Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.
91～105 item / All 946 items
High-pressure clamp hydraulic equipment clamping cylinder
The strong coil spring allows for clamping, making it ideal for long-term clamping. By adopting a coil spring instead of the conventional disc spring, high-precision clamping force is achieved. For more details, please contact us or refer to the catalog.
Transporting super heavy objects with a hydraulic cylinder.
The hydraulic self-propelled system with a hydraulic cylinder measuring method safely and accurately transports ultra-heavy objects. It constantly controls the center of gravity balance with an automatic posture control system.
We achieved a challenging relocation with Enerpac's hydraulic self-propelled system and wire clamp.
The world's first LNG regasification facility is constructed from 90,000 m³ of cement and 30,000 tons of steel. The relocation required a solution for lifting and sliding the massive structure. With Enerpac's hydraulic self-propelled system and wire clamps (strand jacks), the challenging relocation was achieved. Enerpac successfully lifted the 3,000-ton massive structure and slid it over uneven ground. [Contents] ○ LNG facility in the Adriatic Sea For more details, please contact us or download the catalog.
We will introduce examples of hull assembly and hull transportation of British Navy missile destroyers.
The hull section of the British Navy's air defense destroyer is manufactured in five blocks, with the heaviest block weighing as much as 1,400 tons. Prior to the welding work on the hull construction blocks, a synchronized system controlled by Enerpac's digital technology lifts the blocks, measures their weight, and positions them accurately. This has improved work efficiency and quality. When unloading a new ship, efficiency and accuracy are extremely important. Enerpac has developed a special synchronized lifting system to reduce the total work time and number of workers needed to complete the job. This 12-point lifting system can be powered by hydraulic equipment, features an electronic variable speed control device, and allows for the connection of two additional synchronized units (12-point lifting system) for large-scale lifting operations. [Contents] - Hull assembly of British Navy missile destroyers - Hull transportation For more details, please contact us or download the catalog.
Technical document containing basic calculation examples related to hydraulic pressure.
"The Basics of Hydraulic Calculations" is a "technical document" from Enapak Corporation, which manufactures and sells hydraulic equipment for industrial use. This document includes examples of calculations for hydraulic cylinder output and the required oil volume for cylinders, as well as a table for SI unit conversions. [Contents] ■ Output ■ Required Oil Volume ■ Cylinder Speed ■ SI Unit Conversion Table For more details, please refer to the catalog or feel free to contact us.
Introducing the steps to build a work crank system matched to production jigs.
The "Clamp System Setup" introduces four steps to build a work clamp system that matches the production jig. Additionally, it includes the layout of the swing cylinder and work support that achieves savings in machining setup time and improves product quality, as well as information on "support force," "clamping force," "clamping points," and the "requirements for the hydraulic circuit" to ensure the proper operation of the swing cylinder and work support. [Contents] ■ Main Steps of Clamp System Setup ■ Layout of Swing Cylinder and Work Support ■ Support Force and Clamping Force ■ Clamping Points ■ Requirements for Hydraulic Circuit, etc. For more details, please refer to the catalog or feel free to contact us.
A quick reference table showing cylinder speed in mm/second assuming 100% efficiency.
The "Cylinder Speed Quick Reference Table" includes technical data on cylinder speed in mm/second (calculated value at 50Hz) assuming 100% efficiency. [Included Content] ■ RC Type ■ RCH Type ■ RRH Type ■ BRD Type ■ RR Type ■ NR Type For more details, please refer to the catalog or feel free to contact us.
A series of hydraulic cylinders for super-large lifts that have reached the Summit Edition.
The "Super Large Lift Hydraulic Cylinder Series" is a product specialized for jack-up operations. We offer a lineup including the "HCG Series Single Acting Cylinder," "HCR Series Double Acting Cylinder," and "HCL Series with Safety Lock Nut." This product, combined with Enerpac hydraulic pumps, creates a world-class hydraulic system that ensures the safe and reliable execution of very challenging jack-up tasks. 【Features】 ■ Hard coating treatment applied, strong against eccentric loads with high-frequency specifications ■ The exterior and interior of the cylinder are designed to withstand bad weather ■ Easy operation due to the low-friction structure of the safety lock nut ■ Bearing technology prevents wear of the entire cylinder and internal damage even under strong eccentric loads ■ Low wear ultra-high pressure hydraulic seal technology *For more details, please refer to the PDF materials or feel free to contact us.
Ultra-flat hydraulic cylinder series capable of a maximum eccentric load of 4%.
The Enapak Ultra Flat Hydraulic Cylinder Series offers two options: "Tilt Type (CUSP Series)" and "With Stop Ring (CULP Series)." These products feature an ultra-low profile and can handle a maximum eccentric load of 4%. Additionally, the nitro carburizing surface treatment enhances wear resistance and prevents corrosion. 【Features】 ■ CUSP Series - Tilt type - Plunger with an inclination function that accommodates 2 to 4° - The limit stroke can be visually confirmed by the red line on the plunger ■ CULP Series - With stop ring *For more details, please refer to the PDF document or feel free to contact us.
The return side is also controlled by hydraulic pressure! Coating specifications that can handle bad weather. The maximum operating pressure is 70 MPa.
The "HCRL Series" is a double-acting hydraulic cylinder that can maintain a load for an extended period due to its mechanical safety lock nut. It supports a maximum operating pressure of 70 MPa and allows for hydraulic control of both pushing and retracting. It can withstand eccentric loads of up to approximately 10% of the cylinder's maximum capacity. Designed for high-frequency use with hard coating treatment, the tilt saddle attached to the cylinder can accommodate inclinations of up to 5 degrees. 【Features】 ■ Maximum operating pressure of 70 MPa ■ Coating specifications for both internal and external surfaces to withstand bad weather ■ Equipped with an over-stroke prevention stop ring ■ Low-friction safety lock nut allows for quick tightening *For more details, please refer to the documentation. Feel free to contact us with any inquiries.
Easily, safely, and cost-effectively extract components attached to the shaft!
The "LGM Series" is a mechanical lock grip puller suitable for pulling small to medium-sized wheels, sprockets, bearings, and other similar shaft-mounted components. Thanks to the puller's self-centering closure system, all claws operate simultaneously, allowing a single operator to easily attach and use the puller. 【Features】 - Quick and easy setup and installation for a wide range of applications - Secure grip with locking claws for safe and simple operation - Synchronized claw movement enables a single operator to perform the entire pulling operation - Available in configurations with 2 or 3 claws - Convenient adjustment handle makes positioning the claws easy, improving work speed *For more details, please refer to the PDF document or feel free to contact us.
Equivalent safety and convenience to a mechanical puller! Designed to reduce operator fatigue.
The "LGH Series" is a hydraulic lock grip puller that provides the same level of safety and convenience as a mechanical puller by applying pulling force through a standard 70MPa hydraulic cylinder. It can exert a maximum thrust of 576kN, making it suitable for the extraction of large parts with a maximum diameter of 660mm attached to a shaft. In addition to the hydraulic puller, we also offer the "LGHMS Series" master puller set, which includes a cylinder, hose, pump, and more. 【Features of the LGH Series】 ■ Improved pulling capacity by applying hydraulic pulling force, reducing operator fatigue ■ Ability to choose between 2-jaw and 3-jaw configurations, regardless of the presence of a hollow cylinder ■ Locking mechanism prevents the puller's jaws from slipping off the workpiece ■ Prevents damage to the spindle when pulling against a flat surface ■ The upper part of the jaws opens wide, allowing use on thick objects *For more details, please refer to the PDF document or feel free to contact us.
![[Information] Regarding the Use of Swing Clamp Accessory Arm](https://image.mono.ipros.com/public/product/image/a08/2000657066/IPROS27091082281254170500.png?w=280&h=280)
Arm length of the CAL/CAS series: Clamping force: Graphs of maximum flow rate and other related information!
The swing clamp's maximum flow rate per clamp cylinder is determined by the length of the arm used, and the intersection of the arm length and curve represents the clamping force. When determining the clamping force, please adjust the arm length within the allowable clamping force and be careful not to damage the plunger rod during installation. This document includes graphs showing the relationship between arm length, clamping force, and maximum flow rate for the separately sold long arm "CAL series" and the separately sold standard arm "CAS series," as well as dimension diagrams for the mounting parts when fabricating the arm. Please take a look. [Contents] - Graph of arm length: clamping force: maximum flow rate relationship - Clamping arm dimension table - Dimension table for arm fabrication - Example of usage conditions for the 5kN series - Dimension diagram for mounting parts when fabricating the arm *For more details, please refer to the PDF document or feel free to contact us.
Achieving cutting-edge speed and precision! A synchronized lifting system that places pumps at each point.
The "EVOP Series" is a synchronized lifting system suitable for heavy-duty cylinders with capacities ranging from 3036 to 10644 kN. It is synchronized controlled by a variable frequency drive (VFD) motor, enabling smooth operation and high-precision high-speed lifting. Additionally, we offer products such as the "EVO-SC-25, stroke sensor cable, 25 meters," which can be connected to extend cables, and the "CLNC12 network controller." 【Features】 ■ The standard control interface allows for easy setup and a variety of lifting operations. ■ Lifting speed is eight times faster compared to similar methods. ■ The stroke difference between each cylinder during operation is less than 1.0 mm. ■ Built-in warnings and stop alarms ensure maximum safety. *For more details, please refer to the PDF materials or feel free to contact us.
Introducing a hydraulic coupler that can be used at temperatures of -40 to 100℃, with a maximum allowable flow rate of 6L/min and a maximum operating pressure of 30MPa.
We would like to introduce our "Automatic Couplers." The block-integrated models "AUC-115" and "AUN-115-PF1/4" are suitable for systems that automate the connection and disconnection of hydraulic piping, such as hydraulic cylinders. The screw-in models "L391234" and "L391235" feature external threads on the coupler body, making them easy to integrate and allowing for direct attachment to manifold blocks. The specifications and connection accuracy are the same as the block-integrated models. 【Features】 ■ Block-integrated type - Suitable for systems that automate the connection and disconnection of hydraulic piping, such as hydraulic cylinders. ■ Screw-in type - Features external threads on the coupler body, making integration easy and allowing for direct attachment to manifold blocks. *For more details, please refer to the PDF materials or feel free to contact us.
