Samridhi

A Point of Care Lab

Our Point-of-Care labs are facilities that aid doctors in making critical medical decisions in a timely manner through an advanced medical imaging process and 3D Printing of case-specific anatomical models.

Samridhi

A Point of Care Lab

Our Point-of-Care labs are facilities that aid doctors in making critical medical decisions in a timely manner through an advanced medical imaging process and 3D Printing of case-specific anatomical models.

Samridhi

A Point of Care Lab

Our Point-of-Care labs are facilities that aid doctors in making critical medical decisions in a timely manner through an advanced medical imaging process and 3D Printing of case-specific anatomical models.

Samridhi

A Point of Care Lab

Our Point-of-Care labs are facilities that aid doctors in making critical medical decisions in a timely manner through an advanced medical imaging process and 3D Printing of case-specific anatomical models.

Samridhi labs are equipped with the following solutions:

DICOM to 3D Modelling

3D modelling software which uses data from Digital Imaging and Communications in Medicine (DICOM) standard files to render accurate 3-dimensional views of the patient anatomy. This can then be comprehensively viewed and analysed using Virtual Reality or on-screen.

Case-specific anatomical models

3D Printers designed for accurate production of organic designs provide accurate anatomical models within a span of hours. These help with making crucial decisions on medical matters in a highly informed & speedy manner, improving the life-saving services that medical institutions provide.

Samridhi labs are equipped with the following solutions:

DICOM to 3D Modelling

3D modelling software which uses data from Digital Imaging and Communications in Medicine (DICOM) standard files to render accurate 3-dimensional views of the patient anatomy. This can then be comprehensively viewed and analysed using Virtual Reality or on-screen.

Case-specific anatomical models

3D Printers designed for accurate production of organic designs provide accurate anatomical models within a span of hours. These help with making crucial decisions on medical matters in a highly informed & speedy manner, improving the life-saving services that medical institutions provide.

Samridhi labs are equipped with the following solutions:

DICOM to 3D Modelling

3D modelling software which uses data from Digital Imaging and Communications in Medicine (DICOM) standard files to render accurate 3-dimensional views of the patient anatomy. This can then be comprehensively viewed and analysed using Virtual Reality or on-screen.

Case-specific anatomical models

3D Printers designed for accurate production of organic designs provide accurate anatomical models within a span of hours. These help with making crucial decisions on medical matters in a highly informed & speedy manner, improving the life-saving services that medical institutions provide.

Samridhi labs are equipped with the following solutions:

DICOM to 3D Modelling

3D modelling software which uses data from Digital Imaging and Communications in Medicine (DICOM) standard files to render accurate 3-dimensional views of the patient anatomy. This can then be comprehensively viewed and analysed using Virtual Reality or on-screen.

Case-specific anatomical models

3D Printers designed for accurate production of organic designs provide accurate anatomical models within a span of hours. These help with making crucial decisions on medical matters in a highly informed & speedy manner, improving the life-saving services that medical institutions provide.

Benefits of 3D Printed Medical Aids

Benefits of 3D Printed Medical Aids

Benefits of 3D Printed Medical Aids

Benefits of 3D Printed Medical Aids

Process Flow of work at Samridhi Labs

Process Flow of work at Samridhi Labs

Process Flow of work at Samridhi Labs

Process Flow of work at Samridhi Labs