Sealey RE97XM10 Push Ram - Maxi 10tonne
Sealey RE97XM10 Push Ram - Maxi 10tonne
Couldn't load pickup availability
Sealey RE97XM10 Push Ram – Maxi 10tonne
Jacks & Lift Trucks
The Sealey RE97XM10 Push Ram – Maxi 10tonne is a robust and reliable hydraulic ram designed for demanding lifting and pushing applications within professional automotive and industrial environments. Crafted for precision and durability, this push ram delivers consistent performance and seamless integration with a wide array of Sealey hydraulic body repair kits.
- Maximum Load Capacity: 10 tonne
- Stroke Length: 158mm
- Closed Height: 327mm
- Thread: 1/4"BSP
- Weight: 6.46kg
Compared to previous models and typical industry offerings, the Sealey RE97XM10 Push Ram stands out due to its enhanced stroke length and optimised weight ratio. Conventional push rams often sacrifice portability for power, but the ergonomic design of the Sealey RE97XM10 offers impressive lifting capacity without unnecessary bulk. Additionally, the precision-engineered 1/4"BSP thread ensures compatibility with a broad selection of equipment, making it a practical choice amongst jacks & lift trucks available on the market.
Key Technical Advantages: Technology and Performance
The Sealey RE97XM10 Push Ram is equipped with advanced hydraulic technology, delivering smooth and controlled extension even under full load. The durable construction minimises maintenance requirements, assuring long service life and reliability for workshop professionals. Its streamlined design enables efficient operation in confined spaces where other push rams might falter.
With its 10 tonne capacity and generous 158mm stroke length, this push ram is well-suited to a diverse range of vehicle lifting and repair tasks. The weight-efficient build at just 6.46kg facilitates easy transportation and handling around the garage or worksite. If you're seeking a high-quality addition to your jacks & lift trucks arsenal, the Sealey RE97XM10 Push Ram presents a compelling blend of power, precision, and versatile compatibility for demanding lifting operations.
Share

 
          