Utilize robotic solutions to speed up the screwdriving process. Increase throughput and product quality while reducing operating costs by adopting a collaborative solution.
Revolutionize warehouse cleaning with advanced robotic solution. Eliminate labour-intensive cleaning and improve consistency and efficiency for perfect results. Leave the floor maintenance task to the autonomous robots and forget about missing or inaccurate reports.
The all-in-one autonomous cleaning robot provides a comprehensive solution that includes scrubbing, sweeping, dusting, and degreasing. Its highly efficient system can clean up to 2000 sqm per hour, making it ideal for heavy-duty cleaning of large areas in industrial settings.
The workstation empowers the cleaning robot to operate independently, automatically recharging its batteries, disposing of waste, and refilling its water tank. With this innovative technology, the cleaning process is streamlined, saving time and resources, and enabling your team to focus on more valuable tasks.
Liberate staff from the time-consuming task of floor cleaning and improve cleaning outcomes. The solution operates tirelessly and consistently to produce optimal results, maximizing your warehouse's productivity and profitability.
Solution is equipped with 3D and 2D LiDAR, millimeter-wave radars and a collision sensors. With human and machine movement detection, the robot safely operates in the warehouse environment, ensuring a risk-free environment.
Cleaning reports, productivity metrics, and operation timing can all be reviewed through user-friendly mobile and web platforms, allowing efficient and effective remote monitoring and control.
Screwdriving Solution is a robotic tool for fastening components together. A screw feeder dispenses individual screws at a picking zone. Robotic arm with screwing end-effector picks up the screw, positions it appropriately and processes the screwing task autonomously with the precision and necessary torque.
Solution can be monitored and managed remotely through a cloud web service and a mobile application, providing real-time insights into cleaning operations and productivity metrics. This enables you to track and manage cleaning robots from any location.
Introducing a heavy-duty front tool designed for warehouse cleaning, with a high brush pressure of 45kg and the ability to rotate for accessing tight corners. The solution is perfect for scrubbing, dusting, and removing oil and debris from warehouse floors.
Up to 95% reduction in freshwater consumption is achieved by using a 5-level filtration system that recirculates and reuses water. This increased robot uptime and energy savings with a major decrease in environmental impact.
Autonomous floor scrubber is designed to tackle the toughest cleaning challenges in warehouse environments. In addition to its standard cleaning mode, it also features a powerful oil cleaning mode that is specifically designed to effectively remove stubborn oil stains commonly found on warehouse floors.
Best-in-class sensing allows the robot to accurately detect environmental changes in real time and quickly recognize logistics operations. Pathfinding algorithms reroute or pull over the robot to ensure safe operation around freight handling equipment.
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Robotic screwdriving solution operates without breaks. The graph compares the cumulative expenses of robotic screwdriving vs conventional, assuming a 7-day, 3-shift production schedule. ROI 10 months, 5 year savings is $265000.
Without programming knowledge, an operator set appropriate parameters and points. Greatly simplifying the production, the system generates a screwdriving program.
The Robotic solution and its dedicated software ensure precise screwdriver performance while tracking torque, angle, and height parameters from the pre-screwing to the final position.
Any quality issue is automatically detected by the equipment, and an alert is sent to indicate that human intervention is required before the system can resume normal operation.
The solution can pick, place, and fast screws of any size, ranging from M1 to M10. Any screwing angle possible, depending on the needs of the part assembly. The quick tool changeover allows simple redeployment of the system for multiple part numbers.
Automated screwdriving solution with a 2.5s cycle time removes production bottleneck and increases throughput of the entire line.
A vision inspection system can be incorporated into the screwdriving solution to ensure excellent output quality.
Air blowing feeder transports the screw directly into the head tool. It results in a faster-screwing performance, shorter cycle time and less robotic arm workload.
End-effector can be equipped with gripper for additional pick and place manipulations. This will decrease human involvement in the process
The automation cell can be configured to report production results using an external MES system in addition to keeping local copies of real-time data.
SafeSkin by DOBOT is a highly sensitive collision prevention system, that can be installed to guarantee extended operational safety during robot and human collaboration. It prevents collisions and resumes accordingly to avoid needless equipment downtime.
An additional robot can supply the screwdriver unit with parts to reduce the need for constant human involvement. Full automation can be achieved by replacing the manual part delivery procedure with an autonomous mobile robot with robotic manipulator (AMMR).
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