Lower Height of Three Jaw Grippers Model: MCHG

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Lower Height of Three Jaw Grippers Model: MCHG Specification

Shape
Round

Size
Compact

Type
Three Jaw Grippers

Use
Gripping and holding

Usage & Applications
Industrial gripping applications

Lower Height of Three Jaw Grippers Model: MCHG About

Lower Height of Three Jaw Grippers

Model: MCHG

Body diameter:50~160 (mm). Compact, yet rugged design enables high clamping force from the jaws.

Features

Compact, yet rugged design enables high clamping force from the jaws.
Body manufactured from high tensile, anodised aluminium giving good resistance to corrosion.
Available with sensors.
Available with sprung loaded sensor plate.
Low overall height with long stroke on jaws.

Specifications :

Acting Type	Double acting
Body diameter (mm)	50, 64, 80, 100, 125, 160
Stroke	8, 12, 16, 20, 26, 32
Medium	Air
Operating pressure range	1~6 kgf/cm2
Ambient temperature	10~ 60 (No freezing)
Lubrication	Not required
Repeatability (mm)	0.05
Sensor switch	RH
Weight	0.23~4.7 kg

Precision Gripping for Industrial Applications

Engineered for industrial gripping applications, the Model MCHG offers exceptional versatility in handling round, irregular, or delicate objects. Its sturdy construction and round shape enable stable operations and repeatability, vital for quality-controlled environments. The compactness empowers seamless incorporation into existing machinery, making it a top choice for automation specialists seeking advanced performance in limited space.

Optimized for Space-Saving Integration

The reduced height of the MCHG three jaw gripper makes it particularly suitable for installations where space is at a premium. Its robust mechanism ensures that even with its low-profile design, it maintains the gripping force necessary for various industrial requirements. This model meets the needs of distributors and suppliers in India who support industries aiming to enhance productivity and efficiency without increasing operational footprints.

FAQs of Lower Height of Three Jaw Grippers Model: MCHG:

Q: How does the MCHG three jaw gripper operate in industrial environments?

A: The MCHG three jaw gripper utilizes a synchronized jaw movement system to grip and hold components securely. Its precise coordination ensures stable handling of round or complex shapes, making it ideal for assembly lines and automated workstations in industrial settings.

Q: What are the primary benefits of choosing a compact, round-shaped three jaw gripper like the MCHG?

A: A compact and round design allows for installation in tight areas and easy adaptation into automated equipment. The MCHGs configuration offers even gripping force distribution around workpieces, reducing slippage and improving accuracy during handling tasks.

Q: When should I consider using the MCHG three jaw gripper for my application?

A: You should consider the MCHG when your process demands precise gripping of symmetrical or round objects, especially when working with limited space or needing reliable, repeatable performance in automated or semi-automated environments.

Q: Where is the MCHG three jaw gripper commonly supplied and used?

A: The MCHG model is distributed, imported, and supplied throughout India, serving industries such as automotive, electronics, and general manufacturing, where gripping precision and space efficiency are essential.

Q: What is the process for integrating the MCHG gripper into existing machinery?

A: Integrating the MCHG gripper involves mounting it onto compatible robotic arms or automation fixtures, configuring the jaws for the desired object size, and connecting pneumatic or electric controls for actuation. Its standardized interface streamlines compatibility with most industrial automation systems.

Q: How does the low-profile design of the MCHG enhance its usability?

A: The low-profile or lower height design enables the gripper to operate in space-constrained areas while providing unobstructed access during installation or maintenance. This feature improves flexibility and efficiency in automated workflows.

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