Industrial ROBOTIC ARM Automation SERIES -'KARA'
Robotic Arm pick & place
This robotic solution for industrial automation handles picking and placing of heavier objects, not suitable for humans. Moreover, it completes these tasks within a shorter period with more precision.
The Following Are Its Benefits:
- Automated Warehouse: For material handling.
- Robotic Palletizing: To stack goods onto a pallet.
- Automated Guided Vehicles (AGVs): For material handling.
- ASRS: To store or retrieve goods from specific locations.
- Customized Software: To meet client's requests.
- System Integration: To get automated solutions from the robots.
Denka Arm Robot
The Denka Arm Robot is the collaborative robot to work in assembly lines and the manufacturing sector. Moreover, this robot for industrial applications works in shared workspaces and ensures safe operation.
- Category: Petrochemicals.
- Palletized Bag: Handling of 25kg bags to stack and arrange products.
- Bags Are Robotically Loaded Onto Pallets.
- Tracking The Bags: Tracking occurs with the barcode.
- Pallets Are Tracked Using An RF Code: For real-time asset tracking.
Robotic Material Handling
Automating the crates’ pick-and-place procedure with a robotic arm operated by Programmable Logic Controllers (PLCs) provides a highly efficient and precise solution for material handling activities. The PLCs are the industrial computers specially kept for manufacturing processes. It is how we help with industrial automation using PLC.
- Precision Handling: For accurate crate placement.
- Controlled By Programmable Logic Controllers (PLCs): For seamless coordination.
- Robotic Material Handling Equipment: Adaptable to various crate sizes and weights.
- Optimizes Efficiency: Shortens cycle times, and decreases labour costs.
- Improves Workplace Safety: By reducing manual handling dangers.
- Reliable Performance: Simple integration with current production lines.
- Intuitive Controls: For user-friendly operation with robots PLC.
- A Flexible Solution: For many pick-and-place jobs.
FACTORY & WEARHOUSE AUTOMATION
Material Handling Robot - SUKI
This material handling robot provides warehouse automation and transports goods within the factory, warehouse, or industry. It is often used with sensors and vision systems for efficient and accurate material handling.
The following are its benefits:
- Navigates Complex Settings: By avoiding barriers and optimizing pathways.
- Interfaces With Central Systems: Delivering real-time information about material movements.
- Works Together With Human Workers: To improve overall material logistics efficiency..
- Efficiently Organizes Inventory: Optimizes storage space.
- Easily Integrates Into Assembly Lines: To handle components and finished products.
Material Handling Robot - CUBE
Increases productivity:
With AMRs, workers do not have to spend time walking around to deliver goods. Workers can focus on more high value tasks.
Lower labour costs:
You need fewer workers to achieve the same (or higher) productivity when compared to manual operations.
Increased efficiency:
AMRs are not subjected to human errors or inconsistency brought about by absenteeism, stress, tiredness or inexperience.
Increased safety:
AMR can replace workers for high risk delivery jobs that possibly cause injury. AMR are designed as a highly responsive robot to work dynamically with their environment.
Increased flexibility:
AMRs route and task can be easily modified using NavWiz AMR software for any changes of delivery operation.
Quick and easy to implement:
AMRs can be deployed within an operation in about 1 to 6 weeks, or even faster depending on the number of AMR and integration complexity.
Material Handling Robot - ZETHA
Increases productivity:
With AMRs, workers do not have to spend time walking around to deliver goods. Workers can focus on more high value tasks.
Lower labour costs:
You need fewer workers to achieve the same (or higher) productivity when compared to manual operations.
Increased efficiency:
AMRs are not subjected to human errors or inconsistency brought about by absenteeism, stress, tiredness or inexperience.
Increased safety:
AMR can replace workers for high risk delivery jobs that possibly cause injury. AMR are designed as a highly responsive robot to work dynamically with their environment.
Increased flexibility:
AMRs route and task can be easily modified using NavWiz AMR software for any changes of delivery operation.
Quick and easy to implement:
AMRs can be deployed within an operation in about 1 to 6 weeks, or even faster depending on the number of AMR and integration complexity.
Material Handling Robot
Made of aluminum alloy, this Material Handling Automation System is offered with anodized, powder coated, mill finished, sand blasting treated or polished surface. The slot width ranges between 6 mm to 10 mm. This Material Handling Automation System is capable of performing bending, treading, drilling and cutting procedures without any error.
Application of this equipment can be noticed in electrical energy, construction, automation, machine manufacturing and structure framing arena. Standard of this equipment has been verified on the basis of its service life, design precision, strength, output, operating cost and maintenance charge. We offer this system at competitive price.
