Physical Cytometry

W8

THE ANALYTICAL, LAB WEIGHING BALANCE FOR THE QUANTITATIVE MEASUREMENT
OF SIZE, WEIGHT, AND MASS DENSITY ON BIOLOGICAL SAMPLES.
FROM SINGLE CELL SUSPENSIONS TO THE 3D SPHEROIDS.

Gathering precise information on mass density, shape, size and weight of cells or cell aggregates, is crucial for several applications as for cancer research, tissue engineering and regenerative medicine. Although few technical solutions have been presented for single cell analysis, scientists still lack methods for physical cytometry and standardization of 3D Biology heterogenous models.

With an intuitive user Interface and automated data analysis in spreadsheet files, the W8 technology offers a groundbreaking weighing method to perform quality control of 3D cell culture and quantitatively evaluate in vitro assays from the physical point of view.

Physical Cytometry

W8

THE ANALYTICAL, LAB WEIGHING BALANCE FOR THE QUANTITATIVE MEASUREMENT
OF SIZE, WEIGHT, AND MASS DENSITY ON BIOLOGICAL SAMPLES.
FROM SINGLE CELL SUSPENSIONS TO THE 3D SPHEROIDS.

Gathering precise information on mass density, shape, size and weight of cells or cell aggregates, is crucial for several applications as for cancer research, tissue engineering and regenerative medicine. Although few technical solutions have been presented for single cell analysis, scientists still lack methods for physical cytometry and standardization of 3D Biology heterogenous models.

With an intuitive user Interface and automated data analysis in spreadsheet files, the W8 technology offers a groundbreaking weighing method to perform quality control of 3D cell culture and quantitatively evaluate in vitro assays from the physical point of view.

Microfluidics-based technonology

KEY HALLMARKS

 

  • EXCLUSIVE PERFOMANCES: Extended sample’s size flexibility and real-time data elaboration. Calibrated device to sharp precision and accuracy of the measurements Standardized running buffer for the analysis.

 

  • ERROR-FREE OPERATIONS: Ensure high level of outputs integrity over its entire life-cycle with automated sample tracking during the analysis and downstream data refinement.

 

  • END-TO-END DATA RELIABILITY: The Image Analysis Algorithm better approximates the volume of 3D spheroids. Data refinement on exclusion threshold based on sample roundness and morphology.

 

Microfluidics-based Technology

EXCLUSIVE FEATURES

  • EXCLUSIVE PERFORMANCES: Extended sample’s size flexibility and real-time data elaboration. Calibrated device to sharp precision and accuracy of the measurements Standardized running buffer for the analysis.

  • ERROR-FREE OPERATIONS: Ensure high level of outputs integrity over its entire life-cycle with automated sample tracking during the analysis and downstream data refinement.

  • END-TO-END DATA RELIABILITY:  The Image Analysis Algorithm better approximates the volume of 3D spheroids. Data refinement on exclusion threshold based on sample roundness and morphology.

Performances

TECHNICAL SPECIFICATIONS

Outputs

Size (µm)

Mass Density (fg/µm³)

Weight (ng)

Sample Diameter

20 - 250 µm

Precision

99,9%

Performances

TECHNICAL SPECIFICATIONS

Outputs

Size (µm)

Mass Density (fg/µm³)

Weight (ng)

Sample Diameter

20 - 250 µm

Precision

99,9%

LAB WEIGHING BALANCE

OUTPUTS

Leveraging on a microfluidics-based, gravimetric method, the system simultaneously measures size, weight and mass density of 3D biological samples and delivers:

Raw data

A spreadsheet file compatible with the most common softwares

Graph

Automatic graph generation and statistical analysis

Thumbnail

Collect the bright-field images gallery for the qualitative estimation of sample morphology

LAB WEIGHING BALANCE

OUTPUTS

Leveraging on a microfluidics-based, gravimetric method, the system simultaneously measures size, weight and mass density of 3D biological samples and delivers:

Raw data

A spreadsheet file compatible with the most common softwares

Graph

Automatic graph generation and statistical analysis

Thumbnail

Collect the bright-field images gallery for the qualitative estimation of sample morphology

Registered Office

Via Villa Clelia 62/D 40026 
Imola (Bologna), Italy

Laboratories

Via Piero Gobetti 101 40129
Bologna, Italy

+39 051 639 9215
info@celldynamics.it

Registered Office

Via Villa Clelia 62/D 40026
Imola (Bologna), Italy

Laboratories

Via Piero Gobetti 101 40129
Bologna, Italy

Subscribe to Our Newsletter
to Receive All the News

Contact us

Contact us

info@celldynamics.it


+39 051 6399215

Contact us

info@celldynamics.it 
+39 051 6399215

Registered Office

Via Villa Clelia 62/D 40026
Imola (Bologna), Italy
VAT: IT03544920360

Laboratories

Via Piero Gobetti 101 40129
Bologna, Italy
3d Biology for reliable Medicine
Follow us