MINDMAN MCGD series (Standard with Magnet)

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MOQ : 5 Pieces

MINDMAN MCGD series (Standard with Magnet) Specification

Size
Bore sizes: 16, 20, 25, 32 mm

Hardness
50-55 HRC (Jaw)

Thread Type
Metric

Load Capacity
Up to 75N gripping force (depending on model)

Weight
Varies by model (approx. 170g to 465g)

Accuracy
Repeatability: 0.01 mm

Coating
Anodized body

Machine Type
Pneumatic cylinder system

Shape
Compact rectangular

Method
Double-acting, air supply

Type
Double acting pneumatic gripper

Material
Aluminum alloy

Tolerance
0.03 mm

Surface
Anodized finish

Use
Pneumatic automation

Application
General industrial automation, workholding, material handling

Usage & Applications
Linear gripping, pick and place, assembly automation

About MINDMAN MCGD series (Standard with Magnet)

MCGD series
TUBE I.D.
STROKE
STROKE=10mm	MCGD-03
	MCGD-23
STROKE=20mm	MCGD-03
	MCGD-23
STROKE=25mm	MCGD-03
	MCGD-23
STROKE=30mm	MCGD-03
	MCGD-23
STROKE=40mm	MCGD-03
	MCGD-23
STROKE=50mm	MCGD-03
	MCGD-23
STROKE=75mm	MCGD-03
	MCGD-23
STROKE=100mm	MCGD-03
	MCGD-23
STROKE=125mm	MCGD-03
	MCGD-23
STROKE=150mm	MCGD-03
	MCGD-23
STROKE=175mm	MCGD-03
	MCGD-23
STROKE=200mm	MCGD-03
	MCGD-23

High Performance and Durability

MINDMAN MCGD series grippers are constructed using anodized aluminum alloy for the body and surface-hardened carbon steel jaws. This combination provides excellent durability and resistance to wear, ensuring longevity in demanding environments. Integrated magnet technology enables real-time position monitoring, supporting precise and reliable operations for industrial automation and material handling.

Versatile and Reliable Automation

Designed for linear gripping in applications such as pick and place, assembly automation, and workholding, the MCGD series offers multiple mounting optionsdirect, bottom, and side. The grippers operate on filtered, lubricated, or non-lubricated air and accommodate various bore sizes (16, 20, 25, 32 mm) and port sizes (M5 0.8 or 1/8"), making them adaptable for a wide range of automated systems.

FAQs of MINDMAN MCGD series (Standard with Magnet):

Q: How does the integrated magnet benefit the MCGD series pneumatic grippers?

A: The integrated magnet in the MCGD series enables position detection via a built-in sensor groove, allowing for real-time monitoring and auto-switch operation. This feature enhances automation accuracy and supports advanced control systems.

Q: What is the recommended air supply process for optimal performance of the MCGD grippers?

A: For best results, use filtered air, which can be either lubricated or non-lubricated. This ensures smooth operation, minimizes wear on moving parts, and maintains reliable actuation throughout the grippers service life.

Q: When should I use MCGD series grippers in industrial automation?

A: The MCGD series is well-suited for applications involving linear gripping, pick and place operations, workholding, and assembly automation where high repeatability and robust grip force are required.

Q: Where can the MCGD series be mounted for operational flexibility?

A: The grippers offer multiple mounting options, including direct, bottom, and side mounts. This flexibility allows integration into a variety of machine setups and ensures compatibility with diverse automation systems.

Q: What jaw stroke and grip force does the MCGD series offer?

A: Depending on the selected bore size, the stroke per jaw ranges from 4mm to 10mm and can deliver up to 75N of gripping force, making these grippers suitable for handling various components with precision.

Q: How does the MCGD series maintain consistent accuracy in gripping operations?

A: These grippers feature 0.01 mm repeatability and 0.03 mm tolerance, enabling precise and consistent handling of objects. The robust construction and surface-hardened jaws contribute to maintaining high accuracy over extended use.

Q: What are the benefits of choosing RoHS-compliant MCGD grippers for automation systems?

A: RoHS compliance ensures that the MCGD series meets stringent environmental and safety standards, making them suitable for organizations that prioritize responsible manufacturing practices and chemical safety in their automation setup.

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