New Low Noise Sustainable Industrial Palletizing Robot with Ultrasonic Sensors

Product Description

Product Description

High Playload Collaborative Palletizing Robot

The High Playload Collaborative Palletizing Robot is designed to stack cartons, bags or bundled products onto pallets in a fast, accurate and stable manner. It replaces manual palletizing, significantly reducing labor costs while improving production efficiency and workplace safety.
The Collaborative Robot Palletizer is equipped with an intelligent control system, path-planning algorithms, and graphical programming, the robot ensures simple and efficient operation. Force-control sensors/ultrasonic sensors are employed for positioning and collision avoidance, delivering high safety performance
This Robot is widely used in industries such as , food & beverage, daily-use products, chemical and logistics, and can be integrated with packaging lines, conveyors and wrapping systems.

Technical Parameters
Model	TFD-RP4-2200-30	TFD-RP4-2200-50
Axis	4	4
Pick and Place Height (Vertical)	2200mm	2200mm
Working Radius	R2200mm	R2200mm
Pallet Specification	1200×1300mm	1200×1300mm
Payload (Maximum)	30kg	50kg
Palletizing Speed	6-10 times/min	6-15 times/min
Repeat Positioning Accuracy X,Y,Z	±0.1mm	±0.1mm
Repeat Angle Accuracy	±0.2°	±0.2°
Rotation Angle	±360°	±360°
Power Supply Voltage	AC380	AC380
Rated Power	4.5KW	8.7KW
I/O interface (expandable)	8in/8out	8in/8out
Installation	Floor mounting	Floor mounting
Ingress Protection	IP54	IP54
Noise Level	<75dB	<75dB
Machine Weight	160kg	175kg
Relative Humidity	RH:20-80%	RH:20-80%
Operating Temperature Range	0℃∼40℃	0℃∼40℃

Product Features

· Dedicated robotic motion control system with high repeatability precision
· Palletizing path planning and graphical programming for easy installation and commissioning.
· High payload capacity design, with a gripper interface that supports complex fixtures or suction cups.Stable and reliable operation
· Long service life, simplified operation, minimal wiring, and compact footprint.
· Low-cost maintenance, with remote monitoring and maintenance via network.

Product Advantages
· Reduce labor cost
· Increase production efficiency
· Improve workplace safety
· Easy integration with existing lines
· Customizable system layout

Main Products

Company Profile

Packaging & Shipping

1.Our machinery is packaged using plastic film combined with composite wood case, ensuring that the equipment remains undamaged during transportation. 

2.Our products have been shipped to over 50 countries worldwide, earning an excellent reputation in the industry. 

3.We support LCL (Less than Container Load), FCL (Full Container Load) shipments, and can arrange transportation by sea, air, or land.

FAQ

1. What are the types of mechanical arms do you have?

We Have Different Types Of Robotic Arm, Cartesian Robot, Delta (Or Parallel) Robot,
Fast Pick-And-Place Robot, Cobot (Or Collaborative Robot), Robotic Case Packer, Palletizing Robots,

2. What is the range of applications of a mechanical arm?

Mechanical arms are used in a wide range of industries, including automotive manufacturing, food and beverage processing, packaging, healthcare, and aerospace.

3. How does a mechanical arm work?

A mechanical arm works by using several actuators, such as electric motors or hydraulic cylinders, to move different joints in the arm. The arm can rotate, bend, and extend to perform specific tasks.

4. What are the advantages and disadvantages of a mechanical arm?

The advantages of a mechanical arm include faster production speeds, increased accuracy, and reduced labor costs. However, the disadvantage is that initial costs can be quite high.

5. How much does a mechanical arm cost?

The cost of a mechanical arm can vary depending on its size and functionality. New robots equipped with controllers is usually priced in the range between $10,000-$50,000.

6. What maintenance and upkeep do mechanical arms require?
Mechanical arms require regular cleaning, lubrication, and inspection of moving parts. It is also important to ensure that the arm receives adequate power and that all sensors and safety features are in working order.

7. How long does it take to install and debug a mechanical arm?
Installation and debugging can take anywhere from a few days to a few weeks, depending on the complexity of the arm and the level of customization required.

8. What is the control system of a mechanical arm?
The control system of a mechanical arm can vary depending on the type and application of the arm, but typically includes a controller that receives input from sensors and programming to execute the correct movements.

9. What is the accuracy and repeat positioning accuracy of a mechanical arm?
The accuracy of a mechanical arm can vary depending on the model and application, but in general, mechanical arms have high levels of accuracy and repeat positioning accuracy. The general accuracy can be controlled at about 0.2mm.

10. What is the warranty period of a mechanical arm?
One-year warranty and lifetime after-sale service.
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