Laser Tube Cutting Semi Auto Feeder

The definition of the product

Laser Tube Cutting Semi Auto Feeder is an auxiliary loading device developed by Jinan Wanka Technology Factory for laser cutting processing of metal tubes. Different from fully automatic loading equipment, the design concept of the semi-automatic loading device is "machine assistance, manual control" - the equipment automatically completes the separation, alignment and initial feeding of the tubes, reducing more than 50% of manual physical labor consumption, but the operators still retain the flexibility to adjust the position of the tubes and the feeding rhythm.

Core Value

The core value of Laser Tube Cutting Semi Auto Feeder lies in addressing the two major pain points of tube material processing enterprises with relatively low investment in automation: Firstly, "labor intensity" - a single tube can weigh up to 350kg, and manual handling poses significant safety risks; Secondly, "labor shortage problem" - one person can complete the loading operation, significantly reducing labor costs. The equipment is compatible with various types of non-standard tube materials such as round tubes, square tubes, rectangular tubes, D-shaped tubes, and U-shaped tubes, making it an ideal choice for small and medium-sized batch and multi-variety tube material processing enterprises to achieve cost reduction and efficiency improvement.

Safety Operating Procedures

The semi-automatic loading equipment for laser pipe cutting machines involves multiple risk factors such as pipe handling, mechanical movement, and laser cutting. All operators, maintenance personnel, and managers must strictly adhere to the following safety guidelines:

Operator qualifications and training

Daily startup inspection

Safety of pipe hoisting and placement

Operators should stand in a safe position during operation

In case of pipe jamming, abnormal noise, or injury to personnel, immediately press the red emergency stop button, and all movements of the equipment will stop immediately.

Maintain safety during maintenance

Before conducting any maintenance, cleaning or repair, the main power supply of the equipment must be cut off and a lock with the sign "Under Maintenance, Do Not Close Switch" should be hung. During the maintenance, appropriate tools and safety protection equipment must be used. After replacing the material distribution mechanism or feeding components, a no-load test must be conducted before restarting the machine.

Replacement cycle for vulnerable parts

Wear-resistant strips on the feeding track: It is recommended to replace every 12-18 months (depending on usage frequency)

Moving hinges of the material distribution mechanism: It is recommended to replace every 24 months

Air pipes and connectors (for pneumatic configuration): It is recommended to replace every 36 months

Sensors (if configured): Replace when malfunctioning or accuracy decreases

Common Faults and Handling Methods

Pipe feeding gets stuck: Check if there are any foreign objects on the track, clean the track and check if the pipe is deformed

The separation mechanism of the feeding device fails to separate the pipes: Check if the pipes are arranged neatly, and clean the moving parts of the separation mechanism

Feeding position deviation: Check the straightness of the track, and re-calibrate the feeding zero point

The equipment cannot start: Check the power connection and the status of the emergency stop button

Real usage experience

Case 1: A metal furniture manufacturing enterprise in Istanbul, Turkey

This enterprise supplies round and square tube frame components to European furniture brands. The tube length is 6000mm, with a tube diameter of Φ20-60mm. Approximately 200 tubes are processed daily. Previously, the company used a purely manual loading method. Each laser tube cutting machine was equipped with 2 workers, and the labor intensity of transporting the tubes was high. Moreover, frequent bending and lifting by the workers led to frequent cases of lumbar muscle strain. In 2024, the company purchased the Wanka Laser Tube Cutting Semi Auto Feeder (6000mm length, suitable for Φ8-120mm tube diameters). The loading time was reduced from 2 minutes per tube to 35 seconds, and the number of workers was reduced from 2 to 1. Production supervisor Mehmet Kaya commented: "Compared to fully automatic equipment, the investment cost of semi-automatic loading is much lower, and the type change is very flexible - today cutting round tubes and tomorrow cutting square tubes, the adjustment can be completed in just a few minutes. Our workers really like this equipment because it completely eliminates the arduous task of bending and lifting the tubes."

Case 2: A steel structure processing enterprise in Thanh Nai Province, Vietnam

This enterprise supplies steel structure pipes for construction projects in Southeast Asia. It needs to handle various types of profiles such as round pipes, square pipes, and rectangular pipes, with a pipe diameter range of Φ20 - 200mm and a length of 6000mm. The daily processing volume is approximately 150 pieces. Previously, due to the variety of profiles and frequent switching, manual feeding was not only inefficient but also required a lot of time to adjust when changing profiles. After purchasing the semi-automatic feeding equipment from Wanka for laser pipe cutting, the feeding mechanism is compatible with various pipe types, and the profile changing time has been reduced from the original 30 minutes to 5 minutes. The production director Nguyen Van Minh commented: "Semi-automatic feeding is an ideal choice for our multi-variety and small-batch production mode. The equipment has a simple structure and a low failure rate. Our workers only spent half a day to fully master the operation. The 5-ton feeding rack capacity allows us to continuously produce for half a day with one loading."