Reliable diagnostics for Maintenance (MRO) & Quality Control

Custom Probe Specs, Software SDK, and Private Labeling.

From automotive diagnostics to precision manufacturing, we engineer the right eye for every challenge.

Why 0.01mm tolerance makes a difference in extreme environments.

Industrial pipes are abrasive. We utilize Mohs 9 Sapphire—second only to diamond—to ensure zero scratches and 99% light transmission, even after 1,000 insertions.

Ordinary steel mesh snaps under fatigue. QBH weaves a 4-layer Tungsten Alloy shield. It resists fraying in rough castings and ensures 100,000+ bends without structural failure.

Integration vs. Overheating Fitting 7 optical components into a 4mm tube requires 0.01mm tolerance. Our proprietary high-density packaging dissipates LED heat instantly, protecting the sensor for long-term stability.

Engineering precision into every step of your inspection workflow

We don’t guess; we simulate. Before a single part is machined, we digitally map your inspection path (as shown) to detect geometric constraints and collision risks, ensuring the probe fits your complex engine or pipe architecture perfectly.

Standard probes fail in unique environments. Our engineers calculate the exact tip length, bend radius, and optical depth of field needed. We turn your requirements into a verified engineering blueprint, optimized for 0.01mm tolerance.

Transitioning from CAD to reality with industrial-grade durability. The final build features hermetically sealed sapphire optics and fully potted electronics, rigorously tested (IP67) to survive oil, water, and extreme pressures.

Hardware is the eye; software is the brain. We develop proprietary ISP algorithms (as shown) to actively filter noise and enhance clarity in real-time. We don’t just capture pixels; we engineer them for maximum diagnostic precision.

No two inspection sites are exactly the same. Whether dealing with high glare, extreme humidity, or navigating complex internal structures, QBH is dedicated to providing you with clear, reliable visual evidence.

Engine interiors are often filled with sludge and reflective surfaces—a scenario where standard borescopes easily suffer from “glare.” We optimize our lighting system to balance the high highlights of metal valve stems with the dark details of carbon deposits. Even in oily conditions, you can see through surface reflections to clearly distinguish the granular texture and thickness of deposits, making maintenance decisions intuitive.

Detecting a crack inside a rough casting is only the first step; quantifying the defect is key to quality control. For metal surfaces with heavy grain texture, our image algorithms effectively filter out noise to lock onto critical stress cracks. Integrated with on-screen measurement tools, you can capture crack length data (e.g., L=1.25mm) directly, ensuring QC reports are based on data, not just estimation.

Facing rectangular ventilation ducts spanning dozens of meters, standard point-lights often only illuminate the center, leaving the edges in pitch darkness. QBH utilizes wide-angle lenses paired with flood lighting to cover a broader field of view in a single shot. Whether it’s dust accumulation in corners or mold growth on walls, everything is revealed under uniform illumination, doubling inspection efficiency.

Not all damage manifests as visible cracks. In aero-engines, slight “discoloration” caused by high temperatures is often a critical warning sign. Our sensors are calibrated to sensitively capture the blue-purple oxidation spectrum (Heat Tint) of metals like titanium under thermal stress. This microscope-like color insight helps engineers identify thermal risks before physical deformation occurs.

When humidity levels inside a pipe are high or water pools at the bottom, corrosion colors can become difficult to distinguish. Relying on IP67-rated sealing and high-CRI lighting, QBH probes penetrate these harsh conditions to accurately render the reddish-brown layers of iron oxide. It’s not just about seeing the image; it’s about helping you differentiate between surface rust and structural pitting to accurately assess pipeline life.

How do you find wall leaks without destroying the renovation? Just a single micro-drill hole. QBH probes are designed with a balance of flexibility and rigidity, allowing them to navigate and maneuver through the tight gaps between wooden studs and insulation batting. Without tearing down walls, you can penetrate deep into building cavities to pinpoint hidden water leaks or pest infestation sources.