Loading MultiSample Series...
Standardised multi-vial phantoms for quantitative MRI calibration and quality assurance. Available in three models with configurations for relaxometry, diffusion, and mixed applications. All solutions are NIST-traceable.
One phantom, endless possibilities
The MultiSample120E (Enhanced) is a 120mm diameter cylindrical phantom, capable of holding up to 24 industry standard 100 x 16mm, 10ml polypropylene vials. The phantom can be supplied pre-filled with configurations for diffusion or relaxometry, or empty for filling by the user, making it ideal either for acquisitions/technique development, or quality assurance of advanced imaging methods. The sample holder features an MR-visible fiducial marker that provides only a single order of rotational symmetry, making it easy to unambiguously identify every sample vial in every MR image.
All pre-filled vials come with NIST-traceable characterisation of MR properties including T1, T2, and ADC values at multiple temperatures. Certification is valid for 24 months from manufacture date.
Get a personalised quote for the MS120E phantom including delivery and support
| Diameter | Inner: 120mm Outer: 130mm Widest: 160mm |
| Overall Dimensions | (L)160mm x (W)160mm x (H)165mm |
| Sample Capacity | 24 × 10ml 100×16mm standard vials arranged in three concentric rings |
| Materials | Body: Polycarbonate Lid: Polycarbonate Sample Holder: Polycarbonate and Acrylic Seals: Nitrile |
| Ports | 2x 1/4" BSP (filling ports) 2x M12x1.5 (probe ports) |
| Optional Extras |
|
Get a personalised quote for the MS120E phantom including delivery and support
Pre-filled with 24 MnCl₂ concentrations for T1/T2 mapping. NIST-traceable solutions.
MS120E-RLX
Pre-filled with PVP solutions for diffusion calibration. NIST-traceable solutions.
MS120E-DIFF
Combined relaxometry and diffusion measurements. NIST-traceable solutions.
MS120E-MIX
Supplied empty for custom filling by the user
MS120E-EMPTY
Filled to customer specification on request
MS120E-CUSTOM
Pre-filled with 24 MnCl₂ concentrations for T1/T2 mapping. NIST-traceable solutions.
MS120E-RLX
Flood Fill: MNCL-0110F
Click on any vial to see detailed information
Select a vial to view detailed information
| Position | Solution Code | Type | Concentration | MR Properties |
|---|---|---|---|---|
| A | MNCL-0480 | RLX | 0.480 mM | 1.5T: T1 260 ms, T2 27 ms 3.0T: T1 306 ms, T2 20 ms |
| B | MNCL-0027 | RLX | 0.027 mM | 1.5T: T1 1995 ms, T2 488 ms 3.0T: T1 2013 ms, T2 328 ms |
| C | MNCL-0630 | RLX | 0.630 mM | 1.5T: T1 191 ms, T2 19 ms 3.0T: T1 236 ms, T2 15 ms |
| D | MNCL-0017 | RLX | 0.017 mM | 1.5T: T1 2279 ms, T2 767 ms 3.0T: T1 2327 ms, T2 492 ms |
| E | MNCL-0320 | RLX | 0.320 mM | 1.5T: T1 390 ms, T2 42 ms 3.0T: T1 435 ms, T2 30 ms |
| F | MNCL-0245 | RLX | 0.245 mM | 1.5T: T1 492 ms, T2 56 ms 3.0T: T1 544 ms, T2 40 ms |
| G | MNCL-0194 | RLX | 0.194 mM | 1.5T: T1 593 ms, T2 70 ms 3.0T: T1 649 ms, T2 50 ms |
| H | MNCL-0078 | RLX | 0.078 mM | 1.5T: T1 1179 ms, T2 172 ms 3.0T: T1 1251 ms, T2 123 ms |
| I | MNCL-0055 | RLX | 0.055 mM | 1.5T: T1 1429 ms, T2 237 ms 3.0T: T1 1505 ms, T2 170 ms |
| J | MNCL-0039 | RLX | 0.039 mM | 1.5T: T1 1705 ms, T2 342 ms 3.0T: T1 1756 ms, T2 235 ms |
| K | MNCL-0017 | RLX | 0.017 mM | 1.5T: T1 2279 ms, T2 767 ms 3.0T: T1 2327 ms, T2 492 ms |
| L | MNCL-0027 | RLX | 0.027 mM | 1.5T: T1 1995 ms, T2 488 ms 3.0T: T1 2013 ms, T2 328 ms |
| M | MNCL-0039 | RLX | 0.039 mM | 1.5T: T1 1705 ms, T2 342 ms 3.0T: T1 1756 ms, T2 235 ms |
| N | MNCL-0055 | RLX | 0.055 mM | 1.5T: T1 1429 ms, T2 237 ms 3.0T: T1 1505 ms, T2 170 ms |
| O | MNCL-0078 | RLX | 0.078 mM | 1.5T: T1 1179 ms, T2 172 ms 3.0T: T1 1251 ms, T2 123 ms |
| P | MNCL-0110 | RLX | 0.110 mM | 1.5T: T1 973 ms, T2 131 ms 3.0T: T1 994 ms, T2 90 ms |
| Q | MNCL-0159 | RLX | 0.159 mM | 1.5T: T1 707 ms, T2 86 ms 3.0T: T1 758 ms, T2 60 ms |
| R | MNCL-0194 | RLX | 0.194 mM | 1.5T: T1 593 ms, T2 70 ms 3.0T: T1 649 ms, T2 50 ms |
| S | MNCL-0245 | RLX | 0.245 mM | 1.5T: T1 492 ms, T2 56 ms 3.0T: T1 544 ms, T2 40 ms |
| T | MNCL-0320 | RLX | 0.320 mM | 1.5T: T1 390 ms, T2 42 ms 3.0T: T1 435 ms, T2 30 ms |
| U | MNCL-0480 | RLX | 0.480 mM | 1.5T: T1 260 ms, T2 27 ms 3.0T: T1 306 ms, T2 20 ms |
| V | MNCL-0630 | RLX | 0.630 mM | 1.5T: T1 191 ms, T2 19 ms 3.0T: T1 236 ms, T2 15 ms |
| W | MNCL-0110 | RLX | 0.110 mM | 1.5T: T1 973 ms, T2 131 ms 3.0T: T1 994 ms, T2 90 ms |
| X | MNCL-0159 | RLX | 0.159 mM | 1.5T: T1 707 ms, T2 86 ms 3.0T: T1 758 ms, T2 60 ms |
Click on any row to view detailed information above
Get a personalised quote for this configuration including delivery and support
| Specification | MS120E | MS120D | MS190F |
|---|---|---|---|
| Full Name | MultiSample 120E | MultiSample 120D | MultiSample 190F |
| Description | One phantom, endless possibilities | 8-vial phantom for quality assurance and protocol development | One phantom, endless possibilities |
| Sample Capacity | 24 vials 10ml each | 8 vials 50ml each | 12 vials 50ml each |
| Container Type | 10ml polypropylene vials | Polypropylene centrifuge tubes | Falcon BD 50ml polypropylene vials |
| Diameter | Inner: 120mm Outer: 130mm | Inner: 120mm Outer: 130mm | Inner: 190mm Outer: 200mm |
| Overall Dimensions | (L)160mm x (W)160mm x (H)165mm | (L)160mm x (W)160mm x (H)165mm | (L)228mm x (W)228mm x (H)168mm |
| Ports |
|
|
|
| Materials | Body: Polycarbonate Holder: Polycarbonate and Acrylic | Body: Polycarbonate Holder: Polycarbonate and Nylon | Body: Polycarbonate Holder: Polycarbonate and Acrylic |
| Key Features |
|
|
|
| Configurations | Standard Relaxometry Standard Diffusion Mixed Configuration Empty Custom Configuration | Standard Relaxometry Standard Diffusion Mixed Configuration Empty | Standard Relaxometry Standard Diffusion Mixed Configuration Empty Custom Configuration |
| Best For |
|
|
|
| Documentation | |||
| Actions |
Multi-vial phantoms powering diffusion and relaxometry studies across international research networks.
NeuRA Imaging pioneers next-generation MRI quality assurance in Australia
NeuRA Imaging became the first facility globally to implement GSP's SPIRIT phantom, supporting Australia's National Imaging Facility MRNet project to harmonise imaging protocols across multiple sites.