Cangzhou Xinpeng Electronics Enclosure Manufacturing Co., Ltd.-Steel pipe palletizing machine-Working principle of steel pipe palletizer 1. Product transportation: The steel pipe is transported to the working area of the automatic palletizer through a conveyor belt or other conveying device. 2. Product identification and positioning: When the steel pipe enters the working area of the palletizer, the position, posture and size of the steel pipe are identified and located through a machine vision system or sensor. This step ensures that the equipment can accurately locate the steel pipe. 3. Grasping and stacking: According to the results of identification and positioning, the equipment will accurately grab the steel pipe and stack it in the predetermined position. The stacking method and number of layers can be adjusted according to actual needs. 4. Completion and inspection of palletizing: When one or several layers of steel pipes are stacked, the palletizer will perform self-inspection or wait for manual inspection to ensure the quality and stability of palletizing. If a problem with the palletizing is detected, the palletizer will make corresponding adjustments or restart the palletizing.-Steel pipe palletizer-Working principle of steel pipe palletizer 1. Product transportation: The steel pipe is transported to the working area of the automatic palletizer through a conveyor belt or other conveying device. 2. Product identification and positioning: When the steel pipe enters the working area of the palletizer, the position, posture and size of the steel pipe are identified and located through a machine vision system or sensor. This step ensures that the equipment can accurately locate the steel pipe. 3. Grasping and stacking: According to the results of identification and positioning, the equipment will accurately grab the steel pipe and stack it in the predetermined position. The stacking method and number of layers can be adjusted according to actual needs. 4. Completion and inspection of palletizing: When one or several layers of steel pipes are stacked, the palletizer will perform self-inspection or wait for manual inspection to ensure the quality and stability of palletizing. If a problem with the palletizing is detected, the palletizer will make corresponding adjustments or restart the palletizing.-Steel pipe automatic palletizer-Working principle of steel pipe palletizer 1. Product transportation: The steel pipe is transported to the working area of the automatic palletizer through a conveyor belt or other conveying device. 2. Product identification and positioning: When the steel pipe enters the working area of the palletizer, the position, posture and size of the steel pipe are identified and located through a machine vision system or sensor. This step ensures that the equipment can accurately locate the steel pipe. 3. Grasping and stacking: According to the results of identification and positioning, the equipment will accurately grab the steel pipe and stack it in the predetermined position. The stacking method and number of layers can be adjusted according to actual needs. 4. Completion and inspection of palletizing: After one or several layers of steel pipes are stacked, the palletizer will perform self-inspection or wait for manual inspection to ensure the quality and stability of palletizing. If a problem with the palletizing is detected, the palletizer will make corresponding adjustments or restart the palletizing.-Modular steel pipe palletizer-Working principle of steel pipe palletizer 1. Product transportation: The steel pipe is transported to the working area of the automatic palletizer through a conveyor belt or other conveying device. 2. Product identification and positioning: When the steel pipe enters the working area of the palletizer, the position, posture and size of the steel pipe are identified and located through a machine vision system or sensor. This step ensures that the equipment can accurately locate the steel pipe. 3. Grasping and stacking: According to the results of identification and positioning, the equipment will accurately grab the steel pipe and stack it in the predetermined position. The stacking method and number of layers can be adjusted according to actual needs. 4. Completion and inspection of palletizing: When one or several layers of steel pipes are stacked, the palletizer will perform self-inspection or wait for manual inspection to ensure the quality and stability of palletizing. If a problem with the palletizing is detected, the palletizer will be adjusted accordingly or the palletizing will be restarted.-6020NTZ pipe cutting and loading machine-Working Principle The automatic feeding system for pipe cutting usually includes the following main parts: 1. Pipe conveying device: responsible for conveying pipes from the storage area to the working area of the pipe cutting machine. This can be achieved through conveyor belts, rollers, chain conveyors, etc. 2. Positioning and clamping mechanism: After the pipe arrives at the working area, it needs to be accurately positioned and clamped to ensure the accuracy and stability of the cutting. This is usually achieved through drive mechanisms such as cylinders and servo motors. 3. Sensors and control systems: Sensors are used to detect information such as the position and size of the pipe and feed this information back to the control system. The control system controls the execution of the entire feeding process according to the preset program and the information fed back by the sensor.-Pipe cutting machine-Working Principle The automatic feeding system for pipe cutting usually includes the following main parts: 1. Pipe conveying device: responsible for conveying pipes from the storage area to the working area of the pipe cutting machine. This can be achieved through conveyor belts, rollers, chain conveyors, etc. 2. Positioning and clamping mechanism: After the pipe arrives at the working area, it needs to be accurately positioned and clamped to ensure the accuracy and stability of the cutting. This is usually achieved through drive mechanisms such as cylinders and servo motors. 3. Sensors and control systems: Sensors are used to detect information such as the position and size of the pipe and feed this information back to the control system. The control system controls the execution of the entire feeding process according to the preset program and the information fed back by the sensor.-Semi-automatic pipe cutting and loading machine-The automatic feeding system for pipe cutting usually includes the following main parts: 1. Pipe conveying device: responsible for conveying pipes from the storage area to the working area of the pipe cutting machine. This can be achieved through conveyor belts, rollers, chain conveyors, etc. 2. Positioning and clamping mechanism: After the pipe arrives at the working area, it needs to be accurately positioned and clamped to ensure the accuracy and stability of the cutting. This is usually achieved through drive mechanisms such as cylinders and servo motors. Sensors and control systems: Sensors are used to detect information such as the position and size of the pipe and feed this information back to the control system. The control system controls the execution of the entire feeding process according to the preset program and the information fed back by the sensor.-6020GT pipe cutting and loading machine-The automatic feeding system for pipe cutting usually includes the following main parts: 1. Pipe conveying device: responsible for conveying pipes from the storage area to the working area of the pipe cutting machine. This can be achieved through conveyor belts, rollers, chain conveyors, etc. 2. Positioning and clamping mechanism: After the pipe arrives at the working area, it needs to be accurately positioned and clamped to ensure the accuracy and stability of the cutting. This is usually achieved through drive mechanisms such as cylinders and servo motors. 3. Sensors and control systems: Sensors are used to detect information such as the position and size of the pipe and feed this information back to the control system. The control system controls the execution of the entire feeding process according to the preset program and the information fed back by the sensor.-Double tower plate intelligent material warehouse-The main structures of the plate intelligent warehouse include tower warehouse, elevator, storage tray, loading rack, feeding trolley and safety protection system, etc. These structures work together to achieve efficient storage and automatic circulation of plates.-Intelligent plate material warehouse-The main structures of the plate intelligent warehouse include tower warehouse, elevator, storage tray, loading rack, feeding trolley and safety protection system, etc. These structures work together to achieve efficient storage and automatic circulation of plates.-Single-side gantry loading and unloading machine-Working principle of automatic laser loading and unloading: The automatic loading and unloading system is mainly composed of manipulators, loading and unloading position detectors, three-dimensional automatic material warehouses, loading and transferring machines and other components. Its working principle is as follows: Automatic loading: According to the instructions of the control system, the manipulator or loading and transferring machine automatically takes out the raw materials (or sheet metal parts on the pre-loading workbench) from the material warehouse. The manipulator uses devices such as vacuum suction cups to firmly suck up or clamp the sheet metal parts. The manipulator transports the sheet metal parts to the working platform of the laser cutting machine, and the correction platform of the laser cutting machine will correct the sheet metal to ensure cutting accuracy. Cutting process: The laser cutting machine starts cutting according to the pre-drawn graphics and set cutting parameters. During the cutting process, the laser beam and the sheet metal parts move relative to each other to form a continuous slit. Automatic unloading: After cutting is completed, the laser cutting machine stops working. The unloading function of the loader is started, and the cut workpiece is moved from the working platform to the designated storage area. During the unloading process, the robot or unloading transfer machine will place the workpiece smoothly into the storage area to prevent damage or deformation of the workpiece.-Double-sided gantry loading and unloading machine (200KG)-Working principle of automatic laser loading and unloading: The automatic loading and unloading system is mainly composed of manipulators, loading and unloading position detectors, three-dimensional automated material warehouses, loading and transferring machines and other components. Its working principle is as follows: Automatic loading: According to the instructions of the control system, the manipulator or loading and transferring machine automatically takes out the raw materials (or sheet metal parts on the pre-loading workbench) from the material warehouse. The manipulator uses devices such as vacuum suction cups to firmly suck up or clamp the sheet metal parts. The manipulator transports the sheet metal parts to the working platform of the laser cutting machine, and the correction platform of the laser cutting machine will correct the sheet metal to ensure cutting accuracy. Cutting process: The laser cutting machine starts cutting according to the pre-drawn graphics and set cutting parameters. During the cutting process, the laser beam and the sheet metal parts move relative to each other to form a continuous slit. Automatic unloading: After cutting is completed, the laser cutting machine stops working. The unloading function of the loader is started, and the cut workpiece is moved from the working platform to the designated storage area. During the unloading process, the robot or unloading transfer machine will place the workpiece smoothly into the storage area to prevent damage or deformation of the workpiece.-Double-sided gantry loading and unloading machine (300KG)-Working principle of automatic loading and unloading of laser: The automatic loading and unloading system is mainly composed of manipulators, loading and unloading position detectors, three-dimensional automatic material warehouses, loading and transferring machines and other components. Its working principle is as follows: Automatic loading: According to the instructions of the control system, the manipulator or loading and transferring machine automatically takes out the raw materials (or sheet metal parts on the pre-loading workbench) from the material warehouse. The manipulator uses devices such as vacuum suction cups to firmly suck up or clamp the sheet metal parts. The manipulator transports the sheet metal parts to the working platform of the laser cutting machine, and the correction platform of the laser cutting machine will correct the sheet metal to ensure the cutting accuracy. Cutting process: The laser cutting machine starts cutting according to the pre-drawn graphics and set cutting parameters. During the cutting process, the laser beam and the sheet metal parts move relative to each other to form a continuous slit. Automatic unloading: After cutting, the laser cutting machine stops working. The unloading function of the loader is activated to move the cut workpiece from the work platform to the designated storage area. During the unloading process, the robot or unloading transfer machine will place the workpiece smoothly in the storage area to avoid damage or deformation of the workpiece.-Pneumatic cantilever loading robot-Working principle of automatic laser loading and unloading: The automatic loading and unloading system is mainly composed of manipulators, loading and unloading position detectors, three-dimensional automated material warehouses, loading and transferring machines and other components. Its working principle is as follows: Automatic loading: According to the instructions of the control system, the manipulator or loading and transferring machine automatically takes out the raw materials (or sheet metal parts on the pre-loading workbench) from the material warehouse. The manipulator uses devices such as vacuum suction cups to firmly suck up or clamp the sheet metal parts. The manipulator transports the sheet metal parts to the working platform of the laser cutting machine, and the correction platform of the laser cutting machine will correct the sheet metal to ensure cutting accuracy.-Single-side gantry loading and unloading machine (300KG)-Working principle of automatic laser loading and unloading: The automatic loading and unloading system is mainly composed of manipulators, loading and unloading position detectors, three-dimensional automatic material warehouses, loading and transferring machines and other components. Its working principle is as follows: Automatic loading: According to the instructions of the control system, the manipulator or loading and transferring machine automatically takes out the raw materials (or sheet metal parts on the pre-loading workbench) from the material warehouse. The manipulator uses devices such as vacuum suction cups to firmly suck up or clamp the sheet metal parts. The manipulator transports the sheet metal parts to the working platform of the laser cutting machine, and the correction platform of the laser cutting machine will correct the sheet metal to ensure cutting accuracy. Cutting process: The laser cutting machine starts cutting according to the pre-drawn graphics and set cutting parameters. During the cutting process, the laser beam and the sheet metal parts move relative to each other to form a continuous slit. Automatic unloading: After cutting is completed, the laser cutting machine stops working. The unloading function of the loader is started, and the cut workpiece is moved from the working platform to the designated storage area. During the unloading process, the robot or unloading transfer machine will place the workpiece smoothly into the storage area to prevent damage or deformation of the workpiece.-Servo cantilever loading robot-The automatic loading and unloading system is mainly composed of manipulators, loading and unloading position detectors, three-dimensional automatic material warehouses, loading and transferring machines and other components. Its working principle is as follows: Automatic loading: According to the instructions of the control system, the manipulator or loading and transferring machine automatically takes out the raw materials (or sheet metal parts on the pre-loading workbench) from the material warehouse. The manipulator uses devices such as vacuum suction cups to firmly suck up or clamp the sheet metal parts. The manipulator transports the sheet metal parts to the working platform of the laser cutting machine, and the correction platform of the laser cutting machine will correct the sheet metal to ensure the cutting accuracy. Cutting process: The laser cutting machine starts cutting according to the pre-drawn graphics and set cutting parameters. During the cutting process, the laser beam and the sheet metal parts move relative to each other to form a continuous slit. Automatic unloading: After cutting is completed, the laser cutting machine stops working. The unloading function of the loader is started, and the cut workpiece is moved from the working platform to the designated storage area. During the unloading process, the robot or unloading transfer machine will place the workpiece smoothly into the storage area to prevent damage or deformation of the workpiece.-Gantry loading and unloading machine-The automatic loading and unloading system is mainly composed of manipulators, loading and unloading position detectors, three-dimensional automatic material warehouses, loading and transferring machines, etc. Its working principle is as follows: Automatic loading: According to the instructions of the control system, the manipulator or loading and transferring machine automatically takes out the raw materials (or sheet metal parts on the pre-loading workbench) from the material warehouse. The manipulator uses devices such as vacuum suction cups to firmly suck up or clamp the sheet metal parts. The manipulator transports the sheet metal parts to the working platform of the laser cutting machine, and the correction platform of the laser cutting machine will correct the sheet metal to ensure cutting accuracy.-Single-side gantry loader-The automatic loading and unloading system is mainly composed of manipulators, loading and unloading position detectors, three-dimensional automatic material warehouses, loading and transferring machines and other components. Its working principle is as follows: Automatic loading: According to the instructions of the control system, the manipulator or loading and transferring machine automatically takes out the raw materials (or sheet metal parts on the pre-loading workbench) from the material warehouse. The manipulator uses devices such as vacuum suction cups to firmly suck up or clamp the sheet metal parts. The manipulator transports the sheet metal parts to the working platform of the laser cutting machine, and the correction platform of the laser cutting machine will correct the sheet metal to ensure the cutting accuracy. Cutting process: The laser cutting machine starts cutting according to the pre-drawn graphics and set cutting parameters. During the cutting process, the laser beam and the sheet metal parts move relative to each other to form a continuous slit. Automatic unloading: After cutting is completed, the laser cutting machine stops working. The unloading function of the loader is activated to move the cut workpiece from the working platform to the designated storage area. During the unloading process, the robot or unloading transfer machine will place the workpiece smoothly into the storage area to prevent damage or deformation of the workpiece.-Single-side gantry loading and unloading machine (400KG)-Working principle of automatic loading and unloading of laser: The automatic loading and unloading system is mainly composed of manipulators, loading and unloading position detectors, three-dimensional automatic material warehouses, loading and transferring machines and other components. Its working principle is as follows: Automatic loading: According to the instructions of the control system, the manipulator or loading and transferring machine automatically takes out the raw materials (or sheet metal parts on the pre-loading workbench) from the material warehouse. The manipulator uses devices such as vacuum suction cups to firmly suck up or clamp the sheet metal parts. The manipulator transports the sheet metal parts to the working platform of the laser cutting machine, and the correction platform of the laser cutting machine will correct the sheet metal to ensure the cutting accuracy. Cutting process: The laser cutting machine starts cutting according to the pre-drawn graphics and set cutting parameters. During the cutting process, the laser beam and the sheet metal parts move relative to each other to form a continuous slit. Automatic unloading: After cutting is completed, the laser cutting machine stops working. The unloading function of the loader is started, and the cut workpiece is moved from the working platform to the designated storage area. During the unloading process, the robot or unloading transfer machine will place the workpiece smoothly in the storage area to prevent damage or deformation of the workpiece.-Sheet metal laser automatic loading and unloading-The automatic loading and unloading system is mainly composed of manipulators, loading and unloading position detectors, three-dimensional automatic material warehouses, loading and transferring machines, etc. Its working principle is as follows: Automatic loading: According to the instructions of the control system, the manipulator or loading and transferring machine automatically takes out the raw materials (or sheet metal parts on the pre-loading workbench) from the material warehouse. The manipulator uses devices such as vacuum suction cups to firmly suck up or clamp the sheet metal parts. The manipulator transports the sheet metal parts to the working platform of the laser cutting machine, and the correction platform of the laser cutting machine will correct the sheet metal to ensure cutting accuracy.-Single-side gantry loading and unloading machine (200KG)-The automatic loading and unloading system is mainly composed of manipulators, loading and unloading position detectors, three-dimensional automatic material warehouses, loading and transferring machines and other components. Its working principle is as follows: Automatic loading: According to the instructions of the control system, the manipulator or loading and transferring machine automatically takes out the raw materials (or sheet metal parts on the pre-loading workbench) from the material warehouse. The manipulator uses devices such as vacuum suction cups to firmly suck up or clamp the sheet metal parts. The manipulator transports the sheet metal parts to the working platform of the laser cutting machine, and the correction platform of the laser cutting machine will correct the sheet metal to ensure the cutting accuracy. Cutting process: The laser cutting machine starts cutting according to the pre-drawn graphics and set cutting parameters. During the cutting process, the laser beam and the sheet metal parts move relative to each other to form a continuous slit. Automatic unloading: After cutting is completed, the laser cutting machine stops working. The unloading function of the loader is started, and the cut workpiece is moved from the working platform to the designated storage area. During the unloading process, the robot or unloading transfer machine will place the workpiece smoothly into the storage area to prevent damage or deformation of the workpiece.-Steel pipe conveyor belt-The steel pipe conveyor belt uses steel pipe as the main load-bearing structure, made of high-strength rubber or polyurethane, and has a non-slip texture on the surface to ensure stable transportation of steel pipes. The finished steel pipes are transported to the steel pipe automatic baler or designated area through the steel pipe conveyor belt. The steel pipe conveyor belt can form a palletizing and baling production line with the steel pipe palletizer and steel pipe baling and bundling machine to realize the automation of the entire process from the steel pipe off the line to the baling, reducing labor costs.-Steel pipe conveyor belt-The steel pipe conveyor belt uses steel pipe as the main load-bearing structure, made of high-strength rubber or polyurethane, and has a non-slip texture on the surface to ensure stable transportation of steel pipes. The finished steel pipes are transported to the steel pipe automatic baler or designated area through the steel pipe conveyor belt. The steel pipe conveyor belt can form a palletizing and baling production line with the steel pipe palletizer and steel pipe baling and bundling machine to realize the automation of the entire process from the steel pipe off the line to the baling, reducing labor costs.-Steel pipe conveyor belt-The steel pipe conveyor belt uses steel pipe as the main load-bearing structure, made of high-strength rubber or polyurethane, and has a non-slip texture on the surface to ensure stable transportation of steel pipes. The finished steel pipes are transported to the steel pipe automatic baler or designated area through the steel pipe conveyor belt. The steel pipe conveyor belt can form a palletizing and baling production line with the steel pipe palletizer and steel pipe baling and bundling machine to realize the automation of the entire process from the steel pipe off the line to the baling, reducing labor costs.-Steel pipe automatic packing and strapping machine-The steel pipe automatic baling and bundling machine is a mechanical equipment that uses automation technology to bundle and fix steel pipes according to preset requirements.-Gantry steel pipe palletizer-The steel pipe automatic baling and bundling machine is a mechanical equipment that uses automation technology to bundle and fix steel pipes according to preset requirements.-New steel pipe palletizer-The steel pipe automatic baling and bundling machine is a mechanical equipment that uses automation technology to bundle and fix steel pipes according to preset requirements.-Fully automatic steel pipe palletizing machine-The working process of the fully automatic steel pipe palletizing machine is as follows: the pipes from the production line are first smoothly guided to the palletizing area by the gear rotating feeding rack-Simple palletizing machine-The simple palletizing machine system is used for automatic collection and palletizing of steel pipes. Its workflow is as follows: first, the steel pipes cut to the set length by a flying saw are transported by a conveyor frame and hit an inclined collision plate

Requirements Analysis and Solution Design

Upon receiving customer orders, our technical team conducts a detailed requirements analysis. Tailored solutions are provided based on different products and application scenarios, ensuring precise alignment with production requirements.

Raw Material Procurement and Inspection

High-quality raw materials are carefully selected, with quality inspections and acceptance checks performed before they are stored to avoid production issues caused by material defects.

Production Preparation

Prepare the necessary equipment, tools, and production lines. Equipment status is checked to ensure smooth operation across all workshops.

Cutting and Processing

Utilize high-precision CNC punching machines, laser cutters, and engraving machines for cutting, punching, and engraving materials. Advanced laser cutting technology ensures high precision and smooth cutting surfaces, minimizing material waste.

Bending and Forming

After cutting, parts are bent and formed according to design specifications, ensuring accurate structure and dimensions.

Welding and Assembly

Bent and formed parts undergo welding, either by automated robots or manual welding, ensuring solid and smooth joints, adhering to strict standards.

Surface Treatment and Coating

After welding, parts go through surface treatments such as spraying, hot-dip galvanizing, and electroplating to enhance appearance, corrosion resistance, and durability.

Assembly and Debugging

After surface treatment, components are assembled according to design requirements. Once assembly is complete, products undergo full debugging to ensure stability and functionality.

Quality Inspection and Testing

All products undergo strict quality inspections before leaving the factory, ensuring they meet the standards. Automated equipment undergoes functional, load, and reliability testing to ensure high-efficiency and stable operation at the customer’s site.