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TürkFlange Mounted Hydraulic Lever Clamp
As industrial production evolves and demand for precise machining continues to expand, we consistently strengthen our engineering capabilities to provide reliable clamping technologies for global B2B partners. With decades of technical experience accumulated since our early operations, we have refined our expertise around the Hydraulic Clamp Cylinder, ensuring every component we deliver supports higher accuracy and stability within advanced CNC environments. In this direction, our commitment to performance is reinforced through the development of our Flange Mounted Hydraulic Lever Clamp, which integrates high-strength structure, controlled movement, and optimized force transmission to meet the expectations of importers, wholesalers, and industrial system integrators seeking dependable clamping solutions. Our journey began with distributing high-grade fixtures to the machining sector and gradually extended into in-house engineering as we recognized the importance of innovating our own designs.
Through the continuous expansion of our product range, we have become a trusted manufacturer for companies searching for robust clamping mechanisms that adapt to diverse automation demands. Our technical capabilities focus on delivering consistent output pressure, stable motion sequencing, and strong load resistance, enabling customers to implement efficient fixture layouts across various machining platforms. These engineering strengths allow us to support production lines that require enhanced durability and controlled actuation under complex operational conditions. Over the years, we have advanced our know-how to ensure every solution aligns with evolving industry requirements, while maintaining the responsive communication and streamlined development process that our global partners appreciate. As a result, CLAMPWELL COMPANY LTD. maintains long-standing collaborations with professional buyers who prioritize performance, reliability, and long-term value in their mechanical systems.
Through the continuous expansion of our product range, we have become a trusted manufacturer for companies searching for robust clamping mechanisms that adapt to diverse automation demands. Our technical capabilities focus on delivering consistent output pressure, stable motion sequencing, and strong load resistance, enabling customers to implement efficient fixture layouts across various machining platforms. These engineering strengths allow us to support production lines that require enhanced durability and controlled actuation under complex operational conditions. Over the years, we have advanced our know-how to ensure every solution aligns with evolving industry requirements, while maintaining the responsive communication and streamlined development process that our global partners appreciate. As a result, CLAMPWELL COMPANY LTD. maintains long-standing collaborations with professional buyers who prioritize performance, reliability, and long-term value in their mechanical systems.
Flange Mounted Hydraulic Lever Clamp
Model - HLC-FAM-2
Hydraulic Lever Clamp Cylinder — Maximum Working Pressure: 70 bar
The Hydraulic Lever Clamp Cylinder is a clamping element that uses hydraulic oil as its driving power. The piston drives the lever mechanism to achieve clamping. Its main feature lies in the lever principle, which converts hydraulic thrust into greater clamping force, ensuring stable and efficient workpiece fixation.
Key Features
1. High Clamping Force: The lever structure amplifies the hydraulic thrust, providing stable clamping for medium to large workpieces.
2. Compact Structure: Short and compact design, easy to install in fixtures or tooling with limited space.
3. Accurate Positioning: Lever-type clamping provides stable lateral or downward force, preventing the workpiece from shifting or vibrating during machining.
4. High Strength Design: The support design of the lever mechanism is integrated with the cylinder body to enhance overall strength.
5. Mounting Method: Top-flange mounting, fixed from above onto the fixture plate using screws. Piping installation and manifold installation are available on the same cylinder body, providing flexible options.
Recommended Applications
1. CNC Machining Center Fixtures: Ideal for milling, drilling, and tapping processes requiring strong cutting forces and secure workpiece fixation.
2. Tooling & Fixture Systems: Suitable for mass-production fixtures, reducing workpiece setup/removal time and improving productivity.
3. Automotive Parts Machining: For components such as engine blocks, brake parts, and suspension systems, where high accuracy and rigidity are required.
4. Aerospace Industry: For machining composite materials or aluminum alloy structures, minimizing dimensional deviations caused by vibration.
5. Heavy Industry / Steel Processing: Applied in securing large structures or thick plate components, enhancing safety and machining precision.
In short, the Hydraulic Lever Clamp Cylinder is ideal for machining applications that require powerful clamping force, compact installation, and high precision, improving production efficiency.
As our global reach expanded, we strengthened the depth and diversity of our offerings to meet broader application needs across modern factories. By combining durable mechanical structure with refined hydraulic actuation, we optimized the design of our Flange Mounted Hydraulic Lever Clamp to deliver stable clamping force, efficient space utilization, and high compatibility with custom fixture designs. This approach supports B2B clients who require industrial components that sustain heavy-duty use while providing predictable performance in automated cycles. Over time, our development efforts have enabled us to offer solutions that integrate smoothly into precision machining setups, whether customers require standardized selections or tailored mechanisms adapted for specialized production environments.
With continuous innovation as our core driving force, we have refined our engineering methods, expanded product categories, and strengthened our position as dependable suppliers, exporter, and premium solution providers for professionals looking for a clamping product designed with long-term efficiency in mind. These advancements complement our mission to elevate manufacturing performance and support customers seeking the Best solutions from Taiwan. Our long-term commitment to quality and punctual fulfillment reflects the values we uphold while serving partners across global markets. As we continue to expand through our FLOWTEK brand and ODM collaborations, we remain dedicated to enhancing machining productivity, ensuring consistent clamping precision, and strengthening the capabilities of factories worldwide. For further technical discussion or cooperation opportunities, please Contact Us.
With continuous innovation as our core driving force, we have refined our engineering methods, expanded product categories, and strengthened our position as dependable suppliers, exporter, and premium solution providers for professionals looking for a clamping product designed with long-term efficiency in mind. These advancements complement our mission to elevate manufacturing performance and support customers seeking the Best solutions from Taiwan. Our long-term commitment to quality and punctual fulfillment reflects the values we uphold while serving partners across global markets. As we continue to expand through our FLOWTEK brand and ODM collaborations, we remain dedicated to enhancing machining productivity, ensuring consistent clamping precision, and strengthening the capabilities of factories worldwide. For further technical discussion or cooperation opportunities, please Contact Us.
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Products List
Hydraulic Lever Clamp Cylinder — Maximum Working Pressure: 70 bar
The Hydraulic Lever Clamp Cylinder is a clamping element that uses hydraulic oil as its driving power. The piston drives the lever mechanism to achieve clamping. Its main feature lies in the lever principle, which converts hydraulic thrust into greater clamping force, ensuring stable and efficient workpiece fixation.
Key Features
1. High Clamping Force: The lever structure amplifies the hydraulic thrust, providing stable clamping for medium to large workpieces.
2. Compact Structure: Short and compact design, easy to install in fixtures or tooling with limited space.
3. Accurate Positioning: Lever-type clamping provides stable lateral or downward force, preventing the workpiece from shifting or vibrating during machining.
4. Flexible Application: The clamp arm direction can be adjusted relative to the workpiece, and the built-in flow control valve allows adjustment of clamping speed to synchronize multiple clamps within the fixture.
5. Automation Integration: Customized lever clamps can be equipped with sensors to detect clamping/release positions, meeting the requirements of CNC automation and production lines.
6. Installation Method: Top flange mounting—secured directly to the fixture plate with screws. Both pipe connection and manifold mounting are available on the same cylinder body, allowing flexible installation options.
Recommended Applications
1. CNC Machining Center Fixtures: Ideal for milling, drilling, and tapping processes requiring strong cutting forces and secure workpiece fixation.
2. Tooling & Fixture Systems: Suitable for mass-production fixtures, reducing workpiece setup/removal time and improving productivity.
3. Automotive Parts Machining: For components such as engine blocks, brake parts, and suspension systems, where high accuracy and rigidity are required.
4. Aerospace Industry: For machining composite materials or aluminum alloy structures, minimizing dimensional deviations caused by vibration.
5. Heavy Industry / Steel Processing: Applied in securing large structures or thick plate components, enhancing safety and machining precision.
In short, the Hydraulic Lever Clamp Cylinder is ideal for machining applications that require powerful clamping force, compact installation, and high precision, improving overall production efficiency.
Hydraulic Swing Clamp Cylinder — Max operating pressure 70 bar
A hydraulic swing clamp cylinder is a clamping element powered by hydraulic oil. Its unique feature is that the piston rod performs a swing motion (rotation) before moving linearly to clamp or release. This design effectively avoids interference with the surface of the workpiece or the fixture, making it especially suitable for confined spaces or applications that require fast automated positioning.
Key Features
1. High Clamping Force: Provides stable and powerful clamping with hydraulic drive.
2. Swing Motion: Available in common swing angles of 90° or 180°, with left or right swing options.
3. Compact Design: Short cylinder body, easy to install on jigs or CNC fixtures.
4. External Thread Installation: The cylinder height can be adjusted with a lock nut to match the workpiece.
Application Fields
Hydraulic swing clamp cylinders, due to their design and stable clamping force, are widely used in:
1. CNC Machining Centers
Quickly secures workpieces for high-precision cutting on CNC milling machines and machining centers, avoiding interference problems of traditional linear clamps.
2. Automated Production Lines
When combined with sensors, they enable fully automated loading, unloading, and clamping, improving production efficiency.
3. Jig and Fixture Design
Functions as a key actuator in fixtures, suitable for applications requiring fast positioning and secure clamping of workpieces.
4. Mass Production Industries
Extensively used in industries such as automotive parts, aerospace components, and precision electronics for repetitive machining operations.
5. Clamping in Confined Spaces
Especially suitable for complex-shaped workpieces or scenarios with limited clamping space.
Hydraulic Swing Clamp Cylinder — Max operating pressure: 70 bar
A hydraulic swing clamp cylinder is a clamping element powered by hydraulic oil. Its unique feature is that the piston rod performs a swing motion (rotation) before moving linearly to clamp or release. This design effectively avoids interference with the surface of the workpiece or the fixture, making it especially suitable for confined spaces or applications that require fast automated positioning.
Key Features
1) High Clamping Force: Provides stable and powerful clamping with hydraulic drive.
2) Swing Motion: Available in common swing angles of 90° or 180°, with left or right swing options.
3) Compact Design: Short cylinder body, easy to install on jigs or CNC fixtures.
4) Automation Support: Customizable with built-in magnetic rings and sensors to detect clamping and releasing positions, making it easier to integrate into automation systems.
5) Mounting Method: Upper flange mounting, directly fixed onto the fixture plate with screws. Both port connection installation and manifold installation are available on the same cylinder body, providing flexible options.
6) Speed Adjustable: The built-in flow control valve allows the entire set of fixtures to perform clamping operations synchronously.
Application Fields
• CNC Machining Centers: Quickly secures workpieces for high-precision cutting on CNC milling machines and machining centers, avoiding interference problems of traditional linear clamps.
• Automated Production Lines: When combined with sensors, they enable fully automated loading, unloading, and clamping, improving production efficiency.
• Jig and Fixture Design: Functions as a key actuator in fixtures, suitable for applications requiring fast positioning and secure clamping of workpieces.
• Mass Production Industries: Extensively used in industries such as automotive parts, aerospace components, and precision electronics for repetitive machining operations.
• Clamping in Confined Spaces: Especially suitable for complex-shaped workpieces or scenarios with limited clamping space.
Hydraulic Swing Clamp Cylinder｜Max operating pressure: 70 bar
A hydraulic swing clamp cylinder is a clamping element powered by hydraulic oil. Its unique feature is that the piston rod performs a swing motion (rotation) before moving linearly to clamp or release. This design effectively avoids interference with the surface of the workpiece or the fixture, making it especially suitable for confined spaces or applications that require fast automated positioning.
Key Features
1. High Clamping Force: Provides stable and powerful clamping with hydraulic drive.
2. Swing Motion: Available in common swing angles of 90° or 180°, with left or right swing options.
3. Compact Design: Short cylinder body, easy to install on jigs or CNC fixtures.
4. Automation Support: Customizable with built-in magnetic rings and sensors to detect clamping and releasing positions, making it easier to integrate into automation systems.
5. Mounting Method: Upper flange mounting, directly fixed onto the fixture plate with screws. Both port connection installation and manifold installation are available on the same cylinder body, providing flexible options.
6. Speed Adjustable: The built-in flow control valve allows the entire set of fixtures to perform clamping operations synchronously.
Application Fields
Hydraulic swing clamp cylinders, due to their design and stable clamping force, are widely used in:
1. CNC Machining Centers: Quickly secures workpieces for high-precision cutting on CNC milling machines and machining centers, avoiding interference problems of traditional linear clamps.
2. Automated Production Lines: When combined with sensors, they enable fully automated loading, unloading, and clamping, improving production efficiency.
3. Jig and Fixture Design: Functions as a key actuator in fixtures, suitable for applications requiring fast positioning and secure clamping of workpieces.
4. Mass Production Industries: Extensively used in industries such as automotive parts, aerospace components, and precision electronics for repetitive machining operations.
5. Clamping in Confined Spaces: Especially suitable for complex-shaped workpieces or scenarios with limited clamping space.
Hydraulic Swing Clamp Cylinder — Max operating pressure 70 bar
A hydraulic swing clamp cylinder is a clamping element powered by hydraulic oil. Its unique feature is that the piston rod performs a swing motion (rotation) before moving linearly to clamp or release. This design effectively avoids interference with the surface of the workpiece or the fixture, making it especially suitable for confined spaces or applications that require fast automated positioning.
Key Features
1) High Clamping Force: Provides stable and powerful clamping with hydraulic drive.
2) Swing Motion: Available in common swing angles of 90° or 180°, with left or right swing options.
3) Compact Design: Short cylinder body, easy to install on jigs or CNC fixtures.
4) Automation Support: Customizable with built-in magnetic rings and sensors to detect clamping and releasing positions, making it easier to integrate into automation systems.
5) Mounting Method: Top-mounted installation, directly fixed onto the jig plate with screws, and compatible with manifold installation.
Application Fields
Hydraulic swing clamp cylinders, due to their design and stable clamping force, are widely used in:
1) CNC Machining Centers: Quickly secures workpieces for high-precision cutting on CNC milling machines and machining centers, avoiding interference problems of traditional linear clamps.
2) Automated Production Lines: When combined with sensors, they enable fully automated loading, unloading, and clamping, improving production efficiency.
3) Jig and Fixture Design: Functions as a key actuator in fixtures, suitable for applications requiring fast positioning and secure clamping of workpieces.
4) Mass Production Industries: Extensively used in industries such as automotive parts, aerospace components, and precision electronics for repetitive machining operations.
5) Clamping in Confined Spaces: Especially suitable for complex-shaped workpieces or scenarios with limited clamping space.
Hydraulic Swing Clamp Cylinder — Max operating pressure: 70 bar
A hydraulic swing clamp cylinder is a clamping element powered by hydraulic oil. Its unique feature is that the piston rod performs a swing motion (rotation) before moving linearly to clamp or release. This design effectively avoids interference with the surface of the workpiece or the fixture, making it especially suitable for confined spaces or applications that require fast automated positioning.
Key Features
High Clamping Force: Provides stable and powerful clamping with hydraulic drive.
Swing Motion: Available in common swing angles of 90° or 180°, with left or right swing options.
Compact Design: Short cylinder body, easy to install on jigs or CNC fixtures.
Automation Support: Customizable with built-in magnetic rings and sensors to detect clamping and releasing positions, making it easier to integrate into automation systems.
Mounting Method: Bottom flange mounting, directly fixed onto the fixture plate with screws.
Application Fields
Hydraulic swing clamp cylinders, due to their design and stable clamping force, are widely used in:
CNC Machining Centers: Quickly secures workpieces for high-precision cutting on CNC milling machines and machining centers, avoiding interference problems of traditional linear clamps.
Automated Production Lines: When combined with sensors, they enable fully automated loading, unloading, and clamping, improving production efficiency.
Jig and Fixture Design: Functions as a key actuator in fixtures, suitable for applications requiring fast positioning and secure clamping of workpieces.
Mass Production Industries: Extensively used in industries such as automotive parts, aerospace components, and precision electronics for repetitive machining operations.
Clamping in Confined Spaces: Especially suitable for complex-shaped workpieces or scenarios with limited clamping space.
Hydraulic Lever Clamp Cylinder — Maximum Working Pressure: 70 bar
The Hydraulic Lever Clamp Cylinder is a clamping element that uses hydraulic oil as its driving power. The piston drives the lever mechanism to achieve clamping. Its main feature lies in the lever principle, which converts hydraulic thrust into greater clamping force, ensuring stable and efficient workpiece fixation.
Key Features
1) High Clamping Force — The lever structure amplifies hydraulic thrust to provide stable clamping for medium to large workpieces.
2) Compact Structure — Short, compact design that is easy to install in fixtures or tooling with limited space.
3) Accurate Positioning — Lever-type clamping delivers stable lateral or downward force, preventing workpiece shifting or vibration during machining.
4) Flexible Application — The clamp arm direction can be adjusted relative to the workpiece, and the built-in flow control valve allows clamping speed adjustment to synchronize multiple clamps within a fixture.
5) Automation Integration — Customized lever clamps can be equipped with sensors to detect clamping/release positions, meeting CNC automation and production line requirements.
6) Installation Method — Top flange or external thread mounting: secure directly to the fixture plate with screws, or adjust height relative to the workpiece using a locknut. Both pipe connection and manifold mounting are available on the same cylinder body, allowing flexible installation options.
Recommended Applications
1) CNC Machining Center Fixtures — Ideal for milling, drilling, and tapping processes requiring strong cutting forces and secure workpiece fixation.
2) Tooling & Fixture Systems — Suitable for mass-production fixtures, reducing workpiece setup/removal time and improving productivity.
3) Automotive Parts Machining — For components such as engine blocks, brake parts, and suspension systems where high accuracy and rigidity are required.
4) Aerospace Industry — For machining composite materials or aluminum alloy structures, minimizing dimensional deviations caused by vibration.
5) Heavy Industry / Steel Processing — Used to secure large structures or thick plate components, enhancing safety and machining precision.
The Hydraulic Lever Clamp Cylinder is ideal for machining applications that require powerful clamping force, compact installation, and high precision, helping improve overall production efficiency.
Hydraulic Lever Clamp Cylinder — Maximum Working Pressure: 70 bar
The Hydraulic Lever Clamp Cylinder is a clamping element that uses hydraulic oil as its driving power. The piston drives the lever mechanism to achieve clamping. Its main feature lies in the lever principle, which converts hydraulic thrust into greater clamping force, ensuring stable and efficient workpiece fixation.
Key Features
1. High Clamping Force — The lever structure amplifies the hydraulic thrust, providing stable clamping for medium to large workpieces.
2. Compact Structure — Short and compact design, easy to install in fixtures or tooling with limited space.
3. Accurate Positioning — Lever-type clamping provides stable lateral or downward force, preventing the workpiece from shifting or vibrating during machining.
4. High-Strength Design — The lever mechanism is integrated with the cylinder body for enhanced strength. The standard clamp arm direction is at the center position, but it can also be customized to the left or right side. In addition, a built-in flow control valve allows adjustment of the clamping speed, enabling multiple clamps on the fixture to operate in synchronized motion.
5. Automation Integration — Customized lever clamps can be equipped with sensors to detect clamping/release positions, meeting the requirements of CNC automation and production lines.
6. Installation Method — Top Flange Mounting: Secured directly to the fixture plate with screws. Both pipe connection and manifold mounting are available on the same cylinder body, allowing flexible installation options.
Recommended Applications
1. CNC Machining Center Fixtures — Ideal for milling, drilling, and tapping processes requiring strong cutting forces and secure workpiece fixation.
2. Tooling & Fixture Systems — Suitable for mass-production fixtures, reducing workpiece setup/removal time and improving productivity.
3. Automotive Parts Machining — For components such as engine blocks, brake parts, and suspension systems, where high accuracy and rigidity are required.
4. Aerospace Industry — For machining composite materials or aluminum alloy structures, minimizing dimensional deviations caused by vibration.
5. Heavy Industry / Steel Processing — Applied in securing large structures or thick plate components, enhancing safety and machining precision.
In short, the Hydraulic Lever Clamp Cylinder is ideal for machining applications that require powerful clamping force, compact installation, and high precision, improving production efficiency.
Hydraulic Lever Clamp Cylinder — Maximum Working Pressure: 70 bar
The Hydraulic Lever Clamp Cylinder is a clamping element that uses hydraulic oil as its driving power. The piston drives the lever mechanism to achieve clamping. Its main feature lies in the lever principle, which converts hydraulic thrust into greater clamping force, ensuring stable and efficient workpiece fixation.
Key Features
1. High Clamping Force — The lever structure amplifies the hydraulic thrust, providing stable clamping for medium to large workpieces.
2. Compact Structure — Short and compact design, easy to install in fixtures or tooling with limited space.
3. Accurate Positioning — Lever-type clamping provides stable lateral or downward force, preventing the workpiece from shifting or vibrating during machining.
4. High-Strength Design — The lever mechanism is integrated with the cylinder body.
5. Automation Integration — Customized lever clamps can be equipped with sensors to detect clamping/release positions, meeting the requirements of CNC automation and production lines.
6. Installation Method — Mounted from the top by securing with screws directly onto the fixture plate, using manifold installation.
Recommended Applications
1. CNC Machining Center Fixtures — Ideal for milling, drilling, and tapping processes requiring strong cutting forces and secure workpiece fixation.
2. Tooling & Fixture Systems — Suitable for mass-production fixtures, reducing workpiece setup/removal time and improving productivity.
3. Automotive Parts Machining — For components such as engine blocks, brake parts, and suspension systems, where high accuracy and rigidity are required.
4. Aerospace Industry — For machining composite materials or aluminum alloy structures, minimizing dimensional deviations caused by vibration.
5. Heavy Industry / Steel Processing — Applied in securing large structures or thick plate components, enhancing safety and machining precision.
In short, the Hydraulic Lever Clamp Cylinder is ideal for machining applications that require powerful clamping force, compact installation, and high precision. improving production efficiency.
Hydraulic Lever Clamp Cylinder — Maximum Working Pressure: 70 bar
The Hydraulic Lever Clamp Cylinder is a clamping element that uses hydraulic oil as its driving power. The piston drives the lever mechanism to achieve clamping. Its main feature lies in the lever principle, which converts hydraulic thrust into greater clamping force, ensuring stable and efficient workpiece fixation.
Key Features
1. High Clamping Force: The lever structure amplifies the hydraulic thrust, providing stable clamping for medium to large workpieces.
2. Compact Structure: Short and compact design, easy to install in fixtures or tooling with limited space.
3. Accurate Positioning: Lever-type clamping provides stable lateral or downward force, preventing the workpiece from shifting or vibrating during machining.
4. High-Strength Design: The lever mechanism is integrated with the cylinder body.
5. Installation Method: Top flange mounting, secured directly to the fixture plate with screws. Pipe connection and manifold installation are both available on the same cylinder body, providing flexible options. Suitable for clamping in narrow or restricted spaces, allowing interference-free setup around the workpiece.
6. Flexible Installation: The clamp arm direction can be adjusted as needed to fit different workpiece shapes. In addition, a built-in flow control valve allows the clamps on the entire fixture to operate in synchronized motion.
Recommended Applications
1. CNC Machining Center Fixtures: Ideal for milling, drilling, and tapping processes requiring strong cutting forces and secure workpiece fixation.
2. Tooling & Fixture Systems: Suitable for mass-production fixtures, reducing workpiece setup/removal time and improving productivity.
3. Automotive Parts Machining: For components such as engine blocks, brake parts, and suspension systems, where high accuracy and rigidity are required.
4. Aerospace Industry: For machining composite materials or aluminum alloy structures, minimizing dimensional deviations caused by vibration.
5. Heavy Industry / Steel Processing: Applied in securing large structures or thick plate components, enhancing safety and machining precision.
In short, the Hydraulic Lever Clamp Cylinder is ideal for machining applications that require powerful clamping force, compact installation, and high precision, improving production efficiency.
Hydraulic Swing Clamp Cylinder – Max Operating Pressure 350 bar
A hydraulic swing clamp cylinder is a clamping element powered by hydraulic oil. Its unique feature is that the piston rod performs a swing motion (rotation) before moving linearly to clamp or release. This design effectively avoids interference with the surface of the workpiece or the fixture, making it especially suitable for confined spaces or applications that require fast automated positioning.
Key Features
1. High Clamping Force: Provides stable and powerful clamping with hydraulic drive.
2. Swing Motion: Available in common swing angles of 90° or 180°, with left or right swing options.
3. Compact Design: Short cylinder body, easy to install on jigs or CNC fixtures.
4. Mounting Method: Bottom flange installation, directly fixed onto the fixture plate with screws. Both piping installation and manifold installation are available on the same cylinder body, allowing flexible selection between the two methods.
Application Fields
Hydraulic swing clamp cylinders, due to their design and stable clamping force, are widely used in:
1. CNC Machining Centers: Quickly secures workpieces for high-precision cutting on CNC milling machines and machining centers, avoiding interference problems of traditional linear clamps.
2. Automated Production Lines: When combined with sensors, they enable fully automated loading, unloading, and clamping, improving production efficiency.
3. Jig and Fixture Design: Functions as a key actuator in fixtures, suitable for applications requiring fast positioning and secure clamping of workpieces.
4. Mass Production Industries: Extensively used in industries such as automotive parts, aerospace components, and precision electronics for repetitive machining operations.
5. Clamping in Confined Spaces: Especially suitable for complex-shaped workpieces or scenarios with limited clamping space.
Hydraulic Swing Clamp Cylinder – Max operating pressure 350 bar
A hydraulic swing clamp cylinder is a clamping element powered by hydraulic oil. Its unique feature is that the piston rod performs a swing motion (rotation) before moving linearly to clamp or release. This design effectively avoids interference with the surface of the workpiece or the fixture, making it especially suitable for confined spaces or applications that require fast automated positioning.
Key Features
1. High Clamping Force: Provides stable and powerful clamping with hydraulic drive.
2. Swing Motion: Available in common swing angles of 90° or 180°, with left or right swing options.
3. Compact Design: Short cylinder body, easy to install on jigs or CNC fixtures.
4. Mounting Method: External thread installation allows height adjustment to match the workpiece by using a lock nut, with piping installation adopted.
Application Fields
Hydraulic swing clamp cylinders, due to their design and stable clamping force, are widely used in:
1. CNC Machining Centers: Quickly secures workpieces for high-precision cutting on CNC milling machines and machining centers, avoiding interference problems of traditional linear clamps.
2. Automated Production Lines: When combined with sensors, they enable fully automated loading, unloading, and clamping, improving production efficiency.
3. Jig and Fixture Design: Functions as a key actuator in fixtures, suitable for applications requiring fast positioning and secure clamping of workpieces.
4. Mass Production Industries: Extensively used in industries such as automotive parts, aerospace components, and precision electronics for repetitive machining operations.
5. Clamping in Confined Spaces: Especially suitable for complex-shaped workpieces or scenarios with limited clamping space.
Hydraulic Swing Clamp Cylinder — Max operating pressure 350 bar
A hydraulic swing clamp cylinder is a clamping element powered by hydraulic oil. Its unique feature is that the piston rod performs a swing motion (rotation) before moving linearly to clamp or release. This design effectively avoids interference with the surface of the workpiece or the fixture, making it especially suitable for confined spaces or applications that require fast automated positioning.
Key Features
1. High Clamping Force: Provides stable and powerful clamping with hydraulic drive.
2. Swing Motion: Available in common swing angles of 90° or 180°, with left or right swing options.
3. Compact Design: Short cylinder body, easy to install on jigs or CNC fixtures.
4. Mounting Method: Upper flange installation, directly fixed onto the fixture plate with screws. Both piping installation and manifold installation are available on the same cylinder body, allowing flexible selection between the two methods.
Application Fields
Hydraulic swing clamp cylinders, due to their design and stable clamping force, are widely used in:
1. CNC Machining Centers: Quickly secures workpieces for high-precision cutting on CNC milling machines and machining centers, avoiding interference problems of traditional linear clamps.
2. Automated Production Lines: When combined with sensors, they enable fully automated loading, unloading, and clamping, improving production efficiency.
3. Jig and Fixture Design: Functions as a key actuator in fixtures, suitable for applications requiring fast positioning and secure clamping of workpieces.
4. Mass Production Industries: Extensively used in industries such as automotive parts, aerospace components, and precision electronics for repetitive machining operations.
5. Clamping in Confined Spaces: Especially suitable for complex-shaped workpieces or scenarios with limited clamping space.
Hydraulic Swing Clamp Cylinder – Max operating pressure 350 bar
A hydraulic swing clamp cylinder is a clamping element powered by hydraulic oil. Its unique feature is that the piston rod performs a swing motion (rotation) before moving linearly to clamp or release. This design effectively avoids interference with the surface of the workpiece or the fixture, making it especially suitable for confined spaces or applications that require fast automated positioning.
Key Features
1. High Clamping Force: Provides stable and powerful clamping with hydraulic drive.
2. Swing Motion: Available in common swing angles of 90° or 180°, with left or right swing options.
3. Compact Design: Short cylinder body, easy to install on jigs or CNC fixtures.
4. Mounting Method: Bottom flange mounting, directly fixed onto the fixture plate with screws. You can choose either piping installation or manifold installation.
Application Fields
Hydraulic swing clamp cylinders, due to their design and stable clamping force, are widely used in:
1. CNC Machining Centers: Quickly secures workpieces for high-precision cutting on CNC milling machines and machining centers, avoiding interference problems of traditional linear clamps.
2. Automated Production Lines: When combined with sensors, they enable fully automated loading, unloading, and clamping, improving production efficiency.
3. Jig and Fixture Design: Functions as a key actuator in fixtures, suitable for applications requiring fast positioning and secure clamping of workpieces.
4. Mass Production Industries: Extensively used in industries such as automotive parts, aerospace components, and precision electronics for repetitive machining operations.
5. Clamping in Confined Spaces: Especially suitable for complex-shaped workpieces or scenarios with limited clamping space.
Hydraulic Swing Clamp Cylinder – Max operating pressure 350 bar
A hydraulic swing clamp cylinder is a clamping element powered by hydraulic oil. Its unique feature is that the piston rod performs a swing motion (rotation) before moving linearly to clamp or release. This design effectively avoids interference with the surface of the workpiece or the fixture, making it especially suitable for confined spaces or applications that require fast automated positioning.
Key Features
1. High Clamping Force: Provides stable and powerful clamping with hydraulic drive.
2. Swing Motion: Available in common swing angles of 90° or 180°, with left or right swing options.
3. Compact Design: Short cylinder body, easy to install on jigs or CNC fixtures.
4. Mounting Method: External thread installation, with the height adjustable by using a lock nut to match the workpiece.
Application Fields
Hydraulic swing clamp cylinders, due to their design and stable clamping force, are widely used in:
1. CNC Machining Centers: Quickly secures workpieces for high-precision cutting on CNC milling machines and machining centers, avoiding interference problems of traditional linear clamps.
2. Automated Production Lines: When combined with sensors, they enable fully automated loading, unloading, and clamping, improving production efficiency.
3. Jig and Fixture Design: Functions as a key actuator in fixtures, suitable for applications requiring fast positioning and secure clamping of workpieces.
4. Mass Production Industries: Extensively used in industries such as automotive parts, aerospace components, and precision electronics for repetitive machining operations.
5. Clamping in Confined Spaces: Especially suitable for complex-shaped workpieces or scenarios with limited clamping space.
Hydraulic Lever Clamp Cylinder Maximum Working Pressure: 70 bar
The Hydraulic Lever Clamp Cylinder is a clamping element that uses hydraulic oil as its driving power. The piston drives the lever mechanism to achieve clamping. Its main feature lies in the lever principle, which converts hydraulic thrust into greater clamping force, ensuring stable and efficient workpiece fixation.
Key Features
1. High Clamping Force — The lever structure amplifies the hydraulic thrust, providing stable clamping for medium to large workpieces.
2. Compact Structure — Short and compact design, easy to install in fixtures or tooling with limited space.
3. Accurate Positioning — Lever-type clamping provides stable lateral or downward force, preventing the workpiece from shifting or vibrating during machining.
4. High-Strength Design — The high-strength lever mechanism support is directly and securely locked together with the cylinder body.
5. Mounting Method — Mounted from the top using screws to fasten directly onto the fixture plate. Piping installation and manifold installation are integrated into the same cylinder body, providing flexible options. Suitable for use in narrow or restricted clamping spaces, allowing avoidance of interference with the workpiece.
Recommended Applications
1. CNC Machining Center Fixtures — Ideal for milling, drilling, and tapping processes requiring strong cutting forces and secure workpiece fixation.
2. Tooling & Fixture Systems — Suitable for mass-production fixtures, reducing workpiece setup/removal time and improving productivity.
3. Automotive Parts Machining — For components such as engine blocks, brake parts, and suspension systems, where high accuracy and rigidity are required.
4. Aerospace Industry — For machining composite materials or aluminum alloy structures, minimizing dimensional deviations caused by vibration.
5. Heavy Industry / Steel Processing — Applied in securing large structures or thick plate components, enhancing safety and machining precision.
In short, the Hydraulic Lever Clamp Cylinder is ideal for machining applications that require powerful clamping force, compact installation, and high precision, improving production efficiency.