What Makes the Apilus xCell Pro Special
At MAIR Care Inc., we are committed to using technology that enhances both effectiveness and client comfort. The Apilus xCell Pro is not just another electrolysis machine — it represents a major advancement in permanent hair removal technology. Developed by Dectro International, it uses industry-leading radiofrequency technology to deliver precise, permanent results for all hair types.
Ultrafast 27.12 MHz Radiofrequency
Unlike older electrolysis machines that operate at lower frequencies, the Apilus xCell Pro runs at 27.12 MHz, a frequency up to six times faster than competing units. This allows energy to be focused more intensely at the base of the hair follicle, resulting in quicker follicle coagulation and shorter, more comfortable treatment pulses.
In practice, this means:
- Faster treatment per hair
- Better results across fine, coarse, and hormonally driven hairs
- Significantly less sensation for many clients
This combination of speed and comfort makes it a preferred choice for sensitive areas and diverse client needs.
How Apilus xCell Pro Supports Precision and Personalization
Ergonomic and User-Friendly Design
The machine’s intuitive touchscreen interface and ergonomic design allow our clinicians to tailor settings for each client’s individual hair type, thickness, body area, and skin response.
Navigation is fast and clear, which supports accurate, real-time adjustments throughout treatment.
Advanced Treatment Modes
The Apilus xCell Pro offers a range of specialized treatment modalities that go beyond basic thermolysis:
- PicoFlash: Very rapid thermolysis pulses for precise destruction of follicle germ cells.
- MeloFlash: Longer, gentler pulses ideal for deep or dehydrated hair.
- SynchroBlend & EvoluBlend: Blend techniques that combine currents for stubborn, hard-to-treat hairs.
These modes allow us to address hair that behaves differently — from fine facial hairs to coarse, thick hairs — without resorting to guesswork.
Why the Apilus xCell Pro Improves Comfort
Electric current energy delivered in thousandths of a second means the heat is highly localized at the follicle base and dissipates quickly. This minimizes thermal diffusion to surrounding skin, reducing discomfort and inflammation during treatment.
Clients often describe treatment sensation as brief and mild compared with older electrolysis technology.
Built-In Intelligence Enhances Safety and Consistency
One of the standout features of the Apilus xCell Pro is its intelligent program system. The device can adjust parameters based on:
- Hair size and depth
- Treatment area
- Skin moisture level
This helps ensure settings are appropriate for each individual at every session, improving both safety and results.
Beyond Hair Removal: Complementary Options
The Apilus xCell Pro also supports optional modalities that enhance the client experience and support skin health:
- Cataphoresis: A soothing post-epilation current that calms and helps close the follicle area.
- Anaphoresis: A pre-treatment conditioning current that can soften tissue and prepare skin for a more comfortable session.
These optional features contribute to accelerated healing and a more pleasant experience overall.
What This Means for Clients at MAIR Care Inc.
Using a machine like the Apilus xCell Pro is not about technology for its own sake. It is about:
- Precision: Targeting individual hairs reliably.
- Comfort: Minimizing sensation without compromising results.
- Customization: Adapting to diverse client needs, including delicate or stubborn hair.
- Confidence: Providing predictable, permanent outcomes.
It is part of how we deliver the professional, client-centered care MAIR Care Inc. clients expect and deserve.
Final Thoughts
Electrolysis is a skill-dependent process, and the tools we use matter. The Apilus xCell Pro’s advanced design, intelligent programming, and treatment versatility help us match the right technical approach to every hair type and client profile. That translates into results that are reliable, efficient, and as comfortable as electrolysis can be.