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Growing on the floor works well for large pot sizes, patio planters, and even flats. However, managing 2″ to 6″ potted crops or 105 propagation trays requires specialized solutions. AdeptAg excels in providing benching solutions tailored to every grower’s needs.
Our benches can be customized to any width up to 8 feet and any length in 6-inch increments. They can be either rolling or stationary. Surface options include trough, flood liners, and expanded metal.
The Container Bench Pot Loading Robot is a cutting-edge, electronically-controlled solution designed to streamline pot loading operations. This 2nd generation robot is smoother, quieter, faster, and more user-friendly than its predecessors, making it an essential tool for modern horticultural operations. Capable of delivering 600 strokes per hour, it easily keeps pace with today’s high-capacity sowing and transplanting lines, significantly enhancing productivity.
This advanced pot loading robot features an innovative column structure and direct drive arm systems, providing exceptional versatility and precision. The unique design allows for configuration in either the front-board or side-board direction, ensuring compatibility with a wide range of operational setups. This flexibility makes the robot an ideal choice for various container loading needs, enhancing its applicability across different horticultural environments.
The Container Bench Pot Loading Robot’s enhanced performance and user-friendly interface make it a valuable addition to any production line. Its robust construction and reliable operation ensure long-term, efficient performance, reducing downtime and maintenance costs. By incorporating this state-of-the-art robot into your workflow, you can achieve higher efficiency, lower labor costs, and improved overall productivity.
Optimize your pot loading processes with the Container Bench Pot Loading Robot, and experience the benefits of advanced automation technology in your horticultural operations. This innovative solution is designed to meet the demands of high-capacity production lines, ensuring smooth and efficient pot handling.
Movement of rolling benches on conveyors, commonly known as Rollabaans, can be managed manually or automatically via a computer-controlled drive system. This innovative solution offers significant labor savings by efficiently transporting plants between production, growing, and shipping areas using container conveyors. Rollabaans are the superhighways of the fully-automated greenhouse, streamlining operations and enhancing productivity.
The integration of computer-controlled drive systems with Rollabaans enables seamless automation throughout the entire growing cycle. These systems interface with production, grading, shipping, and environmental control systems, ensuring plants are moved automatically and precisely. This comprehensive automation minimizes manual handling, reduces labor costs, and enhances the overall efficiency of greenhouse operations.
Rollabaans provide a robust and reliable method for managing plant movement, supporting high-capacity operations with ease. The ability to automate the transport process allows greenhouse operators to focus on other critical tasks, optimizing workflow and improving productivity. By utilizing Rollabaans, growers can maintain consistent plant quality and ensure timely execution of production schedules.
Incorporating Rollabaans into your greenhouse setup transforms your operation into a high-efficiency, fully-automated system. This advanced technology not only boosts labor savings but also enhances overall operational efficiency, making it an indispensable tool for modern greenhouse management. Embrace the future of plant transportation with Rollabaans and experience the benefits of a streamlined, automated growing process.
Electric container transport vehicles offer the pinnacle of greenhouse internal transport automation, revolutionizing the way growers manage their operations. By programming your crop rotation or shipping schedule, you can automate the entire process, ensuring your product is precisely where it needs to be without manual intervention. Simply set the schedule, turn off the lights, and rest easy knowing that your electric vehicle or overhead crane will have your products perfectly positioned by the next morning.
These advanced transport vehicles provide unparalleled efficiency and reliability, significantly reducing labor costs and minimizing human error. The automation capabilities allow for continuous, round-the-clock operation, optimizing productivity and ensuring timely execution of tasks. This is particularly beneficial during peak seasons when maintaining a consistent workflow is crucial.
The electric container transport vehicles are designed for seamless integration into existing greenhouse systems, offering a user-friendly interface that makes programming and operation straightforward. Their robust construction and reliable performance ensure long-term durability and minimal maintenance, providing a cost-effective solution for modern greenhouses.
Incorporating electric container transport vehicles into your greenhouse operations will not only enhance efficiency and productivity but also provide peace of mind. Embrace the future of greenhouse automation with these state-of-the-art vehicles, and experience the benefits of a fully automated, efficient, and reliable internal transport system.
The traditional internal transport control system consists of a large, central wiring cabinet containing a PLC and many I/O cards. All of the remote control systems (e.g. motor starters and sensors) are wired back to the main panel resulting in potentially hundreds of feet of control cable per item. Each internal transport automation project is a unique control design, program, and installation. The end result is a great deal of time to design, program, install, and test each unique project.
The Rapid Link Modular Motor Control System is a network of stand-alone motor control units that are located throughout the greenhouse and connected via a common power and communications bus. The advantage of this system is that each motor control system can be programmed, tested, and installed independent of the rest of the control system.
