At Ojans, quality isn't just a standard—it's our promise. Our state-of-the-art in-house laboratory is equipped with advanced testing machinery to simulate real-world conditions, ensuring every bathroom cabinet withstands the test of time. Here is how we guarantee perfection through our six core experiments Transportation Vibration Test To ensure your product arrives in pristine condition, we simulate the vibrations and stresses of long-distance transportation. Our vibration testing machines rigorously assess the structural integrity of packaging and the cabinet itself, preventing loosening or damage during transit.
Bathrooms experience constant temperature fluctuations. We subject our materials to extreme high and low-temperature environments to verify their stability. This ensures that our cabinets resist warping, cracking, or delamination, maintaining their premium look regardless of humidity or heat.
For our smart mirror cabinets, precision is key. We conduct strict optical and power consumption tests to validate lighting uniformity, color rendering, and electrical safety. This guarantees energy efficiency, flicker-free illumination, and reliable electronic performance for years to come.
The heart of a cabinet lies in its hardware. Our automated durability testers simulate tens of thousands of open-and-close cycles. This rigorous process confirms the longevity and smooth operation of our hinges, ensuring they remain sturdy and silent even after years of daily use.
A bathroom cabinet must stay beautiful despite exposure to cosmetics and cleaning agents. We apply various common staining substances to our surfaces and evaluate their resistance. The result is a finish that repels stains and is incredibly easy to clean, keeping your bathroom looking brand new.
Safety and robustness are non-negotiable. We perform controlled drop tests on components and fully assembled units to measure their impact resistance. This critical test verifies that our products can withstand accidental bumps or falls without compromising their structure or safety..
Transport vibration testing is a critical reliability assessment designed to simulate the vibration environments a product and its packaging encounter during shipping. The primary goal is to evaluate the product's structural integrity, functional reliability, and the protective capability of its packaging against fatigue, loosening, or damage caused by sustained vibration.
