Gibraltar GS60C Sliding Arm Bar Clamp 4-3/4 in Throat

Product Description

The GIBRALTAR GS60C is a heavy-duty sliding arm bar clamp built for industrial and trade clamping applications. It features a 4-3/4 inch throat depth and delivers 2,650 pounds of clamping pressure, making it well-suited for metalworking, fabrication, and machining setups where consistent, repeatable force is required. The frame and pad are constructed from forged steel, the spindle from alloy steel, and the clamp carries a nickel finish for corrosion resistance. A T-handle provides controlled tightening without the need for additional tooling. This clamp is part of Gibraltar's GS Series and is handled by machinists, fabricators, and toolroom technicians.

The GS60C is used in machine shops, fabrication facilities, and production environments where workpieces must be held securely during milling, drilling, or fixturing operations. Its 30 mm x 15 mm rail size and sliding arm design allow fast repositioning across varying workpiece sizes. The forged steel construction is appropriate for high-load, repetitive-use scenarios common in industrial settings. This clamp is a single-unit item with a minimum order quantity of one.

Key Features

• 4-3/4 inch throat depth accommodates a wide range of workpiece profiles
• 2,650 lb clamping pressure rating for heavy-duty fixturing and machining
• Forged steel frame and pad for high-load durability
• Alloy steel spindle for strength under repeated torque cycles
• Nickel finish provides corrosion resistance in shop environments
• T-handle design for controlled, tool-free tightening

Compatibility

Designed as an OEM-style replacement or direct addition to GS Series sliding arm bar clamp setups using a 30 mm x 15 mm rail profile.

Installation Notes

Installation and adjustment of bar clamps in machining fixtures is typically performed by machinists or toolroom technicians. Before repositioning or removing the clamp from a live setup, ensure the machine is powered down and any workpiece is fully secured or supported independently. Inspect the rail, spindle, and pad contact surfaces for wear or damage before each use. Do not exceed the rated clamping pressure to avoid deformation of the forged steel components or workpiece damage.