Preethitech is a Coimbatore-based supplier specializing in industrial weighing and automation solutions.With a focus on quality, performance, and customer support, Preethitech serves industries including manufacturing, material handling, process automation, and weighing systems. The company emphasizes dependable supply, responsive service, and technical understanding to meet varied buyer requireme...
Learn MoreLoad cells are designed with focus on accuracy, stability and repeatability to support critical weighing and force measurement applications.
The portfolio covers single point, shear beam, S beam, pin type and shackle load cells across low to high capacity requirements.
Each model is developed to suit specific applications such as platform scales, tank weighing, force testing and industrial automation.
Supplying and assembly follow defined processes to ensure dimensional accuracy and consistent electrical performance.
Support is provided to assist customers in selecting suitable load cell models based on capacity and application needs.
Preethitech maintains a structured supplier infrastructure designed to support efficient sourcing, inspection, and fulfillment of load cells, weighing sensors, indicators, and automation components. The setup includes zones for product verification, configuration, and performance checks to ensure supply suitability for varied industrial applications. Inventory handling and dispatch processes are organized to manage different models and capacity ranges with consistent quality standards and reliable delivery schedules. This infrastructure enables Preethitech to cater effectively to OEMs, system integrators, distributors, and industrial buyers seeking dependable supply and technical coordination.
Below Rs.1 Crore (Below US$2,00,000)
below 1000 square meters
1 - 9 People
5 - 10 People
Preethitech emphasizes supplier-led research and development to ensure high-performance load cells and weighing solutions. Product improvements focus on accuracy, mechanical strength, and environmental reliability. Design validation includes analyzing load behavior, optimizing dimensions, and evaluating signal stability. Continuous enhancements are guided by field feedback, application performance insights, and evolving industry requirements. Prototypes are carefully tested for consistent performance before being supplied to industrial buyers, ensuring reliable and application-ready solutions.
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