Electronic probes - Import export

Incremental length probe with magnetic detection principle for high reliability. with USB interface. Very high accuracy and repeatability. Resolution 0,1µm or 0,5µm Extremely insensitive to contamination such as oil mist, moisture and dust Ball spline bearing of the spindle for long life time Perfectly suited for automated measured value acquisition in measuring devices, assembly and manufacturing lines. Basic measuring software included

The Sensistor XRS9012 Hydrogen Leak Detector is a fast, reliable and robust instrument for utilities leak detection such as telecom cables and water pipes. The Sensistor XRS9012 offers a highly sensitive and flexible leak detection system in a heavy-duty, smart and ergonomically designed package. The unique method involving the use of inexpensive forming gas (5% hydrogen and 95% nitrogen) as tracer gas, combines unparalleled locating properties with user-friendly technology, low costs and minimal service requirements. To be able to detect both minor and major leaks the Sensistor XRS9012 features a sensitivity adjustor to instantly adapt to any detection condition. The electronic sensor mounted in the probe tip responds instantaneously to the tracer gas. The sensor is also highly sensitive and selective to hydrogen gas. Additionally, the instrument has a very short recovery time to enable new measurements to be performed immediately. 0.7 ppm H 2 in air

Leves complement ideally to flow measurements, since each flow is coming from a container or is pumped into a tank or container. For this the level information is extremely important because through these pumps and valves can be controlled, so that the flow can be measured with high reliability. In case of emptying tanks, the pump power can be reduced, so that the risk of air in the pipes is reduced. This in turn would affect the measurement. During tank filling can by throttling the power of the pump a overfilling be avoided so that the full capacity of a tank can be exploited. The level measurement in combination with the flow measurement complement each other ideally, if the measured information are processed together and evaluated. The plant availability is held high, because in case of failure or maintenance of a measurement, the other still works. Energy optimized, high-frequency electromagnetic impulses, generated by the electronics, are propagated along the probe (single rod..

Scanning Thermal Microscopy (SThM) is an advanced SPM mode intended for simultaneous obtaining nanoscale thermal and topography images. NTMDT’s SThM kit is able to visualize temperature and thermal conductivity distribution at the sample surface. The SThM system hardware includes electronic controller, software, and probes. SThM mode of operation with an AFM requires a specialized probe with a resistor built into the cantilever. NTMDT’s SThM module allows one to monitor the resistance changes correlated with the temperature at the end of the probe. So the system is able to monitor relative changes of sample temperature and thermal conductivity. NTMDT’s thermal probes provide better than 100 nm lateral resolution for both topography and thermal images. The specialized SThM cantilever, made of SiO2 with a thin metal layer, is deposited on the probe in such a way that the highest resistance portion of the layer is concentrated near the tip apex.

The TS 750 is equipped with high-precision pressure sensors. The trigger pulse is obtained through force analysis. The forces that arise during probing are processed electronically. This method delivers extremely homogeneous probing accuracy over 360°. With the TS 750, the deflection of the stylus is measured by multiple pressure sensors that are arranged in the stylus holder.

The ISOG 20 is a timeless high-quality machine – and has been for years. Its further development focused on three main points: flexibility, precision and productivity. The basic version is convincing with its well thought-out basic equipment. — grinding spindle ISOG 20 F31: peak power 9 kW — infinitely variable speed control 1,000 to 8,000 rpm — coolant nozzle ring on the grinding head — wheel changer (SKW) 6-fold — indirect measuring system — cabinet cooling (active cooling unit) — direct drive in all rotary axes — central lubrication — MTS mill package — MTS drill package — MTS extension multi-spiral tools — electronic measuring probe — electronic handwheel — rated break point (spare part) — feeler insert diameter 1 mm — probe tip 12 mm — connection for external systems — (coolant system / oil mist separator