YW DKE TRADING COMPANY
YW DKE TRADING COMPANY
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The SMC cylinder functions through the pressure or expansion force of gas, which facilitates the conversion of elastic energy from compressed air into the machine's kinetic energy. This component serves as a power transmission system, commonly known as an energy conversion device, which deploys gas pressure to transfer energy. The cylinder guides the piston to carry out linear reciprocating motion and changes the working fluid's thermal energy into mechanical energy through expansion in the engine cylinder.
The compressor cylinder compresses gas by the piston to elevate the pressure. The cylinder's casing, like the rotary piston engine and turbine, is often called a "cylinder." Cylinders have wide application fields, including automation control, robots, semiconductors (spot welding machines, chip grinding), and printing (tension control).
The SMC cylinder varies depending on requirements and designs, including single-acting cylinders and double-acting cylinders. The single-acting cylinder comprises one end for air intake and exhaust with a simple design and low air consumption. It resets using the diaphragm force or spring force, and part of the compressed air energy is exploited to overcome diaphragm tension or spring force, reducing the output force of the piston rod. On the other hand, double-acting cylinders alternately supply air from both sides of the piston and output force in one or two directions.
The classification of SMC cylinders entails various methods, such as size, installation, position detection, lubrication, driving, buffering, and function. Based on functionality, the SMC cylinder incorporates plenty of types, including the end lock type, locking type, rotary clamping type, thin type, dual type, pneumatic slide, sliding device type, thin type with guide rod, magnetic rodless cylinder, stop type, ultra-small size, European standard type, needle type, standard type, free installation type, thin type, lightweight type, and elliptical piston type. Similarly, classifications based on size range from micro cylinders with a diameter of less than 10mm, small cylinders with a diameter of 10-25mm, medium cylinders with diameter 32-100mm, to cylinders with a diameter greater than 100mm.
Solid-state molding composite (SMC) cylinders have various distinguishing characteristics, including strong impact force, rapid speed, and low air consumption. Meeting these requirements necessitates implementing some unique design approaches, including boosting the cylinder diameter, weighting the impact piston rod, reducing the coefficient of friction of the cylinder wall, and using a recoil device for the cylinder piston rod to attain the desired impact capacity.
Through incorporating these specialized technologies, the impact force of the cylinder can be increased while simultaneously improving its service life. Specifically, increasing the cylinder diameter provides greater surface area for the air to impact against, thereby resulting in larger impact forces. Weighting the impact piston rod also amplifies the resulting impact force. Furthermore, reducing the friction coefficient of the cylinder wall means that there is less resistance for the piston, allowing it to move faster with less air consumption. Finally, using a recoil device decreases the wear on the impact piston rod, therefore prolonging its life.
Overall, SMC cylinders are a powerful and efficient tool that is widely used in various industries, including manufacturing, construction, and automation. Thanks to their superior impact capacity, fast speed, and low air consumption, they are considered the go-to option for many applications in need of a reliable and high-performance cylinder.
| Parameter | Value |
|---|---|
| Product Name | SMC slide cylinder |
| Ambient and fluid temperature | -10 To 60℃ |
| Fluid | Air |
| Cushion | Rubber Bumper |
| Piston speed | 50 To 500 Mm/s |
| Max. operating pressure | 0.7MPA |
| Lubrication | Not Required(Non-lube) |
| Proof pressure | 1.05MPA |
| Product Name | SMC magnetic coupled rodless cylinder |
The SMC CY3B hydraulic oil cylinder is specifically designed to work with air fluid. Thus, it is ideal for industries that use air as a primary fluid. The cylinder is non-lubricated, which means it does not require lubrication for its operation. The cylinder's proof pressure is 1.05MPA, and it comes with a rubber bumper cushion. The maximum operating pressure of the cylinder is 0.7MPA.
The SMC CY3B hydraulic oil cylinder is suitable for various applications and scenarios. It is commonly used in automation equipment, such as SMC finger cylinders, SMC rodless cylinders, and SMC magnetic coupling rodless cylinders. These cylinders are commonly used in industries such as automotive, packaging, and food processing. The SMC CY3B hydraulic oil cylinder is a reliable product that can withstand harsh environmental conditions.
Our Hydraulic Oil Cylinder product is designed to provide reliable and efficient performance for a variety of applications. We offer technical support and services to ensure that our customers receive the best possible experience with our products. Our team of experts is available to assist with any questions or concerns related to installation, maintenance, and troubleshooting of our Hydraulic Oil Cylinder.
We provide comprehensive training to ensure that our customers can operate our product safely and effectively. In addition, we offer repair and maintenance services to minimize downtime and extend the life of our Hydraulic Oil Cylinder. Our goal is to provide our customers with the highest level of support and service to ensure their satisfaction with our product.
Product Packaging:
The hydraulic oil cylinder will be packaged in a sturdy cardboard box to prevent any damage during transit. The cylinder will be wrapped in bubble wrap to provide extra protection and prevent scratches or dents. The box will also be sealed with strong tape to ensure that the cylinder is secure and safe during shipping.
Shipping:
The hydraulic oil cylinder will be shipped via a reliable shipping carrier to ensure timely and safe delivery. The carrier will be selected based on the destination and delivery time required. Customers will receive a tracking number to monitor the progress of their order. Delivery times may vary depending on the destination.