Automated Conveyor Lines are essential systems for material handling, product transfer, and workflow optimization in modern factories. They improve efficiency, reduce manual handling, and ensure stable, continuous production across assembly, inspection, and packaging processes.
Join Industrial is a professional Automated Conveyor Lines manufacturer, operating its own production facility with strong engineering capabilities. We specialize in customized automated conveyor line solutions, designing each system based on product type, layout, throughput, and process requirements. From concept design and equipment manufacturing to installation and commissioning, Join Industrial delivers reliable, scalable conveyor solutions that integrate seamlessly into existing production lines.
Case Study | Belt Conveyor System In pharmaceutical sorting scenarios
Project Background
In pharmaceutical sorting scenarios, high efficiency, accuracy, cleanliness, and system stability are critical requirements. To improve order processing speed and reduce manual handling, the enterprise introduced an automated belt conveyor system into its drug sorting and distribution center.The system supports its fast-growing online healthcare and medicine delivery business.
Our Conveyor System Solution
Based on the characteristics of pharmaceutical products and enterprise’s high-throughput operation model, we provided a customized belt conveyor solution, featuring:
Smooth and stable belt transmission to prevent product damage
Food-grade / pharmaceutical-grade belt material, suitable for clean logistics environments
Modular structure, easy to expand or integrate with sorting machines, scanners, and packing systems
Flexible layout design, adapting to the warehouse space and process flow
Low-noise operation, improving on-site working conditions
Key Advantages for Pharmaceutical Sorting
Compared with traditional manual handling or simple roller conveyors, the belt conveyor system offers clear advantages in enterprise’s pharmaceutical logistics scenario:
Higher sorting efficiency: Continuous conveying reduces waiting time and bottlenecks
Improved accuracy: Stable transportation supports barcode scanning and automated identification
Reduced labor cost: Less manual carrying and repetitive work
Enhanced cleanliness & safety: Enclosed or semi-enclosed design helps meet pharmaceutical handling standards
Strong system stability: Designed for long-time, high-load operation in peak seasons
Customer Feedback
After the belt conveyor system was put into operation, enterprise’s pharmaceutical sorting center achieved:
Faster order processing during peak periods
More standardized and streamlined internal logistics
Reduced error rate in medicine sorting and packing
Improved overall warehouse automation level
The system has been running stably and has become an essential part of enterprise’s pharmaceutical fulfillment infrastructure.
Why Choose Our Belt Conveyor Solutions
As a customized automation equipment manufacturer, we provide more than standard conveyors:
Tailor-made conveyor systems for specific industries and applications
Strong experience in e-commerce, logistics, and pharmaceutical automation
Flexible customization on length, width, speed, and structure
One-stop service from design to manufacturing and on-site support
FAQ
What information is needed before designing a customized conveyor line?
Key inputs include product dimensions and weight, required throughput, production layout, process flow, and environmental conditions. The clearer the data, the fewer design revisions later.
How do you choose the right conveyor type?
Belt, roller, chain, modular plastic, or overhead conveyors are selected based on product stability, load capacity, speed, and positioning accuracy. Wrong selection creates problems no controller can fix.
Can the conveyor line integrate with existing equipment?
Yes, but integration must be planned early. Height alignment, control signals, and cycle synchronization are critical to avoid bottlenecks.
How is product damage prevented during transfer?
Design factors include controlled acceleration, soft stops, guide rails, and proper spacing. Gentle handling is engineered, not assumed.
What control system is used?
PLC-based control systems with open architecture are preferred for stability, maintenance, and future upgrades.
How is system performance validated?
Factory Acceptance Testing (FAT) and on-site commissioning confirm speed, stability, and integration before full production.