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3D-Dental Scanner – DELUXE
The Interactive Hemodynamics Visualization & Analysis System enables an interactive experimental study of hemodynamics using state of the art technologies.
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3D-Dental Scanner – EASY
The Interactive Hemodynamics Visualization & Analysis System enables an interactive experimental study of hemodynamics using state of the art technologies.
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3D-Dental Scanner – SMART
The Interactive Hemodynamics Visualization & Analysis System enables an interactive experimental study of hemodynamics using state of the art technologies.
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AHRS
Inertial Labs is a designer, developer and manufacturer of position and orientation tracking systems. They produce a variety of the
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D-2223
Static torque transducers based on strain gauge technology are designed to measure the torque of non-rotating parts. Static torque sensors are
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Dental Milling Blocks/Sintering Ovens
The Interactive Hemodynamics Visualization & Analysis System enables an interactive experimental study of hemodynamics using state of the art technologies.
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Dental Milling Machine – DENTAMILL DX4
The Interactive Hemodynamics Visualization & Analysis System enables an interactive experimental study of hemodynamics using state of the art technologies.
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Dental Scanning Software – CAM
The Interactive Hemodynamics Visualization & Analysis System enables an interactive experimental study of hemodynamics using state of the art technologies.
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Dental Scanning Software – EXOCAD
The Interactive Hemodynamics Visualization & Analysis System enables an interactive experimental study of hemodynamics using state of the art technologies.
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ELECTROLYTIC TILT
Electrolytic tilt sensors are designed to measure pitch and roll movements in a variety of applications. Electrolytic level sensors are electrically
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MAPS – 1 (Weighing & Palletizing)
The station is designed to test for material type, height and weight, before a robotic arm is used for palletizing
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MAPS – 3 (Linear Transfer Systems)
This station is designed to demonstrate commonly used transfer mechanisms available in mechatronics systems. Parts placed on the conveyor are
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MAPS – 4 (Bottling Plant)
This mechatronics system is designed to be a miniature bottling plant, demonstrating the automated bottling operations used in the industry.
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MAPS 5 ( Flexible Automation System)
This mechatronics system is an exceptional system, designed for free-form automation application design i.e. modules can be configured into many
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MAPS 6 ( Modular Automation System)
The MAPS6 modular system tackles material handling, testing, processing, assembly, sorting and storage operations. It incorporates multiple technologies such as
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Medical & Hospital
Typical instrument is suitable for classrooms and laboratories for understanding Hemoflow System. Custom designed is available on request.
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