Chinese-Made Baler Supports Reconstruction Efforts in Syria: WANSHIDA Y83-2000 Delivered to Damascus

In a significant development supporting Syria's reconstruction initiatives, Jiangsu WANSHIDA Hydraulic Machinery Co., Ltd. has successfully delivered and installed a Y83-2000 metal baler to a scrap processing facility in Damascus. This equipment will play a crucial role in processing metal scrap for rebuilding efforts throughout the region.

The Y83-2000 baler features a 1800×1400×900mm chamber and produces uniformly dense 400×400mm bales ideal for transportation and storage. Its reliable dual-motor system (22kW×2) ensures stable operation even in challenging working conditions.

"We understand the importance of reliable equipment in supporting reconstruction efforts," stated the International Business Director of WANSHIDA. "This machine is designed to operate effectively in demanding environments while providing consistent performance."

Local operators have reported significant improvements in processing efficiency, noting the equipment's ability to handle various types of construction scrap and metal waste. "This baler has transformed our scrap processing capabilities, allowing us to contribute more effectively to rebuilding projects," commented the facility manager.

• 55% reduction in material volume
• 45% improvement in storage efficiency
• Enhanced safety features for operator protection
• Low maintenance requirements suitable for local conditions

This delivery represents WANSHIDA's commitment to supporting global recovery efforts and demonstrates the reliability of Chinese manufacturing in challenging operational environments.

Jiangsu WANSHIDA Hydraulic Machinery Co., Ltd. is specializing in hydraulic balers, shears, and briquetting machines, WANSHIDA serves clients across 50+ countries.

Main products include:

• Hydraulic Metal Baler
• Hydraulic Metal Shear
• Hydraulic Steel Scrap Shearer
• Scrap Briquetting Press

To learn about our other products, please visit our website (www.hydraulicmetalbalers.com).