Product Overview
The TWG series compact cylinder is a high-performance pneumatic actuator designed by our company specifically for space constrained scenarios, achieving volume minimization and functional integration through optimized structure. This series of cylinders adopts a single rod single acting or double acting structure, with the cylinder body connected to the front and rear covers by threads, which has high strength and easy maintenance; After precision machining, the inner diameter of the cylinder body undergoes hard oxidation treatment, significantly improving its wear resistance and durability; The piston seal adopts a special-shaped bidirectional sealing structure, which is compact in size and has oil storage function, further saving installation space.
Product features and advantages
Ultra compact design, saving installation space
Reserve magnetic induction switch slots around the cylinder body to support quick installation of induction devices and adapt to the strict space utilization requirements of automation equipment.
Provide multiple pole end forms (such as single pole, double pole) and installation interfaces (front/rear flange, foot seat, hinge type), flexibly adapting to different working conditions.
Efficient pneumatic control, quick response
The double acting model drives the piston to move in both directions through compressed air, suitable for push-pull load scenarios; The single acting model relies on spring reset, with a more compact structure that is suitable for one-way force output requirements.
Optimization of air path design, short charging and discharging time, achieving rapid braking and release, and improving the overall efficiency of the production line.
Strong environmental resistance and adaptability to harsh working conditions
The cylinder body material can be selected from aluminum alloy (lightweight, corrosion-resistant) or stainless steel (high-strength, high-temperature resistant), and the seals are made of polyurethane or fluororubber to ensure long-term stable operation in humid, dusty, and corrosive gas environments.
Some models are equipped with pneumatic buffering devices or adjustable hydraulic buffers, which effectively absorb motion shocks, reduce mechanical vibrations, and extend equipment life.
High precision and reliability
The surface of the piston rod is treated with hard chrome plating to enhance wear resistance; The guiding components use high-precision bearings to ensure smooth and unobstructed movement.
After rigorous durability testing, it can withstand millions of cycles of operation and meet high-frequency usage requirements.
Application Fields
Automatic production line
Used in scenarios such as workpiece positioning, pallet stopping, and robot arm clamping, it replaces traditional mechanical stoppers, achieves contactless braking, and reduces equipment wear.
Adapt to the demand for precision positioning and rapid response in fields such as electronic device production and automotive manufacturing.
Logistics conveying system
Efficient blocking and diversion of goods in sorting machines and conveyor lines, coupled with sensors and control systems to achieve automated process integration.
Suitable for compact space scenarios such as automated warehouses and packaging machinery.
Machining equipment
Used for clamping and positioning workpieces in CNC machine tools and machining centers, withstanding cutting forces and vibrations, and maintaining braking stability.
Suitable for high load working conditions such as stamping and die-casting.
Special industrial scenarios
Semiconductor manufacturing: In equipment such as chip grinding and spot welding machines, fast response (completing actions within 0.1 seconds) and micrometer level positioning accuracy meet high-speed and high-precision requirements.
Medical equipment: Control gas flow and pressure regulation in scenarios such as ventilators and syringes to ensure smooth operation.
Environmental engineering: providing reliable power output in scenarios such as dust capture and control of building door and window opening and closing.
Selection and usage suggestions
Load and travel matching
Choose the cylinder diameter and piston rod diameter according to the actual load to avoid cylinder damage caused by overload operation.
A 10mm margin should be reserved for travel selection to prevent damage to the cylinder when compressing or holding the workpiece.
Buffer adjustment optimization
For impact load scenarios, priority should be given to models equipped with hydraulic buffers, and buffer parameters should be adjusted according to the load size to ensure the best buffering effect.
Installation and maintenance specifications
Ensure that the cylinder axis is aligned with the direction of load movement during installation to avoid lateral force causing seal wear.
Regularly check the condition of seals, piston rods, and buffers, replace aging components in a timely manner, and extend the life of the cylinder.
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