PNEUMATIC-Swing Clamp Cylinders Model: MTA

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PNEUMATIC-Swing Clamp Cylinders Model: MTA Specification

Shape
Cylindrical Body with Swivel Clamp Arm

Thread Type
Metric Thread

Size
Various sizes available (customizable as per model)

Load Capacity
Up to 1500 kg clamping force (model dependent)

Method
Pneumatic actuation with swing and clamp motion

Machine Type
Machining Centres, Assembly Lines

Weight
Approx. 1.3 kg (varies with model)

Accuracy
High precision, repeatable clamping

Coating
Black Oxide, Corrosion Resistant

Hardness
HRC 35-40

Type
Pneumatic Swing Clamp Cylinder

Material
Alloy Steel

Tolerance
0.02 mm

Surface
Polished

Use
Clamping components for fixtures

Application
Industrial automation, machining, assembly

Usage & Applications
Used for quick clamping and unclamping in jigs and fixtures

About PNEUMATIC-Swing Clamp Cylinders Model: MTA

PNEUMATIC-Swing Clamp Cylinders

Tube I.D. 25, 32, 40, 50, 63 (mm). These swing clamps are used when it is required to keep the fixture work piece area free of straps and clamping components for unrestricted work piece loading and un-loading.

Features

These swing clamps are used when it is required to keep the fixture work piece area free of straps and clamping components for unrestricted work piece loading and un-loading.

This pneumatic clamping element is a pull type cylinder, There are five standard sizes, and for each size two versions of standard clamping arms, mounting of these clamping arms at any angle within 360.

Specifications :

Acting type	Double acting
Tube I.D. (mm)	25,32,40,50,63
Power fluid	Filtered air with or without lubrication
The range of pressure	1~10.3 kgf/cm2
Max. Pressure	14.7 kgf/cm2
Material of cylinder barrel	Anodised aluminium alloy
Standard angle of rotation	90°±2°(Angle of 0°, 45°and 60°are optional)
Rotating direction	Clockwise or counter clockwise

Efficient Clamping for Industrial Automation

The Model: MTA pneumatic swing clamp cylinders deliver fast, precise, and repeatable clamping solutions for assembly lines and machining centers. With actuation times of under 2 seconds and high load capacities, they optimize productivity and enhance safety in automated operations.

Customizable Design Options

From stroke length and bore size to clamp arm rotation angles and mounting types, users can tailor the MTA cylinders to match specific fixture and process requirements. Options include flange or foot mounting and metric thread types, ensuring versatility for a variety of industrial setups.

Durability and Easy Maintenance

Manufactured with alloy steel and a black oxide corrosion-resistant coating, these cylinders withstand demanding environments. Low maintenance is supported by easily replaceable Nitrile seals and parts, providing lasting performance with minimal downtime.

FAQs of PNEUMATIC-Swing Clamp Cylinders Model: MTA:

Q: How does the pneumatic swing clamp cylinder Model: MTA operate during the clamping process?

A: The cylinder uses compressed air to actuate a swivel clamp arm, performing a swing motion (typically 90) that positions and clamps components securely. The actuation is rapid, with full stroke completion in less than 2 seconds.

Q: What are the available customization options for the MTA swing clamp cylinders?

A: Users can select from various stroke lengths (1050 mm), bore sizes (32, 40, or 50 mm), arm rotation angles (45, 60, or 90), port sizes (G1/8" or G1/4"), mounting types (flange or foot), and thread types, making these cylinders suitable for a wide range of fixture setups.

Q: Where are these swing clamp cylinders typically used?

A: Model: MTA swing clamp cylinders are commonly installed in industrial automation settings, specifically within machining centers, assembly lines, and fixtures for quick and repeatable clamping of workpieces.

Q: What are the main benefits of using the MTA pneumatic swing clamp cylinders in assembly or machining operations?

A: Key advantages include high precision, repeatable clamping, fast actuation, significant load capacity (up to 1500 kg), corrosion resistance, and minimized maintenance requirements thanks to replaceable seals and robust design.

Q: How do users maintain the swing clamp cylinder, and what is the expected service life?

A: Maintenance involves periodic inspection and replacement of Nitrile Rubber (NBR) seals and parts, which are designed for easy interchange. With proper upkeep, the cylinder offers long-term reliability and consistent performance.

Q: When should the clamp arm rotation angle be customized?

A: Customizing the clamp arm rotation angle (to 45, 60, or 90) is recommended when fixture design or component geometry requires specific access or clamping positions to optimize operation efficiency and safety.

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