Description
The Universal Boom Lift Hydraulic Cylinder is a replacement part for the Kubota SVL95-2SC. It fits under various categories like Double-Acting Welded Rod Hydraulic Cylinders, Kubota, Replacement Welded Rod Hydraulic Cylinders, and Welded Cylinders, and is manufactured by Kubota Hydraulic Cylinders. It is suitable for models like Kubota SVL90, Kubota SVL90-2, Kubota SVL90C, Kubota SVL95-2S, and Kubota SVL95-2SC. The cylinder serves the function of a Boom Arm Lift and is of the Skid Steer/Compact Track Loader type.
The Replacement Universal Boom Lift Hydraulic Cylinder for Kubota SVL95-2SC is an essential part of your equipment. It comes with an SKU of 1319153979 and weighs 80 lbs. The cylinder boasts a bore size of 3 inches, a rod measurement of 1.75 inches, and a stroke length of 30.5 inches. This high-quality cylinder ensures excellent performance and longevity. Regular maintenance and proper care are vital to keep your hydraulic cylinder in its best working condition.
We at Xinlan are proud to present our wide range of products, including the Replacement Universal Boom Lift Hydraulic Cylinder for Kubota SVL95-2SC. We encourage our customers to explore this product and consider it for their machinery. Our products promise superior quality and excellent performance. 
We invite you to take a virtual tour of our Xinlan VR factory, where you can see the meticulous process that goes into creating each hydraulic cylinder.
At Xinlan, we also offer customization services to meet your specific requirements. Our dedicated team is ready to assist you in creating a personalized hydraulic cylinder that fits your needs. 
Q&A
- What is the weight of the Replacement Universal Boom Lift Hydraulic Cylinder for Kubota SVL95-2SC?
- The weight of the cylinder is 80 lbs.
- What is the bore size of the cylinder?
- The bore size of the cylinder is 3 inches.
- What are the models suitable for this cylinder?
- This cylinder is suitable for Kubota SVL90, Kubota SVL90-2, Kubota SVL90C, Kubota SVL95-2S, and Kubota SVL95-2SC models.
Watch this video to understand more about how a hydraulic cylinder works: