Yes. Conveying, palletizing, strapping, and stretch wrapping equipment features modular design. The system supports quick changeover for mainstream can sizes ranging from 50–153 mm in diameter and 30–320 mm in height, and can be customized according to required line capacity, from small-batch, multi-SKU production to large-scale high-speed lines.

Chain-plate conveyors, roller conveyors, and related conveying equipment are designed to match and slightly exceed typical filler and seamer speeds. With frequency-inverter speed control, the conveying systems can be adjusted to accommodate production speeds ranging from 400–1,000 cans per minute and can be linked to filling, labeling, and other main equipment signals to maintain synchronized operation.

Yes. With approximately 20 years of experience in auxiliary equipment customization, flexible chain conveyors can be configured for curves and elevation changes. Chain-plate conveyors can be built with customized inclination angles and lengths, and roller conveyors can be designed with specific transfer heights, allowing the system to adapt to existing turning and incline requirements without requiring changes to the current workshop layout.

AGV forklifts support natural laser navigation without requiring magnetic tape. They can be linked to palletizer signals so that once palletizing is completed, the AGV automatically moves to the pick-up position, forks the palletized can load, and transports it to the designated warehouse area. Through the PLC system, pallet batch information can be recorded to support information-based warehouse management.

Core components including PLCs, motors, and sensors are sourced from established brands in Germany, Japan, and Taiwan, providing high durability. Chain-plates, rollers, and related parts are manufactured from 304 stainless steel for wear and corrosion resistance. Equipment such as rotary turntable stretch wrapping machines and chain-plate conveyors has been validated through long-term operation on food industry production lines, with a mean time between failures exceeding 10,000 hours, supporting stable 24-hour continuous operation.

Production lines use high-quality galvanized steel and dedicated anti-corrosion processes. Finished pails can pass UN, US, and Chinese standards for pressure resistance, corrosion resistance, and safety performance, meeting stringent packaging requirements in sectors such as pharmaceuticals, hazardous chemicals, and fine chemicals.

Yes. Equipment is designed to enable one line to handle multiple chemical pail specifications. Changeover and adjustment procedures are streamlined, allowing seamless switching between specifications such as 5 L and 20 L pails. Line output can reach up to 50 pails per minute, improving equipment utilization and flexible, customized production capability.

The complete line integrates automatic stamping, precision welding, fully automatic coating, and intelligent drying systems. This enables full-process automation from sheet feeding to finished-pail discharge, significantly reducing operator headcount and exposure to hazardous conditions while supporting continuous and efficient line operation.

Communication and interface standards are incorporated into the equipment design to allow seamless integration with AGVs, automated warehouses, and other intelligent logistics systems. Capacity can also be expanded by adding modular units, providing flexible, future-proof investment and upgrade options.

Mesh-belt conveyors are designed with flexible layouts. A single conveyor line can integrate horizontal, inclined and curved sections without splicing multiple machines, which reduces transfer points and the risk of interface failures.

Mesh-belt conveyors use a rational, modular structure. Mesh belts and chain plates are made as modular components, so disassembly and replacement are straightforward. Routine maintenance personnel can typically complete replacement within about 30 minutes.

304 stainless steel chains are inherently corrosion resistant and do not rust under normal operating conditions. No rust particles flake off during long-term use, which makes them suitable for applications with higher hygiene requirements and prevents rust-related contamination.

Roller conveyors are easy to connect end-to-end and can be combined with belt conveyors, elevators and other equipment to form complex logistics conveying systems. This can usually be achieved without extensive structural modification, allowing adaptation to overall line layout planning.

Belt conveyors use a 304 stainless steel main frame, with a design that minimizes dust accumulation and can be equipped with protective covers. The belt is made from food-grade PU, meeting hygiene requirements for bagged and boxed food handling in the food industry.

Belt conveyors are equipped with variable-frequency speed control, allowing conveying speed to be adjusted as needed. They can also be linked to main line signals so that conveyor speed follows the production line speed, avoiding both insufficient feeding and excessive accumulation.

Yes. Our washing equipment uses a high-pressure spray system combined with corrosion-resistant stainless-steel pumps. The multi-angle spray layout delivers strong, uniform pressure and full coverage, ensuring that every corner of the pallet or layer pad is thoroughly cleaned with no blind spots or residual contamination.

The equipment uses a high-pressure spray system paired with high-reliability stainless-steel pumps from Nanfang Pump Industry (7.5 kW for fine washing, 5.5 kW for rinsing).

No. The washing machine uses a circulating water system, which saves a significant amount of water compared with one-time discharge. Water consumption is only 200-800L/h, whereas manual cleaning typically requires more than 2000L/h. With far lower water usage and higher cleaning efficiency, the washing equipment can substantially reduce long-term utility and operating costs.

Yes. The system supports adjustable-temperature hot-water washing.

Combined with high-pressure spray and mechanical brushing, heated washing greatly enhances oil-removal efficiency compared with room-temperature cleaning. The washing temperature can be set based on contamination level to ensure complete removal of stubborn oil or grease.

Our plastic layer pad washing machine allows flexible adjustment of the cleaning process to effectively control operating costs. For lightly contaminated pads, users can lower the high-pressure spray intensity, shorten the cleaning cycle, or make full use of the water-recirculation system to reuse water. By optimizing these parameters, the washing equipment can significantly reduce water and energy consumption while still maintaining the required cleaning quality.