| Number of MagLab employees (2017) | 715 |
| Percentage of employees who are postdocs, grad students or undergrad students | 39 |
| Number of countries represented by MagLab staff | 50 |
| Total investment in infrastructure from all budget sources | $192 million |
| FY 2017 Funding | $53,491,652 |
| Percentage of budget funded by the National Science Foundation | 67 |
| Percentage funded by the state of Florida | 23 |
| Amount of return to state of Florida projected for each dollar invested in the lab | $6.57 |
| Square footage (all three branches) | 440,000 |
| Helium and nitrogen bill1 at the lab's Tallahassee headquarters (2017) | $1,064,102 |
| Annual electric bill at the lab's Tallahassee headquarters (2017) | $4 million |
| Percentage of that bill attributable to magnet use (2017) | 67 |
| Percentage of the electricity provided to all Tallahassee residences and businesses that is consumed by the MagLab (2017) | 8 |
| Power supply, in megawatts, available at the lab's Tallahassee facility | 56 |
| Capacity, in megawatts, of the motor generator that powers the pulsed magnets at the lab's Los Alamos National Laboratory site | 1,430 |
| Average monthly electricity use, in kilowatthours, of average U.S. home | 920 |
| Average monthly electricity consumption of magnets at the MagLab (2017) | 5.0 million kwH |
| Average monthly electricity use, in kilowatthours, of MagLab's DC Field Facility in Tallahassee (2017) | 6,572,000 |
| Magnetic field, measured in tesla2, generated by the lab's hybrid magnet, which creates the most powerful sustained magnetic field in the world | 45 |
| Weight, in tons, of this magnet | 35 |
| Miles of superconducting wire coiling through this magnet | 4 |
| Amount of power, in megawatts, required to operate this magnet | 33 |
| Amount of time, in weeks, required to cool the magnet down from room temperature to its operating temperature of -452°F (-269°C) | 6 |
| Amount of chilled water, in liters per second, required to keep the magnet cool | 400 |
| Speed (in mph) at which chilled water is run through resistive magnets to keep them cool | 45 |
| Magnetic field strength, in tesla, of the strongest non-destructive magnet in the world, a pulsed magnet located at our Pulsed Field Facility at Los Alamos National Laboratory | 100.75 |
| Amount of pressure found 12 feet under water, in pounds per square inch (psi) | 6 |
| Amount of pressure (in psi) sustained by the lab's 100.75 tesla pulsed magnet | 200,000 |
| Length of time, in milliseconds, that the 100.75 tesla multi-shot is operated, so as to avoid an explosion (One millisecond = 1/1,000 of a second) | 15 |
| Length of time, in microseconds, that the lab's 300 tesla single turn magnet is operated, before exploding – as it is designed to do! (One microsecond = 1/1,000,000 of a second | 6 |
| Coldest temperature ever recorded on Earth (in nature) | -89°C (-129°F) |
| Number of times per second that hydrogen atoms spin in our 900 MHz NMR magnet | 900,000,000 |
| Number of scientists from across the globe using the MagLab facilities every year (2021) | 1,615 |
| Number of visitors attending the MagLab's annual Open House (2020) | 10,000+ |
| Number of K-12 students who participated in a tour or classroom outreach (2017) | 10,000 |
| Number of world records (as of 2022) | 17 |
1Liquid helium and liquid nitrogen are used to keep our superconducting magnets at the very cold temperature they require in order to operate.
2A tesla is a measure of magnetic field strength. The Earth's magnetic field is 1/20,000 (.00005) of a tesla.