Classic Style Smc Mhs4 Series, Air Gripper, 4 Finger, Parallel Style, Mhs4-32d-m9pv At A Low Price [pmNPIY2T]

SMC MHS4 Series Air Gripper: The Ultimate Solution for Precision Handling

The SMC MHS4 Series Air Gripper is designed for precision handling applications, offering a versatile solution for positioning square work pieces and picking up round objects. Engineered with a wedge cam design, this air gripper minimizes its overall size while maintaining a high holding force, making it ideal for end-of-arm (end effector) or space-constrained pick and place applications. With its double-acting mechanism, the MHS4-32D-M9PV ensures smooth and reliable operation, providing consistent performance in various industrial settings.

Key Features and Specifications of the MHS4 Series Air Gripper

The MHS4-32D-M9PV air gripper boasts a range of impressive features and specifications that set it apart from other gripping solutions. Its high repeatability of ±0.01 mm ensures precise positioning, while the available bore sizes of 16, 20, 25, 32, 40, 50, and 63 mm offer flexibility in fitting different applications. The auto switch capability allows for seamless integration with various control systems, while the option for NSF-H1, food-grade lubricant, ensures safety and compliance in food processing environments. Additionally, the gripper's robust construction and durable materials guarantee long-lasting performance and minimal maintenance requirements.

Practical Applications and Benefits of the MHS4 Series Air Gripper

The SMC MHS4 Series Air Gripper is a versatile tool that can be used in a wide range of applications across various industries. Its ability to handle both square and round objects makes it suitable for pick and place operations in assembly lines, packaging systems, and automated manufacturing processes. The gripper's compact design and high holding force enable it to efficiently handle delicate and heavy-duty tasks alike. By improving accuracy, speed, and productivity, the MHS4 Series Air Gripper can help businesses reduce costs and enhance overall operational efficiency.