Pneumatic cylinder
MB Series Standard Pneumatic Cylinder
MB Series Standard Pneumatic Cylinder
Specifications
- Material
- Aluminum alloy
- Operation pressure
- 0.1-0.9Mpa
- Working Medium
- Air
- Working temperature range
- -5-60 degree
MB Series Standard Pneumatic Cylinder
The MB Series Standard Pneumatic Cylinder is a compact and reliable actuator designed for a wide range of industrial automation applications. Manufactured with a hard anodized aluminum barrel and precision-machined components, the MB series delivers smooth operation, stable output force, and long service life.
Available in bore sizes from 32 mm to 125 mm, the cylinder is suitable for packaging equipment, textile machinery, assembly lines, food processing equipment, woodworking machines, and other automated systems requiring dependable linear motion.
The MB series supports both magnetic switch and non-magnetic versions, allowing easy integration with position sensors for automated control.
Features
Durable Aluminum Construction
The cylinder barrel is manufactured from high-quality aluminum alloy with a hard anodized internal surface, providing excellent wear resistance and corrosion protection.
Smooth and Stable Operation
High-precision machining ensures low friction between the piston and cylinder tube, resulting in stable movement and reduced air leakage.
Magnetic Piston Available
The magnetic version allows installation of reed or solid-state sensors for accurate piston position detection, making it suitable for modern automated production lines.
Adjustable Cushioning
Both ends are equipped with adjustable air cushioning to reduce impact at the end of each stroke, minimizing vibration and extending service life.
Multiple Mounting Options
The MB series supports various mounting styles, allowing flexible installation on different types of machinery.
Long Service Life
High-quality seals and wear-resistant components provide excellent durability even under continuous-duty applications.
Technical Specifications
Item | Specification |
Product Name | MB Series Standard Pneumatic Cylinder |
Cylinder Type | Standard Pneumatic Cylinder |
Working Medium | Clean Air |
Action | Double Acting |
Cushion | Adjustable Air Cushion |
Operating Pressure | 0.1–0.9 MPa |
Proof Pressure | 1.35 MPa |
Ambient Temperature | -5°C to +70°C (without magnetic switch) |
| -5°C to +60°C (with magnetic switch) |
Operating Speed | 50–700 mm/s |
Bore Sizes | 32, 40, 50, 63, 80, 100, 125 mm |
Port Size | According to bore size |
Magnet | Optional |
Advantages
Compared with conventional pneumatic cylinders, the MB Series offers:
- Stable linear motion
- High positioning accuracy
- Low friction operation
- Reduced maintenance
- Excellent sealing performance
- Long operating life
- Easy installation
- Wide compatibility with automation equipment
Optional Accessories
The MB cylinder can be supplied together with:
- Magnetic switches
- Cylinder mounting brackets
- Front and rear flanges
- Clevis brackets
- Foot mounts
- Rod clevis
- Fish eye joints
- Float joints
- Flow control valves
Quality Control
Each MB Series cylinder is inspected before shipment, including:
- Air leakage testing
- Pressure testing
- Stroke inspection
- Cushion adjustment verification
- Surface finish inspection
- Thread inspection
- Final functional testing
This quality control process ensures reliable performance and consistent product quality.
Frequently Asked Questions
Q1: Is the MB cylinder compatible with ISO standards?
The MB Series follows standard industrial dimensions and is widely compatible with common automation equipment. Please verify mounting dimensions before installation.
Q2: Can magnetic sensors be installed?
Yes. Magnetic piston versions are available and support multiple magnetic switch models.
Q3: What is the maximum working pressure?
The recommended operating pressure is 0.1–0.9 MPa, with a proof pressure of 1.35 MPa.
Q4: Can you manufacture customized cylinders?
Yes. We can customize bore size, stroke, mounting style, piston rod material, sealing materials, and packaging according to customer requirements.
