Ultrasonic Cleaning Reaches Intricate Parts Of Fasteners

 

The Task To design an ultrasonic cleaning system for cleaning contaminated fasteners. As fastener joins or affixes two or more objects together, so over the time oils and residual soils builds-up and uncleaned fasteners might result in reduced efficiency. The Solution In this case, the challenge was successfully completed by designing a 6-chamber ultrasonic cleaning system with single arm robotic mechanism for material handling, rotations of baskets for better cleaning of blind hol…(Read More)

 

Ultrasonic Cleaning System Excel’s In Cleaning Valves and Bolts

 

The Task To design an ultrasonic cleaning system for cleaning contaminated valve bush, valve spool and spherical bolts. The heavy paste of scale, chips, oil and dirt on the valves and bolts makes it difficult to achieve a high cleanliness level. The Solution In this case, the challenge was successfully completed by designing a single chamber multi-operational cleaning system of tank capacity 40 liters, having seven process stages such as spray cleaning, turbulence cleaning, ultras… (Read More)

 

Removal of chip, dirt & emulsion from automotive parts

 

The Task To design a cleaning system to clean the contaminated aluminum made automotive parts such as starter housing and rocker bearing inlet and exhaust. The complex geometry, blind hole and angular tiny hole of the contaminated parts makes it difficult to achieve high cleaning standards with millipore 0.25mg/component. The Solution In this case, the task was successfully done by designing an ultrasonic single chamber multi-operational cleaning system, wherein all processes like … (Read More)

 

Ultrasonic excel’s in cleaning oil pumps

 

The Task To design a cleaning system to clean the contaminated aluminum made oil pumps. Oil pumps are used to provide oil to all parts of the engine for lubrication, so over the time heavy chips, dirt and emulsion builds up and uncleaned oil pumps results in reduced performance. The Solution In this case, the task was successfully done by designing an ultrasonic 3-chamber cleaning system with a multi-arm walking beam and without a canopy. Stages include ultrasonic cleaning, ultras…(Read More)