MultiSample Phantom 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.

NIST Traceable

3 Models • 8-24 Vials

24 vials

MultiSample 120E

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.

Key Features

24 x 10ml sample capacity (100×16mm vials)
MR-visible fiducial marker with single order of rotational symmetry
Three concentric rings of sample locations (14 outer, 6 middle, 4 central)
Temperature monitoring with included liquid crystal thermometer
Ports for insertable fibre optic thermometer probes
Standardised design with CAD-derived voxel models for image registration
Available pre-filled with NIST-traceable solutions

Applications

Quantitative T1 and T2 relaxometry

Diffusion

Metabolic imaging

Spectroscopy

Multi-nuclear imaging

Fat fraction

NIST Traceable

NIST Traceability

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.

View NIST Prefilled Vials & Calibration Values Learn more about NIST traceability in MRI

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Available Configurations

Standard Relaxometry

Pre-filled with 24 MnCl₂ concentrations for T1/T2 mapping. NIST-traceable solutions.

MS120E-RLX

Standard Diffusion

Pre-filled with PVP solutions for diffusion calibration. NIST-traceable solutions.

MS120E-DIFF

Mixed Configuration

Combined relaxometry and diffusion measurements. NIST-traceable solutions.

MS120E-MIX

Empty

Supplied empty for custom filling by the user

MS120E-EMPTY

Custom Configuration

Filled to customer specification on request

MS120E-CUSTOM

Standard Relaxometry

Pre-filled with 24 MnCl₂ concentrations for T1/T2 mapping. NIST-traceable solutions.

MS120E-RLX

Flood Fill: MNCL-0110F

Relaxometry (MnCl₂)

Diffusion (PVP)

Click on any vial to see detailed information

Select a vial to view detailed information

Configuration Summary

Total Vials:24

Solution Types:MnCl₂

MnCl₂ Vials:24

PVP Vials:0

Configuration Details

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

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Select Models to Compare

MS120EMS120DMS190F

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	2x 1/4" BSP (filling ports) 2x M12x1.5 (probe ports)	2x 1/4" BSP (filling ports) 2x M12x1.5 (probe ports)	1x 1/4" BSP (filling port) 2x M12x1.5 (probe ports) 1x M40 port
Materials	Body: Polycarbonate Holder: Polycarbonate and Acrylic	Body: Polycarbonate Holder: Polycarbonate and Nylon	Body: Polycarbonate Holder: Polycarbonate and Acrylic
Key Features	•24 x 10ml sample capacity (100×16mm vials) •MR-visible fiducial marker with single order of rotational symmetry •Three concentric rings of sample locations (14 outer, 6 middle, 4 central) •Temperature monitoring with included liquid crystal thermometer •Ports for insertable fibre optic thermometer probes •Standardised design with CAD-derived voxel models for image registration •Available pre-filled with NIST-traceable solutions	•8 x 50ml sample capacity •Single ring arrangement •Compact 120mm diameter •Filling and probe ports •Temperature monitoring capability	•12 x 50ml sample capacity with easy snap-in design •MR-visible sample identification fiducials for each vial •Two fillable glass tubes with single-order rotational symmetry •Two concentric rings of sample locations (8 outer, 4 central) •Temperature monitoring with included liquid crystal thermometer •Ports for insertable fibre optic thermometer probes •Standardised design with CAD-derived voxel models for image registration •Available pre-filled with NIST-traceable solutions
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	✓Unambiguous sample identification in every MR image ✓Ideal for investigating spatial impact of B1 and B0 inhomogeneities ✓Study gradient non-linearities with standardised geometry ✓Comprehensive testing capability with 24 samples ✓Structural reference for automated ROI extraction ✓Quality assurance and advanced technique development ✓Research-grade precision	✓Cost-effective solution ✓Ideal for quality assurance ✓Protocol development support ✓Standardised geometry ✓Reliable and reproducible results	✓Unambiguous sample identification in every MR image ✓Ideal for investigating spatial impact of B1 and B0 inhomogeneities ✓Study gradient non-linearities with standardised geometry ✓Maximum sample volume for superior SNR ✓Structural reference for automated ROI extraction ✓Quality assurance and advanced technique development ✓Multi-site standardisation
Documentation	Info Sheet	Info Sheet	Info Sheet
Actions	Contact Us	Contact Us	Contact Us

Comparison Summary

Most Compact:MS120D

Most Versatile:MS120E

Largest Capacity:MS190F

Which Model is Right for You?

Choose MS120D if:

• You need basic QA testing
• 8 samples are sufficient
• Compact design is preferred
• Larger vial volumes (50ml) are needed

Choose MS120E if:

• You need comprehensive testing
• Method development is important
• 24 samples provide better statistics
• Temperature monitoring is needed

Choose MS190F if:

• Large sample volumes are required
• Body coil testing is needed
• Maximum SNR is important
• Multi-site standardisation

Case studies

MultiSample in the field

Multi-vial phantoms powering diffusion and relaxometry studies across international research networks.

All case studies

World's First SPIRIT Phantom Implementation

FeaturedSPIRIT

Innovation · March 2025

World's First SPIRIT Phantom Implementation

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.

Read the full story

MultiSample Phantom Series

MultiSample 120E

Key Features

Applications

NIST Traceability

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Technical Specifications - MultiSample 120E

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Available Configurations

Standard Relaxometry

Standard Diffusion

Mixed Configuration

Empty

Custom Configuration

Standard Relaxometry

Configuration Summary

Configuration Details

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Downloads & Resources

MS120E Information Sheet

Select Models to Compare

Comparison Summary

Which Model is Right for You?

Choose MS120D if:

Choose MS120E if:

Choose MS190F if:

MultiSample in the field

World's First SPIRIT Phantom Implementation

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	Insertable fibre optic thermometer probes Torque screwdriver (highly recommended for self-filling applications to prevent damage from overtightening screws)