Physical Optical Instruments
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This portable digital inclinometer utilizes a high-precision gravity accelerator and 3D magnetic resistance sensor for accurate measurements. Modern digital data processing techniques ensure high sensitivity and good repeatability in a small volume.

This uranium analyzer is suited for uranium measurement in geological surveys, nuclear fuel industry, and environment protection. It features advanced optical technology and a user-friendly interface for efficient operation in both laboratory and field applications.

This geological drilling machine is used for drilling in railroad, highway, tunnel, and power station foundation projects, as well as civil and industrial buildings. It features a spindle type design, mechanical transmission, hydraulic feeding, and a steel skid frame.

The spindle core drilling machine is designed for geological exploration and core sampling. It features a sturdy drilling rig and a reliable control system for efficient core extraction.

This high-precision fluxgate magnetometer offers high resolution and accuracy for measuring magnetic fields. It can calibrate surrounding interfered magnetic fields.

This multi-channel fluxgate magnetometer offers a wide geomagnetism compensation range. It measures multiple channels simultaneously and is equipped with a long probe cable.

This underwater magnetic detector is designed for locating ferrous objects submerged in water. It utilizes advanced magnetic sensing technology to identify anomalies caused by metallic objects, even in challenging conditions.

This proton magnetometer measures geomagnetic fields and gradients, and it is equipped with an RS-232C computer interface. It is applicable for use in field surveys or base station measurements, and it can be used with optional GPS to preset longitude and latitude.

This universal testing machine is designed for testing wood-based panels using tensile, compression, and bending methods. The machine features a manual rotation wheel that drives the chuck for accurate and reliable testing.

This tester is designed for intensity testing, mechanical performance analysis, and process capacity analysis of various springs. It utilizes micro-computer control for carrying out tension and compression tests.

This electronic universal testing machine offers advanced load frame structure. It allows for automated testing, real-time data analysis, and detailed reporting.

This testing machine is widely used in steel metallurgy, building materials, aerospace, machinery, and wire and cable industries. It performs material tests and analysis for scientific research institutions, universities, and industrial applications.

This machine is mainly used for pilot and plane testing of cold-formed steel or metal wire through repeated bending. It assesses the performance of metals under cold forming conditions, adhering to GB/T 238-2002 standards for repeated bending tests.

This machine applies to the torsion test of metal or nonmetal materials and some parts. The load system is the computer-controlled AC servo control system.

High frequency pulsators are advanced testing machines designed for dynamic material and component testing. These pulsators apply controlled, cyclic loads to specimens, simulating real-world operating conditions to assess fatigue life, durability, and structural integrity.

These mirrors feature multi-layer thin-film coatings optimized for specific wavelengths and angles of incidence. The coatings are highly durable, easily cleaned, and resistant to laser damage.

These sapphire windows feature low distortion and scatter. They offer excellent parallelism for laser and non-laser applications.

The aspheric lens is designed for optimal light focusing and minimal spherical aberration. It is suitable for laser systems, imaging devices, and scientific instruments.