Resources
At Dexter, we have earned our reputation as the leader in magnetic technology because we not only manufacture products but we also invest in providing our customers with engineering services, support and tools to assist them in their overall solution.
Technical Information
Biomagnetic Separator 1-5S Stand
Biomagnetic Separator 15SX Stand
Biomagnetic Separator 50 SX Stand
Biomagnetic Separator 125SX Stand
Biomagnetic Separator 500SX Stand
Biomagnetic Separator 1000SX Stand
Biomagnetic Separator 5000SX Stand
Biomagnetic Separator Tray 96F
Biomagnetic Separator Tray 96P
Biomagnetic Separator Tray 384F
Biomagnetic Separators Automated SpeedSep
Biomagnetic Separators Custom for Life Sciences
Bonded Neodymium Iron Boron Material
Magnetic Cores Large Kool Mu Cores
Magnetic Cores Stackpack Cores
Magnets for Sensors Axial Disc Magnets
Magnets for Sensors Diametric Disc Magnets
Neodymium Iron Boron Coating Options
Neodymium Iron Boron Magnet Curves
Permanent Magnets Magnetization Patterns
Frequently Asked Questions
FAQ – LifeSep® Biomagnetic Separation Units
FAQ – Choosing Magnet Materials
FAQ – Limits of Magnet Materials
FAQ – Magnet Coatings and Plating
FAQ – Magnet Processing and Manufacturing
FAQ – Magnet Couplings and their Design
FAQ – Magnetic Theory and Design
FAQ – Magnetization and Demagnetization
FAQ – Rules and Quick Calculations
FAQ – Temperature Effects on Magnets
Magnetic Calculators
Field Calculations for a Rectangle
Field on Axis of a Ring Magnet
Field on Axis of a Cylindrical Magnet
Field Calculations for a Permanent Magnet Dipole
Pull Strength on Steel for a Rectangle
Pull Strength of Steel for a Cylinder
Purchasing and Shipping
Shipping of Magnetized Materials
Online Purchasing and Shipping Policies
Terms and Conditions of Purchase
Supplier Information
Supplier Quality Manual (SQAR)
Supplier Deviation/Waiver Request
Patents
White Papers
Magnetic Separators for Life Sciences and their Performance
3-Axis Magnetic Field Mapping in System Design Validation
Low-Cost Helmholtz Method for Magnet Testing
Magnet Design Considerations for High Gradient Magnetic Separations
MagneGear™ Linear and Rotary Magnetic Gearing Devices for Downhole Applications
Magnet Designs for Magneto-electronic Thin Film Processing
Method to Design Magnetrons that Match Preferred Erosion Patterns