A.S.I.Sales Private Limited

The SwissVick SV20 series advances traditional hardness testing by reducing the impact of user intervention on test results. It utilizes cutting-edge force
sensor technology with an electronically controlled load cell in a closed-loop system, providing force feedback to ensure unparalleled accuracy, reliability,
and consistency across all testing forces.

The system’s software, featuring integrated Go-No Go judgement process control, facilitates file storage, test program configuration, limit setting, conversion to
different hardness scales, system setup, and testing for both convex and concave samples. These features collectively enhance the repeatability and reproducibility of the test results.

The SwissVick SV20 series advances traditional hardness testing by reducing the impact of user intervention on test results. It utilizes cutting-edge force
sensor technology with an electronically controlled load cell in a closed-loop system, providing force feedback to ensure unparalleled accuracy, reliability,
and consistency across all testing forces.

The system’s software, featuring integrated Go-No Go judgement process control, facilitates file storage, test program configuration, limit setting, conversion to
different hardness scales, system setup, and testing for both convex and concave samples. These features collectively enhance the repeatability and reproducibility of the test results.

The SwissVick SV20 series advances traditional hardness testing by reducing the impact of user intervention on test results. It utilizes cutting-edge force
sensor technology with an electronically controlled load cell in a closed-loop system, providing force feedback to ensure unparalleled accuracy, reliability,
and consistency across all testing forces.

The system’s software, featuring integrated Go-No Go judgement process control, facilitates file storage, test program configuration, limit setting, conversion to
different hardness scales, system setup, and testing for both convex and concave samples. These features collectively enhance the repeatability and reproducibility of the test results.

The SwissVick SV10 series advances traditional hardness testing by reducing the impact of user intervention on test results. It utilizes
cutting-edge force sensor technology with an electronically controlled load cell in a closed-loop system, providing force feedback
to ensure unparalleled accuracy, reliability, and consistency across all testing forces.

The system’s software, featuring integrated Go-No Go judgement process control, facilitates file storage, test program configuration,
limit setting, conversion to different hardness scales, system setup, and testing for both convex and concave samples. These features
collectively enhance the repeatability and reproducibility of the test results.

The SwissVick SV10 has a 6 position turret for indenters and objective lenses and offers the option of an analog or digital eyepiece, depending on your requirements,
with the possibility of installing either one of them at will. Additionally, an HD camera can be added for on-screen measurements, working in conjunction with the optional EYEdentify™ software system. This camera is securely housed within the head cover to avoid accidental misalignment and protect it from dust. To prevent any accidental collisions between the workpiece and the indenter or objective lenses by moving the Z-axis to far up, the turret features a – collision protection system.

The SwissVick SV10 series advances traditional hardness testing by reducing the impact of user intervention on test results. It utilizes
cutting-edge force sensor technology with an electronically controlled load cell in a closed-loop system, providing force feedback
to ensure unparalleled accuracy, reliability, and consistency across all testing forces.

The system’s software, featuring integrated Go-No Go judgement process control, facilitates file storage, test program configuration,
limit setting, conversion to different hardness scales, system setup, and testing for both convex and concave samples. These features
collectively enhance the repeatability and reproducibility of the test results.

The SwissVick SV10 has a 6 position turret for indenters and objective lenses and offers the option of an analog or digital eyepiece, depending on your requirements,
with the possibility of installing either one of them at will. Additionally, an HD camera can be added for on-screen measurements, working in conjunction with the optional EYEdentify™ software system. This camera is securely housed within the head cover to avoid accidental misalignment and protect it from dust. To prevent any accidental collisions between the workpiece and the indenter or objective lenses by moving the Z-axis to far up, the turret features a – collision protection system.

The SwissVick SV10 series advances traditional hardness testing by reducing the impact of user intervention on test results. It utilizes
cutting-edge force sensor technology with an electronically controlled load cell in a closed-loop system, providing force feedback
to ensure unparalleled accuracy, reliability, and consistency across all testing forces.

The system’s software, featuring integrated Go-No Go judgement process control, facilitates file storage, test program configuration,
limit setting, conversion to different hardness scales, system setup, and testing for both convex and concave samples. These features
collectively enhance the repeatability and reproducibility of the test results.

The SwissVick SV10 has a 6 position turret for indenters and objective lenses and offers the option of an analog or digital eyepiece, depending on your requirements,
with the possibility of installing either one of them at will. Additionally, an HD camera can be added for on-screen measurements, working in conjunction with the optional EYEdentify™ software system. This camera is securely housed within the head cover to avoid accidental misalignment and protect it from dust. To prevent any accidental collisions between the workpiece and the indenter or objective lenses by moving the Z-axis to far up, the turret features a – collision protection system.

The SwissVick SV10 series advances traditional hardness testing by reducing the impact of user intervention on test results. It utilizes
cutting-edge force sensor technology with an electronically controlled load cell in a closed-loop system, providing force feedback
to ensure unparalleled accuracy, reliability, and consistency across all testing forces.

The system’s software, featuring integrated Go-No Go judgement process control, facilitates file storage, test program configuration,
limit setting, conversion to different hardness scales, system setup, and testing for both convex and concave samples. These features
collectively enhance the repeatability and reproducibility of the test results.

The SwissVick SV10 has a 6 position turret for indenters and objective lenses and offers the option of an analog or digital eyepiece, depending on your requirements,
with the possibility of installing either one of them at will. Additionally, an HD camera can be added for on-screen measurements, working in conjunction with the optional EYEdentify™ software system. This camera is securely housed within the head cover to avoid accidental misalignment and protect it from dust. To prevent any accidental collisions between the workpiece and the indenter or objective lenses by moving the Z-axis to far up, the turret features a – collision protection system.

The SwissVick SV20 series advances traditional hardness testing by reducing the impact of user intervention on test results. It utilizes cutting-edge force
sensor technology with an electronically controlled load cell in a closed-loop system, providing force feedback to ensure unparalleled accuracy, reliability,
and consistency across all testing forces.

The system’s software, featuring integrated Go-No Go judgement process control, facilitates file storage, test program configuration, limit setting, conversion to
different hardness scales, system setup, and testing for both convex and concave samples. These features collectively enhance the repeatability and reproducibility of the test results.