Adjustable setup and versatile use allow customized positioning for lifting, moving, or relocating heavy parts. Adjustable Gantry Crane. Provides a customizable lifting setup for professional material handling tasks.
Adjustable setup and versatile use allow customized positioning for lifting, moving, or relocating heavy parts. Adjustable Gantry Crane. Provides a customizable lifting setup for professional material handling tasks.
Inevitably, there are problems at work where things are so heavy that it is very difficult to move them purely by hand. This electric hoist is made of alloy steel and plastic which makes it robust and durable.
Model: PA1000. Input Power: 1800W. Inevitably, there are problems at work where things are so heavy that it is very difficult to move them purely by hand. This electric hoist is made of alloy steel and plastic which makes it robust and durable.
Inevitably, there are problems at work where things are so heavy that it is very difficult to move them purely by hand. This electric hoist is made of alloy steel and plastic which makes it robust and durable.
Adjustable setup and versatile use allow customized positioning for lifting, moving, or relocating heavy parts. Adjustable Gantry Crane. Provides a customizable lifting setup for professional material handling tasks.
Robust 2200 lbs Capacity & Heavy-Duty Construction: Engineered to handle demanding tasks with a remarkable 2200 lbs (1 Ton) load capacity. Portable and User-Friendly Design: This portable gantry crane is designed for ease of use and setup.
Adjustable setup and versatile use allow customized positioning for lifting, moving, or relocating heavy parts. Adjustable Gantry Crane. Provides a customizable lifting setup for professional material handling tasks.
Heavy-duty, high load-bearing galvanized hook with pulley for double-line operation. The built-in cooling fan improves airflow. DURABLE – The surface of the high carbon steel wire is galvanized, smooth, and resistant to corrosion.
[Reduce flange stress]Clamp jaw is designed to reduce flange stress by distributing load away from I-beam flange edge.
