Vecna Robotics VECNA CPJ Alternatives & Competitors

Vecna Robotics' VECNA AFL stands as a reliable and versatile driverless automated forklift designed to excel in various industrial settings. This forklift exhibits a remarkable range of capabilities, making it a standout option for warehouse automation. With its ability to navigate a diverse array of pallet types and payloads, from ground-to-ground workflows to conveyer belts and riser lifts, the Vecna AFL truly embodies the concept of an all-around workhorse for warehouse operations.

One of the most striking features of the Vecna AFL is its impressive lift height of up to 60 inches, coupled with a top speed of 6.7 mph. This combination of height and speed enables efficient and agile movement, facilitating seamless hand-offs to conveyor belts, wrappers, and carts. The machine's proficiency in achieving a clean 15'6 ft right angle stack further accentuates its capability to handle complex stacking operations. Even in narrow spaces, the Vecna AFL proves its agility by navigating within 9 ft aisles at its maximum speed, ensuring optimal space utilization.

One distinguishing factor of the Vecna AFL lies in its advanced capabilities and specialized specifications. This autonomous forklift is equipped with an LPN scanning feature, allowing it to scan pallet barcodes and provide real-time updates to your Warehouse Management System (WMS). It operates in compliance with ANSI B56.5 standards, prioritizing the safety of employees, equipment, and goods. Additionally, the Vecna AFL boasts the advantage of opportunistic charging, enabling it to operate around the clock through manual opportunistic charging, minimizing downtime and maximizing productivity. This amalgamation of features, coupled with its adaptability to diverse pallet types and payloads, establishes the Vecna AFL as a powerful solution for streamlined industrial automation.

Vecna Robotics' VECNA ATG presents a formidable solution for industrial automation, particularly in lean manufacturing and material transport scenarios. With the capacity to enhance worker throughput by up to 45%, the driverless tugger offers a fork-free safety advantage, rendering it ideal for powering assembly lines, sortation hubs, and handling materials that don't conform to conventional systems. Boasting exceptional capabilities, the Vecna ATG empowers lean manufacturing facilities with its robust high-capacity transport capabilities.

Noteworthy features of the Vecna ATG include its impressive 9,920 lbs maximum payload capacity, combined with a remarkable top speed of 6.0 mph. Its exceptional maneuverability is highlighted by a turning radius of 9'6 ft and the ability to navigate through 6 ft aisle widths. Its versatility shines through flexible configurations that enable it to tow a variety of carts at different train lengths, adapting seamlessly to varying operational requirements. Compliant with ANSI B56.5 standards, the Vecna ATG ensures the safety of personnel, equipment, and cargo while consistently delivering materials within specified takt times.

One of the unique aspects of the Vecna ATG lies in its opportunistic charging capability, enabling uninterrupted 24/7 operation through strategic charging interventions. This tugger can be docked into tight spaces, efficiently navigating narrow aisles, and can be directed using both on-board and remote user interfaces, ensuring an intuitive and adaptable user experience. These capabilities position the Vecna ATG as a robust choice for boosting efficiency and safety in lean manufacturing and high-capacity material transport applications.

The Vecna APT driverless pallet truck stands out as an efficient solution for industrial automation in warehousing and distribution facilities. Designed to optimize operations, this robot eliminates non-value-add long-distance travel and enhances efficiency for lift operators, all while maintaining a high payload capacity.

Noteworthy features of the Vecna APT include its impressive 7,936 lbs maximum payload capacity and a top speed of 6.7 mph. It offers clean hand-offs with an 18'6 ft right angle stack capability and can navigate through narrow 8'6 ft aisles with ease. The robot's adaptability to various pallet types, including stringer, block, and plastic pallets, with or without bottom boards, adds to its versatility.

The Vecna APT's specialized specifications contribute to its uniqueness. It employs dynamic route planning with dynamic traffic management to balance loads efficiently. The capability for multi-pallet hauling, including double-stacked pallets up to 8,000 lbs, sets it apart. Additionally, its compatibility with LPN scanning for pallet barcode tracking, ANSI B56.5 compliance for safety, and real-time task interleaving for optimized forks-full efficiency underline its comprehensive capabilities. With the advantage of opportunistic charging, the Vecna APT ensures 24/7 operation, making it a valuable asset for enhancing warehousing and distribution operations.

The Fetch Robotics PalletTransport1500 is an autonomous pallet conveyance system designed to automate pallet transport, reduce traffic, and incidents in warehouse and manufacturing environments. By reducing dependency on forklifts and lift trucks, the PT1500 increases safety while minimizing training time and cost. The system is ideal for workflows like kitting, zone picking, and pallet building, and can move multi-sized pallets with payloads of up to 2500lbs around your dynamic facility with ease.

One of the key benefits of the PT1500 is that it eliminates manual travel with a pallet jack or forklift, increasing safety by automating putaway, replenishment, crossdocking, returns, and more. Additionally, it allows for case pick-to-robot with Autonomous Mobile Robot (AMR) pickup, delivery, and drop-off using the Pallet Transfer Station, which further reduces the risk of injury from moving heavy pallets.

The PT1500 can safely transport full pallets up to 48"x48" with a 2500lbs capacity in dynamic warehouse environments. It features eight 3D cameras and two LiDAR sensors for superior navigation and fast, safe stops when an obstacle is detected. Additionally, distribution and manufacturing workflows can be customized from anywhere with FetchCore™ cloud software.

The safety features of the PT1500 are also noteworthy. It is a collaborative, autonomous mobile robot designed to work around people without compromising safety at the expense of efficiency. The system is equipped with some of the most advanced safety features in the industry, including 2D LiDAR scanners with a 25m range for mapping, localization, obstacle avoidance, and object detection. Multiple 3D depth cameras allow for superior robot vision to avoid both ground-based and overhanging dynamic obstacles, including forklifts, pallet jacks, and people.

In summary, the Fetch Robotics PalletTransport1500 is a powerful tool that can help automate pallet transport and reduce the risk of injury in warehouse and manufacturing environments. With its advanced safety features, customizable workflows, and autonomous pallet conveyance, it is an ideal solution for businesses looking to improve their operations and create a safer work environment.

Movu Robotics' atlas offers an efficient and innovative solution for optimizing pallet storage space in warehouses. This automated storage and retrieval system is designed to maximize storage capacity by minimizing the number and width of driving aisles required. atlas utilizes autonomous shuttles with two independent sets of wheels, capable of carrying pallets weighing up to 1,500 kg. This exceptional payload capacity makes it a robust choice for material handling tasks, ensuring efficient and space-saving operations.

One of atlas's standout features is its adaptability to various warehouse layouts, seamlessly integrating with spaces of different shapes and sizes. It is compatible with existing Warehouse Management Systems, allowing orders to be directed to the local Warehouse Control System for task execution. Additionally, atlas is scalable, making it easy to expand the system as business demands grow. It not only enhances efficiency but also reduces errors by eliminating manual handling, streamlining processes, and improving warehouse accuracy.

Furthermore, atlas stands out for its energy efficiency, consuming significantly less energy compared to traditional stacker cranes. It operates with flexibility, thanks to opportunity charging and swappable batteries, while also being designed for easy maintenance. Overall, atlas offers a versatile, space-saving, and efficient solution for warehouse automation, making it a valuable asset in industries like retail, manufacturing, and logistics, where optimizing storage capacity and improving material handling processes are essential.

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.

The Wellwit Robotics Mobile Robot Base MRB150 is a highly advanced and versatile mobile robot base that has been designed to meet the needs of a wide range of applications. One of the key features of this robot base is the Lidar SLAM navigation system that has been adopted, which allows for highly accurate and reliable navigation in complex environments. This system uses advanced laser sensors to create a 3D map of the surrounding environment, allowing the robot to navigate with precision and avoid obstacles in real-time.

In addition to the Lidar SLAM navigation system, the Wellwit Robotics Mobile Robot Base MRB150 also comes with a range of optional peripherals that can be added to enhance its functionality. These peripherals include a depth camera, a warning searchlight, and an obstacle avoidance radar, among others. Each of these peripherals is designed to enhance the robot's capabilities in different ways, allowing it to operate more effectively in specific environments or situations.

For example, the depth camera can be used to provide additional information about the environment, such as the distance and depth of obstacles or the shape and texture of surfaces. This information can be used to improve the accuracy and reliability of the robot's navigation and obstacle avoidance systems, allowing it to operate more safely and effectively in complex environments.

Similarly, the warning searchlight can be used to alert other people or machines in the area to the presence of the robot, helping to avoid collisions and other safety hazards. The obstacle avoidance radar, on the other hand, can be used to detect and avoid obstacles that may be too small or too difficult to detect using other sensors.

Overall, the Wellwit Robotics Mobile Robot Base MRB150 is a highly advanced and versatile mobile robot base that is designed to meet the needs of a wide range of applications. With its Lidar SLAM navigation system and range of optional peripherals, it offers highly accurate and reliable navigation and obstacle avoidance capabilities, making it an ideal choice for use in complex environments.

The Robotize GoPal 400 is an Autonomous Mobile Robot (AMR) that is designed to automate internal pallet transport within a facility. It is an ideal solution for businesses that need to move heavy pallets, boxes or other material around their warehouse or factory floor. The GoPal 400 uses advanced sensors and navigation technology to move autonomously, avoiding obstacles and navigating around the facility.

One of the key features of the GoPal 400 is its compact size. The robot is designed to be small and agile, making it easy to maneuver in tight spaces. This makes it ideal for use in facilities where space is at a premium, such as warehouses or manufacturing plants.

Another unique feature of the GoPal 400 is its ability to collect data. The robot is equipped with sensors and cameras that allow it to gather information about its surroundings. This data can be used to optimize intralogistics and improve efficiency within the facility. With the help of data collected by the GoPal 400, businesses can reduce waste, increase throughput, and improve overall productivity.

The GoPal 400 is also highly adaptable. It can be programmed to perform a wide range of tasks, from pallet transport to box transport and cart transport. This means that it can be customized to meet the specific needs of any business, making it an ideal solution for a wide range of applications.

Overall, the Robotize GoPal 400 is a powerful tool for businesses looking to automate their internal pallet transport. With its compact size, advanced sensors and data collection capabilities, and ability to perform a wide range of tasks, the GoPal 400 is a versatile and valuable asset for any facility.

The A42-series offers picking and storage of cases up to a height of 5.2m (17.1 feet). The series consists of four models which handle a wide range of case dimensions and types. Compatible plastic tote and carton box in different sizes.

High efficiency:
With multiple storage trays, our automated warehouse picking robot can handle up to 9 cases simultaneously. This greatly improves warehouse picking efficiency.

Flexible payload dimensions:
The robot supports separate and mixed picking of plastic totes and carton boxes. The robot can handle a wide range of case dimensions and types.

Flexible and scalable:
Users can re-use existing racks and totes if they fit all requirements. Our automated warehouse picking system can also be easily deployed in a small part of the warehouse and scaled up to a bigger installation as the user's business grows.

Efficient deployment:
Rapidly automate your warehouse without impacting any running operations.

CE/NRTL certificate:
We are committed to empowering every customer in the world and will provide a range of certifications to ensure that our products and services reach every corner of the world.

Product Features

01. Autonomous picking, handling, navigation, charging

02. Covers a broader storage space range

03. Stable straight move speed and high stop accuracy in travel direction

04. Each robot can store up to multiple cases at the same time

05. Supports Wi-Fi to ensure smooth operation

06. Obstacle detection, active obstacle avoidance, anti-collision alarm, and emergency stop

07. Compatible with cartons/totes, multi-size cases

08. Supports different customization requirements including height and color

09. Tailored specially to meet different application scenarios to deliver the best solution

MoviĜo Robotics Ŝharko10 AGV/AMR is a highly capable and extremely compact autonomous mobile robot designed to automate intralogistics in production environments. It is the most maneuverable industrial AGV available and operates in areas where floor space is limited. Due to its compact design, it can even navigate in tight spaces and work in areas with people.

The Ŝharko10 AGV is specifically designed to transport goods and materials in production environments. It can replace the use of manual pallet trucks or pallet jacks, reducing the need for manual labor and increasing efficiency. The AGV can transport pallets between different production or assembly lines, between production lines and warehouse, packing or shipping locations. The vehicle navigates autonomously, so no physical changes to its area of operation is required.

The Ŝharko10 AGV boasts several features, including its small dimensions which offer maximum maneuverability, its ability to communicate with hardware devices, its ability to turn within its own length, and its 7-8 hours operating time on full battery. Additionally, it can lift up to 1,000kg and can transport more than just pallets. It is WiFi-connected to the traffic control system MoviĜo Site and can navigate in dynamic environments. The AGV is also easily integrated with systems like ERP and WMS and can add and remove pick-up and drop-off points easily. Each vehicle can perform different tasks, and there is an online fleet dashboard for managing the vehicles. Finally, the AGV is easily maintained and offers extensive data collection options.

In conclusion, the MoviĜo Robotics Ŝharko10 AGV/AMR is an ideal solution for automating intralogistics in production environments. Its compact design, high maneuverability, and ability to operate autonomously make it an efficient and cost-effective solution for transport tasks. With its easy integration with existing systems and online fleet dashboard, the Ŝharko10 AGV offers a complete solution for modern production facilities looking to automate their intralogistics processes.