Magswitch
-
Cordless Electric Magnets: Power, Safety, and Precision from Magswitch
When it comes to lifting and welding applications, efficiency and safety are everything. Cordless electric magnets are transforming the way industries handle heavy steel and fabricated parts. Unlike traditional lifting devices, these tools deliver powerful magnetic force with the convenience of cordless operation, no external power supply or compressed air required.
-
How American Heavy Plates Cut Lead Times With Magswitch High-Heat Magnetic Lifting Systems
To meet the new handling window, AHP implemented two fixed‑beam high‑heat magnetic lifting systems engineered by Magswitch. The systems use electro‑permanent magnet (EPM) technology that requires electricity only to engage or disengage the magnet and maintains a magnetic hold without continuous power. Each beam provides a 25‑ton lifting capacity with a 3:1 safety factor and is ASME compliant -
Disrupting Industrial Automation: Magswitch Technology Magnetic Grippers
Why Magswitch Technology is number one in so many areas of Robotic material handling around the world. With more than 45 patents across the globe and many more pending. Magswitch technology is based on continuous research and development to improve the best tools continually. Magswitch technology is the best in the world today, and we are already working to ensure we continue to be the leader in Magnetic gripping tomorrow and beyond.
-
Magswitch Technologies Unveils Plug-And-Play E Series Magnetic Grippers at FABTECH 2025
Magswitch Technologies is proud to introduce the latest evolution in magnetic gripping: the Plug-And-Play E Series, featuring the all-new PPe30 and PPe50. These electrically actuated switchable permanent magnets are engineered for precision, simplicity, and integration, ready to plug into any standard I/O block without the complexity of pneumatics. -
Magswitch Recap of Automate 2025
Magswitch delivered our biggest and most comprehensive showcase yet at Automate 2025, featuring five cutting-edge robot demonstrations highlighting our revolutionary magnetic automation solutions across diverse industrial applications.
-
Durgesh Singh of Magswitch: SMU NexGen Leadership Award Winner
Durgesh Singh, Chief Operating Officer of Magswitch Technologies, has been awarded the prestigious 2024 SMU NexGen Leadership Award. Since joining Magswitch in 2018, Singh has demonstrated exceptional leadership in transforming the company's global operations.
-
Revolutionizing Random Bin Picking with Magswitch Magnetic Gripper
Revolutionizing Random Bin Picking with Magswitch Magnetic Gripper For manufacturers, being efficient and accurate is essential - especially in the... -
Disrupting Industrial Automation: Magswitch Automation Magnetic Grippers
Disrupting Industrial Automation: Magswitch Automation Magnetic Grippers Why Magswitch Technology is number one in so many areas of Robotic materia... -
#1 Robotic End-of-Arm Tooling (EOAT) Bin-Picking Solution
YOU can ELEVATE your vision-guided bin-picking applications by selecting Magswitch for your end-of-arm tool design. Magswitch magnetic grippers are the worldwide #1 choice for bin-picking robot end effectors. Whether your parts are structured in a high-precision rack or randomly dumped in a chaotic bin, the benefits of choosing Magswitch are clear.
-
Features and Benefits of Magswitch Pole Shoes
The Features and Benefits of Magswitch Pole Shoes Pole shoes are a gamechanger in robotic automation magnetic gripping technology. They are an esse... -
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.
-
Elevating Industrial Automation with Magnetic End Effectors
Elevating Industrial Automation with Magnetic End Effectors In industrial automation, the choice of end effectors profoundly influences efficiency....
- Page 1 of 2
- Next page