that is ideal for material handling applications in manufacturing and logistics industries. Its LiDAR SLAM navigation technology and 500 kg payload capacity make it a valuable asset for any business looking to improve their efficiency and productivity. With its advanced safety features and reliability, this AGV is a powerful tool for streamlining operations and reducing costs.

The Jungheinrich ERC 215a is a reliable and versatile Automated Guided Vehicle (AGV) designed to handle recurring transport tasks. Its standout features and capabilities make it an excellent choice for industrial automation.

The compact design of the ERC 215a makes it ideal for boosting efficiency in narrow spaces. It can navigate through tight aisles and confined areas with ease, enabling seamless material transport in warehouses or production facilities where space is limited. This compact size allows for optimized utilization of available space, contributing to overall operational efficiency.

Equipped with a 2.8 kW 3-phase AC motor, the ERC 215a ensures constant power delivery. This high-performance motor enables the AGV to operate efficiently and reliably, even when transporting heavy loads or maneuvering on inclines. Additionally, the electrically controlled lift motor provides smooth and quiet lifting and lowering operations, ensuring gentle handling of goods, even at high lift heights.

Safety is a top priority in industrial automation, and the ERC 215a is designed with a sturdy construction featuring a steel frame and enclosed structure. This robust design enhances the overall durability of the AGV, protecting it from potential impacts or collisions during operation. The AGV is equipped with standard personal protection scanners, allowing it to operate safely in mixed environments alongside manual trucks and pedestrians. These scanners detect obstacles in the travel route, including the direction of travel, load direction, and when cornering, further enhancing safety during operation.

Navigation of the ERC 215a is facilitated by laser navigation technology. The AGV utilizes reflectors placed along the travel route or a combination of reflectors and environmental features to navigate accurately and reliably. This advanced navigation system ensures precise movement and enables the AGV to follow designated paths, optimizing workflow efficiency and reducing the risk of errors or accidents.

The ERC 215a is based on Jungheinrich's tested standard truck, which allows for easy integration into existing IT structures. It can seamlessly communicate and coordinate with other automated equipment or warehouse management systems, enhancing overall productivity and workflow management. Additionally, the AGV can be utilized as a stand-alone system, providing flexibility in different operational setups.

While not specifically mentioned in the provided information, it's worth noting that Jungheinrich products are known for their high-quality engineering and customization options. Therefore, the ERC 215a may offer specialized specifications such as tolerance for extreme temperatures, making it suitable for use in challenging environments like cold storage facilities or high-temperature manufacturing areas.

In summary, the Jungheinrich ERC 215a AGV is a reliable and versatile solution for recurring transport tasks. With its compact design, powerful motor, robust safety features, and precise navigation capabilities, it enhances efficiency and safety in material handling processes. The AGV's compatibility with existing IT structures and standalone operation options make it a flexible choice for industrial automation.

DK Automation's Flexihauler is a cost-effective solution designed for in-plant logistics. With its simple and robust design, Flexihauler stands out as a reliable option for efficient material transportation. It operates as a track-guided vehicle, making integration into existing systems seamless without the need for complex system control.

One of the standout features of the Flexihauler is its simplicity. To set it up in your plant, only one track needs to be glued, and the vehicle is ready to move. There's no requirement for intricate plant control systems. The Flexihauler utilizes extendable pins to dock onto mobile transport racks, allowing it to efficiently pull and transport them along the track. This streamlined approach enables quick and easy commissioning.

The Flexihauler's track-guided operation further enhances its ease of use and integration. It seamlessly fits into existing systems without the need for complex system control, simplifying the overall automation process. The standardized PLC control system is low-maintenance and offers the flexibility to adapt to individual interfaces, ensuring a seamless integration experience.

Robustness is another key feature of the Flexihauler. With its simple construction and robust technology, it is built to withstand the demands of industrial environments, even under tough conditions. This durability ensures a long service life, reducing downtime and maintenance costs.

The Flexihauler finds application in various scenarios, particularly in concatenation processes. It allows for the easy connection of individual stations within an operation, enabling seamless and automated material flow between different areas. This capability improves efficiency, reduces manual handling, and enhances overall productivity.

In terms of specifications, the Flexihauler offers a maximum payload of 1,000 kilograms (2,200 pounds) and a maximum speed of 1.2 meters per second (4 feet per second). These specifications make it suitable for handling a wide range of loads and ensuring swift and reliable transportation within the plant environment.