Send Inquiry

Request To Call Back

Grippers Model: MCHA

Get a Price/Quote

MOQ : 1 Piece

Grippers Model: MCHA Specification

Coating
Anti-corrosive surface treatment

Hardness
58-62 HRC

Method
Pneumatic actuation

Accuracy
High precision gripping

Load Capacity
Up to 25 kg

Size
Varies as per model (refer datasheet)

Shape
Jaw (Gripper type)

Machine Type
CNC machine compatible

Thread Type
Metric

Weight
Approx. 0.8 to 2.5 kg depending on model

Type
Pneumatic gripper

Material
High-grade alloy steel

Tolerance
±0.01 mm

Surface
Polished

Use
Industrial gripping operations

Application
Automation and robotic handling

Usage & Applications
Machining centers, automated assembly lines

Body Finish
Anodized

Repeatability
0.01 mm

Operating Pressure
0.3 - 0.6 MPa

Mounting
Multiple mounting positions

Number of Jaws
2/3 (as per model variant)

Actuation
Double acting

Ambient Temperature Range
-10C to +60C

Stroke per Jaw
10 mm

Grippers Model: MCHA About

Grippers

Model: MCHA

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)	M30.5,M50.8
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	30~85
Clamp / Release angle	0~30
Theorem moment (M) Kgf-cm	Closed:0.4P~6.1POpen:0.5P~8.1P
Clamping force (F) Kgf	F=M/L0.85
Sensor switch	RCE,RCE1
Weight	53~525 g
Remark	LArm length (mm), M Theorem moment (kgf-cm), F Clamping force (kgf), P Operating pressure (kgf/cm2).

Unmatched Precision for Automation

Achieve reliable, repeatable gripping in CNC and automation projects with MCHA Grippers. Thanks to their 0.01 mm tolerance and repeatability, your robotic systems gain the accuracy required for advanced manufacturing and automated assembly lines, even in harsh conditions. Engineered from high-spec alloy steel, the anti-corrosive treated jaws deliver years of trouble-free operation.

Versatility in Industrial Applications

MCHA Grippers shine in a variety of sectors, from machining centers to automated assembly. The flexible number of jaws (2 or 3) and stroke per jaw enable handling of diverse workpieces. Multiple mounting positions and double-acting pneumatic operation allow seamless integration into robotic handling systems and conveyor processes.

Durability Meets High Performance

Designed for demanding environments, the MCHA Grippers feature a polished, anodized body and hardened steel jaws to ensure resistance to wear and corrosion. They support robust load capacities, making them ideal for heavy-duty automation. Their compatibility with metric threads and various mounting configurations streamlines installation into existing setups.

FAQs of Grippers Model: MCHA:

Q: How do I choose between 2-jaw and 3-jaw variants for the MCHA Gripper?

A: Your selection depends on the shape and orientation of the objects being gripped. Two-jaw models are generally suited for parallel or rectangular workpieces, while three-jaw versions offer better centering and stability for cylindrical or round parts.

Q: What are the main benefits of using the MCHA pneumatic gripper in industrial settings?

A: The MCHA Gripper delivers high repeatability (0.01 mm), strong load capacity (up to 25 kg), and resistance to corrosion and wear. Its anodized and anti-corrosive finish, along with robust actuation and mounting flexibility, ensures reliable and long-lasting operation on automated lines and CNC machines.

Q: When should I use a double-acting actuation gripper like the MCHA?

A: Double-acting grippers are ideal when precise control is needed over both opening and closing actions, improving speed and grip consistency in automated processes. Use the MCHA Gripper wherever active and controlled jaw movement in both directions is required.

Q: Where can the MCHA Gripper be mounted within my system?

A: Thanks to its multiple mounting options, the MCHA Gripper can be installed in various positions to suit your equipment layout. Reference the datasheet for compatible mounting hole patterns and position configurations.

Q: What is the process for installing the MCHA Gripper on a CNC machine?

A: Begin by reviewing the metric thread specifications and mounting dimensions on the datasheet. Secure the gripper using the provided mounting holes in the preferred orientation, connect the pneumatic lines, and calibrate the system following the machines integration guidelines.

Q: What maintenance is required to ensure peak performance of the MCHA Gripper?

A: Regularly inspect the grippers surfaces for wear or residue, ensure pneumatic ports remain clean, and check the jaws and actuators for smooth operation. The anti-corrosive coating and alloy steel body minimize frequent upkeep, but periodic checks enhance longevity.

Q: How does the high-grade alloy steel and anti-corrosive finish benefit the MCHA Gripper in automation applications?

A: These materials and treatments provide exceptional durability, maintaining the grippers precision and strength in rigorous environments. The anti-corrosive coating protects against harsh chemicals, moisture, and abrasive contaminants common in industrial automation.

Tell us about your requirement