Neodymium Bi-Pole Deep Pots

The Neodymium Bi-Pole Deep Pot Magnet-also known as the Twin Pole Blind Ended Deep Pot Magnet-is a high-performance magnetic assembly engineered for precision applications requiring strong holding force in compact spaces.

Featuring a robust design, this magnet consists of two mild steel pole pieces (circular segment-shaped) housed in a non-magnetic casing made from either aluminium or brass. Sandwiched between the steel poles is a powerful neodymium (NdFeB) magnet, which delivers exceptional magnetic performance.

 

Typical Applications

· Holding and clamping in fixtures and jigs

· Sensors and automation systems

· Industrial door and panel closures

· Tool and equipment mounting

· Magnetic workholding in robotics

· Display and signage attachment

· Positioning and alignment in precision assemblies

· Clamping applications in tight or enclosed environments

 

Key Features

· Twin pole design for enhanced holding force and stability

· Deep pot construction for increased magnetic depth

· Brass pot with mild steel pole pieces

· N35 grade nickel-plated magnet material

· Non-magnetic casing for improved magnetic direction

· Diameter ground to H6 tolerance

· Available in blind-ended or threaded options

· 80°C maximum operating temperature

 

Technical Data

Product Number	Diameter (mm)	Height (mm)	Weight (kg)	Pull Force (kg)
E750NEO	6	20	0.005	1
E751NEO	8	20	0.009	2.5
E752NEO	10	20	0.014	4.5
E753NEO	13	20	0.023	7
E754NEO	16	20	0.035	15
E755NEO	20	25	0.067	28
E756NEO	25	35	0.141	45
E757NEO	32	40	0.261	70

 

Learn More About Neodymium Bi-Pole Deep Pot Magnets

Neodymium bi-pole deep pot magnets are a specialized type of magnetic assembly designed for maximum holding power and precision alignment in compact form factors. Their unique construction-featuring a powerful rare-earth magnet positioned between two mild steel pole pieces and enclosed in a non-magnetic casing-makes them ideal for applications where direct, concentrated magnetic contact is essential. Whether you're in manufacturing, automation, robotics, or design engineering, these magnets provide a reliable solution for gripping, holding, or aligning components without the need for screws or adhesives.