STEEL-SMITH Right Angle Hold Down Action 6.4kN AOT-40125-SB / AOT-40125-UB

The STEEL-SMITH Right Angle Hold Down Action clamps, available in AOT-40125-SB (Steel Base) and AOT-40125-UB (U-Bar Base) variants, are heavy-duty and robust clamping solutions designed for industrial applications requiring higher clamping forces. These hold-down action clamps are engineered to provide strong, reliable, and secure clamping force to hold workpieces firmly in place during machining, assembly, or other industrial processes.

The AOT-40125-SB and AOT-40125-UB clamps feature a right-angle design, making them suitable for applications where space is limited or where a perpendicular clamping action is required. The Steel Base (SB) variant is constructed from high-quality steel, offering excellent strength and durability, while the U-Bar Base (UB) variant provides added versatility and ease of mounting due to its U-shaped bar design.

Both variants of the STEEL-SMITH Right Angle Hold Down Action clamps are capable of generating a substantial clamping force of 6.4kN, ensuring that workpieces are securely held in place to prevent movement or slippage during operation. The clamps feature a hold-down action mechanism that allows for quick and easy engagement and disengagement of the clamping force, facilitating efficient workflow and operator convenience.

Designed for ease of installation and operation, these clamps can be easily mounted to workbenches, fixtures, or machinery using standard fasteners. Their robust construction, reliable performance, and substantial clamping force make them ideal for heavy-duty industrial applications, including metalworking, woodworking, assembly lines, and more.

In summary, the STEEL-SMITH Right Angle Hold Down Action clamps, available in AOT-40125-SB and AOT-40125-UB variants, are heavy-duty and durable clamping solutions designed to provide strong and secure clamping force for industrial applications requiring higher clamping forces. Their right-angle design, 6.4kN clamping force, and easy installation make them an ideal choice for ensuring safe, efficient, and precise workpiece clamping in diverse heavy-duty industrial settings, contributing to improved productivity and quality of work.