Torr Automation Systems

Greater Faridabad, Faridabad, Haryana

Washing machine are built as per the customers requirement using latest & most modern eco-friendly cleaning technology using innovative ideas. Machines are equipped with various filtration systems for effective cleaning. The washing machines are also equipped with PLC controlled electrical panel to automatically monitor the various set parameters of the machines.

Torr offers cost saving solutions to cleaning & drying problems.
We offer custom-designed & standard line units for either batch or continuous processing.
Washing machine are built as per the customers requirement using latest & most modern eco-friendly cleaning technology using innovative ideas. Machines are equipped with various filtration systems for effective cleaning. The washing machines are also equipped with PLC controlled electrical panel to automatically monitor the various set parameters of the machines.

Conveyorised Spray Washing System
These are high productivity conveyorised part washers for continuous cleaning of parts.
The part movement is on continuous conveyor using SS chain-sprocket mechanism.
Honey comb chain conveyor / slatted chain conveyor can be used as per part geometry and requirement.
Spray wash, spray rinse, compressed air chop and hot air dry process can be adopted.
Spray rust inhibition can be added. Fixed or pneumatically operated spray manifolds can be provided.
Start-stop of parts at required location can be provided.
PLC based control panel with fully automatic operation.
All wet parts in SS 304.

Front Loading Rotary Table
These machines are generally used for general cleaning applications before going to next machining opertion.
Pneumatically operated up-down lid.
Penumatically operated to and fro basket movement.
Continuous rotation of basket during all processes.
High pressure spray with dedicated nozzle are provided inside the chamber.
The basket containing the componets rotates at fixed speed of 3-5 RPM.
The spray nozzles are fixed at apartculer position so that all the surfaces are exposed to the spray.
Fully automatic operation using PLC based control panel.
High pressure spray wash, Spray rinse and hot air drying facility.
All the safety features included liquid level, liquid temp, air temp. Rotation, close/open, basket location etc.
Mist collector to avoid fumes coming out of system.
properly sealed front lid.
Continuous as well as inline filtration for better cleaning results and more bath life.
Single frame mounted enit with easy maintenance features.
All wet parts in SS 304.
Can handle load upto 400 kgs.
Filtration with bag filter and SS mesh filter to increase the life of location.

HELIUM Leak detection is used to detect micro-openings, porosities, etc. in test parts. The detection of these cracks involves the use of a light tracer gas which is capable of infiltrating the smallest leak quickly: Helium.

The detector samples and measures the helium flow rate entering the test part via the leaks.

Several methods can be used to test the part. The right one will be selected according to the test part and the measurement accuracy required.

Leak rates down to 10-10 mbar / s can be detected
both objects with vacuum or overpressure can be examined
the objects can be examined during operation
the examination can be performed fast and effective
non poisonous, non explosive and inexpensive gasses are applied
leaks can be detected in due time to prevent safety or operational hazards
leaks can be detected in due time to prevent unplanned and expensive shut downs

Dry and Dip Type Leak Testing Machine : Machines are built with proper fixturing design to suit profile aera of componets. Basic principle of these machines is same as dry leak testing machine. At the time of leakage in component, water is medium to detect the leak location.

A leak can be defined as an unintended crack, hole or porosity in an enveloping wall or joint, which must contain or exclude different fluids and gases allowing the escape of closed medium. Critical leak spots in closed systems are usually connections, gaskets, welded and brazed joints, defects in material, etc. A leak test procedure is usually a quality control step to assure device integrity, and should preferably be a one-time non-destructive test, without impact on the environment and operators. Several leak-testing techniques are available, spanning from very simple approaches to systems that are more complex.

Differential Sensor Based Leak Testing Machine to meesure pressure drop up to 0.1 Pascal. These machines are multi channel to test various chambers at different pressures and reject levels.Fully automatic Quality control machines for proper traceability.

These machines are based on Pressure Decay Method. These machines consist of pressurizing the system with a defined pressure gas, usually dry air. Then the part is isolated from the gas supply and, after a stabilizing period, its internal pressure is monitored over time. The pressure drop is measured in the time. If the pressure in the system drops fast, there is a large leak present in that component or section of the system. If the systems pressure drops slowly, there is a small leak present. If the pressure remains the same, that component is leak-free. The leak rate can easily be computed considering the volume of the component.

Advantages of these machines are:
Fastest, most consistent test technique for 90+% components.Non-Operator Dependant and test data can be collected by printer or computer.Passed product can be automatically marked (ink, stamping, and engraving) to insure parts are tested prior to subsequent processes.No cleaning/drying operations required after testing.System accuracy immune to most environmental conditions.p;Can be configured for 100% testing downstream of most bonding operations

Machines for automatic quality control with bubble test option.Machines are built with proper fixturing design to suit profile aera of componets.

Basic principle of these machines is same as dry leak testing machine.At the time of leakage in component, water is medium to detect the leak location.

Vacuum Leak Test works in the opposite way of the pressure decay test. This method involves evacuating the part to suitably low pressures and after stabilizing the pressure, measuring the increase in pressure caused by test media entering the part. Only parts that are able to withstand external pressure can be tested in this way (e.g. thin-walled plastic parts cannot be tested due to the danger of collapsing). The vacuum decay method can be realized in a fully automatic procedure and, in this way, it is independent of the operator. This technique is a go no-go test. It detects the total system leak and more than one leak can exist; leak location cant be detected. In a vacuum decay test, the unit to be tested is evacuated and its internal pressure is lower than atmospheric pressure.