Spring Sale Smc Mhk2 Series, Air Gripper, Wedge Cam Operated Slide Guide, Mhk2-16d-m9bv Instant 95% Discount [3FxOmDfX]

SMC MHK2 Series Air Grippers: High-Performance and Compact Design

The SMC MHK2 Series Air Grippers are designed to meet the demands of precision handling applications with their compact size and high performance. These air grippers are the ideal choice for operations requiring minimal space, offering a reliable solution for a wide range of industrial tasks. The series is characterized by its wedge cam design, which minimizes the overall size while maintaining a high holding force. With options for single-acting (N.C., N.O.) and double-acting operation, as well as a long stroke, the MHK2 grippers are versatile and adaptable to various automation systems.

Key Features:

• Bore sizes available in 12, 16, 20, and 25 mm to accommodate different application requirements
• Built-in adjustment needle for finger speed control, ensuring precise operation
• Dust covers made from chloroprene rubber, fluororubber, and silicone rubber, providing resistance to various environmental conditions

Advanced Specifications and Practical Applications

The SMC MHK2-16D-M9BV model stands out with its high repeatability of ±0.01 mm, ensuring consistent and reliable performance. Its auto switch capability further enhances its versatility, allowing seamless integration with various control systems. With the option for NSF-H1 and food-grade lubricant, the MHK2 grippers are suitable for use in demanding environments, including food processing and pharmaceutical industries.

Benefits:

• High repeatability for precision applications
• Auto switch capable for integration with control systems
• Available in various bore sizes and materials for versatile use

The SMC MHK2 Series Air Grippers are an excellent choice for industries seeking a reliable and efficient solution for precision handling tasks. With their compact design, advanced specifications, and practical applications, these grippers are sure to meet and exceed your expectations in performance and reliability.