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Parallel Grippers Model: MCHB

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Parallel Grippers Model: MCHB Specification

Machine Type
Actuator-driven gripper

Size
Various (customizable options available)

Coating
Hard Anodized

Method
Pneumatic or Electric Actuation

Shape
Rectangular Body with Parallel Jaws

Load Capacity
Up to 60N

Weight
Approx. 320g

Accuracy
High repeatability 0.01 mm

Hardness
60-75 HRC (Jaw Tips)

Thread Type
Metric

Type
Parallel Gripper

Material
Aluminum Alloy

Tolerance
0.02 mm

Surface
Anodized/Polished

Use
Automation gripping tasks

Application
Robotics, Pick & Place, Industrial Automation

Usage & Applications
Automation, Material Handling, Assembly lines, Packaging

Gripping Style
External and internal gripping

Mounting
Multiple mounting holes for flexible fitting

Operating Pressure
0.2 - 0.6 MPa (for pneumatic models)

Finger Force
Up to 30N per finger

Compatibility
ISO standard interface

Repeatability
0.01 mm

Jaw Material
Hardened steel inserts

Temperature Range
0C to 60C

Opening/Closing Time
<0.2 seconds (typical)

Number of Jaws
2-Jaw Parallel

Stroke Length
10 mm - 25 mm (model dependent)

About Parallel Grippers Model: MCHB

Parallel Grippers

Model: MCHB

Available with comprehensive range of bore sizes 12 ~ 32mm.

Features

Available with comprehensive range of bore sizes 12 ~ 32mm.

Highly accurate air driven device for holding work-piece.

Magnetic as standard.

Specifications :

Acting Type	Double Acting
Tube I.D. (mm)	12,16,20,25,32
Port size Rc(PT)	M3 0.5, M5 0.8
Medium	Air
Operating pressure range	1.5~7 kgf/cm2
Ambient temperature	5~60 (No freezing)
Max.operating frequency	180 Cycles/min
Lubrication	Cylinder:Not requiredLever:Grease
Max arm length (L) mm	30, 40, 60, 70, 85
Theoretical holding force	Closed side:0.8~10Opened side:0.5~8.5
Lever open / Close stroke	6,8,12,14,16
Sensor switch	RCE,RCE1
Weight	66g, 144g, 255g, 419g, 719g

Precision and Reliability for Automated Applications

Engineered for automation environments, the MCHB parallel gripper ensures high repeatability and accuracy. Whether used on assembly lines or in pick & place robotics, its robust construction supports demanding tasks, providing consistent performance with minimal deviation. Flexible mounting options and ISO compatibility allow seamless integration into a wide variety of systems.

Optimized for Versatility and Robustness

With customizable stroke lengths, force, and sizes, the MCHB model adapts easily to specific needs across multiple industries. Its hardened steel jaw inserts and hard anodized aluminum alloy body ensure durability, while dual pneumatic or electric actuation methods broaden its application range, from material handling to precise packaging tasks.

FAQs of Parallel Grippers Model: MCHB:

Q: How is the MCHB parallel gripper typically installed in industrial automation systems?

A: The MCHB parallel gripper is equipped with multiple mounting holes for flexible installation. It is designed to fit onto standard actuators and automation setups using an ISO standard interface, facilitating quick and secure integration into robotic arms or machinery in various industrial settings.

Q: What types of gripping can the MCHB model perform, and what materials is it compatible with?

A: This gripper supports both external and internal gripping, allowing it to handle a wide range of component shapes and sizes. Its jaws, crafted from hardened steel, enable reliable, high-grip strength on metal, plastic, or composite objects in automation, assembly, or packaging workflows.

Q: When should you choose a pneumatic versus electric actuation model?

A: A pneumatic model is ideal when rapid response and simplicity are required, operating within a pressure range of 0.20.6 MPa. Electric models are preferable where precise control and programmability are priorities. The choice depends on the specific automation process, available infrastructure, and speed-versus-control requirements.

Q: Where can the MCHB parallel gripper be best utilized?

A: This gripper excels in applications including material handling, pick & place robotics, automated assembly lines, and packaging. Its widely used across industrial automation sectors in India due to its adaptability, high repeatability, and compliance with ISO standards.

Q: What is the process for selecting the correct size and customization options for the MCHB gripper?

A: To select the correct model, evaluate your applications stroke length and load capacity needs, then refer to the available customizable options. Distributors or suppliers in India can provide guidance and support for specific customization requests, ensuring optimal compatibility with your existing automation solution.

Q: How does using the MCHB gripper benefit automated production lines?

A: Employing the MCHB gripper enhances production efficiency through high-speed gripping (<0.2 seconds opening/closing), robust and durable construction, and precise repeatability (0.01 mm). This minimizes errors, increases throughput, and ensures reliable performance in high-volume industrial environments.

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