CPE Equipment & Technology Flashcards
6 cards from real CPE practice questions. Tap to flip, then mark Knew It or Still Learning — missed cards come back until you master them.
Read the first 6 CPE Equipment & Technology flashcards as text
Which magnification tool is commonly used during electrolysis to improve precision of probe insertions?
Answer: A magnifying lamp (magnifying glass with integrated light)
A magnifying lamp provides both illumination and magnification, allowing the electrologist to see hair follicles clearly for accurate probe placement.
What is the significance of probe gauge selection in electrolysis treatment?
Answer: The gauge must match the diameter of the follicle to ensure proper insertion without tissue trauma
Selecting the correct probe gauge relative to follicle size minimizes tissue trauma, reduces discomfort, and improves treatment efficacy.
What does epilator 'modulation' refer to in advanced thermolysis equipment?
Answer: The variation in current waveform pattern to improve follicle destruction and client comfort
Modulated thermolysis varies the current waveform (e.g., picoflash, microflash) to deliver energy more efficiently while reducing discomfort and skin reaction.
Why is regular calibration and maintenance of electrolysis equipment important?
Answer: To ensure consistent and accurate current delivery for effective and safe treatments
Regular maintenance and calibration verify that the epilator delivers the programmed current accurately, which is essential for predictable and safe treatment outcomes.
What is the primary purpose of the footswitch (foot pedal) used with electrolysis equipment?
Answer: To allow the electrologist to trigger current delivery hands-free while inserting the probe
The footswitch allows the electrologist to activate current delivery with a foot while both hands remain free to manage the probe and stretch the skin.
Which feature on modern epilators helps minimize client discomfort by delivering current only at the optimal point of probe insertion?
Answer: Automatic current delivery with insertion-triggered activation
Insertion-triggered or impedance-sensing current delivery activates energy at the correct follicle depth, reducing unnecessary tissue stimulation and discomfort.