CRA Series Hydraulic Toe Jack Heavy-Duty Lift with 360° Rotating Base

Why Professionals Choose Our Hydraulic Toe Jack
Dual Lifting Points: Toe & Head
Get the best of both worlds. Lift from the bottom toe for ultra-low gaps or use the top saddle for traditional jacking. This dual-purpose design makes it one of the most versatile tools in any rigging or maintenance kit.
360° Swivel Housing for Total Flexibility
Unlike rigid jacks, our model features a 360-degree rotating housing. This allows you to position the pump handle in the most comfortable and effective direction, regardless of how cramped or awkward the workspace is.
Built for Extreme Durability
Reinforced Alloy Steel Claw: The lifting toe is forged from high-strength steel to prevent bending and ensure a secure grip on the load.
Overload Protection Valve: An integrated internal safety valve prevents the jack from lifting beyond its rated capacity, protecting both the operator and the equipment.
Chrome-Plated Internal Piston: Ensures a smooth, "non-stick" lift every time and provides superior resistance to corrosion and wear.
Stable & Secure Foundation
The extra-wide base plate provides maximum stability, preventing tipping even when lifting at full capacity. The precision-machined "claws" are designed with a slight inward tilt to ensure the load remains seated safely during the entire lifting cycle.
Engineered for the World’s Toughest Industries
From Heavy Machinery Relocation and Bridge Construction to Shipbuilding and Emergency Rescue, our Toe Jacks are the backbone of high-stakes lifting.

5-Ton Model: Perfect for workshop machinery and precision leveling.
10-Ton to 25-Ton Models: Designed for heavy industrial plant maintenance and massive structural support.
50-Ton Giants: The heavyweight champion for the most extreme lifting requirements on the planet.

Pro-Tip for Peak Performance
For the safest operation, always ensure the load is fully engaged with the back of the "toe" or claw. To lower the load with surgical precision, simply use the fine-tuned release valve—designed to provide a slow, controlled descent even under maximum weight.