At PRECISOL, we believe in delivering not just products, but complete solutions that solve real-world industrial challenges. Our case studies showcase how our technologies—ranging from IoT-based monitoring to predictive maintenance and wireless automation—have helped customers across various sectors achieve efficiency, safety, and smarter operations.
Explore our case studies to see how we’ve transformed complex problems into practical solutions for industries including manufacturing, automotive, energy, and infrastructure.
This case study explores how a leading automotive sunroof system supplier, referred to here as "Customer" successfully optimized their EOL testing process by integrating the Precisol’s CAN to USB adapter.
Field testing is a critical phase in the development of automotive components, ensuring they perform reliably under real-world conditions. For complex systems like the instrument cluster. which serves as the primary human-machine interface .
Our industrial customer operates a critical wastewater treatment facility responsible for processing industrial effluents before safe discharge. A key challenge for the customer was effectively monitoring numerous flow meters .
Maintaining Purity and Efficiency Across Dairy Operations One of our customers is a prominent producer of fresh milk and dairy products, operates a complex network of pipelines across its processing facility.
Our customer, a leading manufacturer of specialized carbon products, operates facilities where extreme temperatures, abrasive dust, and constant vibrations are the norm. The production process, involving high-temperature kilns, heavy-duty grinders.
Our Customer, a major contractor specializing in large-scale excavation and material transport for mining and civil construction projects, faced significant operational challenges with its extensive fleet of dumpers and tippers.
Our customer, a major supplier of construction materials, operates several large-scale quarries, many located in remote and challenging geographical areas. A fundamental challenge was the accurate and real-time monitoring of material leaving their busiest remote quarry.
Our customer manages hundreds of pumping stations spread across a wide geographic area, delivering potable water to millions of residents. The sheer scale and distributed nature of their assets made comprehensive pump monitoring a logistical nightmare.
Our customer, an innovative startup specializing in Autonomous Mobile Robots (AMRs) for warehouse logistics, faced a critical challenge in their development cycle. Their flagship AMR, relies heavily on a complex network of internal sensors, actuators, and control modules that communicate primarily
One of our customers operates a substantial fleet of passenger vehicles, including buses configured with both sleeper and seater arrangements, primarily for corporate employee transport and inter-city travel. A critical challenge faced by the customer was the lack of real-time visibility into actual seat occupancy.
In diverse industrial environments, from vast water reservoirs and chemical processing vats to grain silos and fuel depots, the accurate and continuous monitoring of material levels is paramount. Maintaining optimal levels is crucial for operational efficiency, preventing costly overflows or critical dry-runs, and stringent environment.
Our customer, a system integrator had a requirement from their end customer to automate the water management. Their multi-storey residential building, faced significant operational inefficiencies and risks in its water management system. They relied on a central pump house to draw water from underground.
One of our customer, manages and maintains a large fleet of elevators across numerous commercial and residential buildings. Their core challenge was the lack of real-time visibility into the operational status and health of these critical assets. While modern elevators incorporate internal diagnostics, accessing this data remotely was a significant hurdle.
The global poultry industry relies heavily on the health and genetic integrity of Grandparent Stock (GPS) – the foundational breeding birds that produce all subsequent generations of broiler and layer chickens. Transporting these high-value live animals is arguably the most critical segment of the poultry cold chain. Unlike inanimate perishable goods, GPS.
Our customer, a manufacturer of specialized liquid compounds, faced a unique challenge in their batch process automation. Critical process parameters, such as target flow rates, dosing percentages, and mixing ratios, were often calculated and stored in CSV files on local IT servers or operator workstations.