To determine if your laser device is delivering sufficient energy, start by checking the manufacturer’s specifications for the intended output power. This information is explicitly documented in the product datasheet or эпиляция подмышек лазером within the firmware interface. Assess the present output to these stated values.

Use a calibrated laser power meter that is compatible with your laser’s emission profile and temporal profile. Position the sensor in the output stream at the target interface, ensuring the the beam footprint is entirely contained within the sensor’s active area. Take multiple readings over time to compensate for variability and confirm stability.

If the readings are significantly lower the specified output, there may be issues such as dusty or misadjusted lenses, aged pump sources, or fluctuating current regulation. Examine every optical component for dust, scratches, or residue that could deflect or absorb photons. Use approved cleaning solvents and tools if needed.

Check the beam path geometry. Even slight misalignments can cause significant energy loss before the beam reaches the target. Use alignment tools if your system allows, to ensure accurate targeting.

Monitor environmental factors such as temperature and humidity. Some laser systems are particularly vulnerable to ambient conditions and may fail to reach rated specs if operating beyond environmental tolerances. Maintain proper airflow around the unit and humidity ratings.

If you are using a repetitive pulse system, verify the pulse frequency and single-pulse output. Some meters can measure both average power and single pulse energy. A drop in pulse energy could indicate degrading gain medium.

If after all these checks the energy output remains below expectations, contact technical support. Do not attempt to disassemble or modify power settings unless you are qualified by the manufacturer, as this can be life-threatening and may cause permanent damage.

Routine servicing and regular sensor validation of your measuring tools are critical. Over time, sensors can degrade over cycles, and laser performance can diminish. Establish a routine testing schedule to detect degradation proactively and guarantee repeatable output.