Maximize Your Robotic Automation with Magswitch's M30 2.0 and D85 Pneumatic Magnetic Grippers

Magswitch's M30 2.0 and D85 pneumatic magnetic grippers are revolutionizing the world of robotic automation. These cutting-edge tools offer unparalleled performance, efficiency, quality control, and cost-effectiveness, making them the ideal choice for a wide range of high-volume manufacturing applications.

M30 2.0: The Ultimate Low-Cost Magnetic Gripper

The M30 2.0 magnetic gripper boasts shallow field Rare Earth magnets for superior holding force, ensuring secure ferrous part transfer without slipping or shifting, even with contaminated materials. This powerful pneumatic magnet is ideal for many automated solutions including robotic Pick and Place, robot arm End of Arm Tooling (EOAT), material handling in automotive Body-in-White (BIW), press transfers, part flipping stations, and collaborative robot (COBOT) applications.

Robotic Applications:

• Pick and Place
• Robot Arm End of Arm Tooling (EOAT)
• Automotive Industry Body-in-White (BIW) Material Handling
• Press Transfers
• Part Flipping Stations
• Collaborative robot (COBOT)

Featuring advanced NAAMS and G-threaded mounting interfaces, the M30 2.0 outclasses alternatives with its unparalleled holding power based on footprint, durable steel housing for maximum longevity, flexible mounting capabilities, and actuation times under 400ms.

Features:

• G-Threaded Mounting Interfaces
• Durable Steel Housing
• Flexible Mounting
• Actuation Times < 400ms

Elevate your manufacturing capabilities and increase production with Magswitch's innovative single-sided part-holding solutions. Ideal for automated processes like sealing, gluing, laser welding, or laser cutting, our magnetic grippers enable world-class automation. Eliminate clamp chatter and enhance product quality while reducing compressed air consumption by up to 90%.

Ideal for:

• Sealing
• Gluing
• Laser Welding
• Laser Cutting

Streamline your operations and boost productivity by shortening takt time by 20%. Magswitch's high-performance magnetic grippers empower you to achieve unparalleled efficiency and cost-effectiveness in your automated manufacturing processes.

D85: The Ultimate Solution for Thin Sheet Metal

The magnetic gripper D85 is a narrow footprint, pneumatically actuated, ultra-shallow field array, a magnetic gripping tool specifically designed to excel on thin sheet metal where traditional magnets cannot get a grip. Ideally suited for press loading/unloading, part de-racking, or ergonomic lift assists, the D85 outpaces the competition with standard sensing options, NAAMS standard mounting, fail-safe operation, and the highest holding force per sq mm on thin sheet metal available in the market today.

Featuring advanced NAAMS mounting interfaces, the D85 ultra shallow field magnetic gripper outclasses alternatives with its unparalleled holding power per square mm, flexible mounting capabilities, actuation times under 300ms, fail-safe operation, available ON/OFF sensing, and a full range of standard accessories.

Features:

• Narrow Footprint
• Pneumatically Actuated
• Ultra-Shallow Field Array
• NAAMS Mounting Interfaces
• Flexible Mounting Capabilities
• Actuation Times < 300ms
• Fail-Safe Operation
• Available ON/OFF Sensing

Magswitch's D-series is ideal for a wide range of industries, including automotive, stamping operations, white goods manufacturing, and consumer goods production. From handling critical components in automotive manufacturing to loading and unloading blanks in stamping operations, the D-series provides a reliable solution for these tasks, improving productivity and minimizing downtime.

Unlock unbeatable robotic automation performance with Magswitch's innovative D85 pneumatic magnetic gripper.

In conclusion, Magswitch's M30 2.0 and D85 pneumatic magnetic grippers offer unparalleled performance, efficiency, and cost-effectiveness, making them the ideal choice for a wide range of manufacturing applications. Upgrade your operations with Magswitch's cutting-edge magnetic gripping solutions and achieve unbeatable robotic automation performance.