Acne scars can feel like a constant reminder of past skin struggles, impacting your confidence and quality of life. While traditional laser treatments offer some relief, they often come with risks like hyperpigmentation, scarring, and long downtime—especially for individuals with darker skin tones. Enter Tixel®: a groundbreaking technology designed to treat acne scars safely and effectively, regardless of skin type. Combining innovation with minimal downtime, Tixel is changing how we approach scar treatments.

What Sets Tixel Apart for Acne Scar Treatment?

Tixel uses Thermomechanical Fractional Injury (TMFI) technology, which gently resurfaces the skin without the risks associated with lasers. Instead of relying on light energy, Tixel uses a heated metallic tip to create microchannels in the skin, stimulating collagen production and improving scar appearance.

Key Benefits of Tixel for Acne Scars

1. Safe for All Skin Types
   Traditional lasers can cause hyperpigmentation or burns on darker skin tones. Tixel avoids this risk, making it suitable for all Fitzpatrick skin types (Estupiñan et al., 2024).
2. Minimal Downtime
   With little redness and rapid healing, Tixel allows most patients to resume daily activities within a day (Elman etal., 2016).
3. Reduced Risk of Side Effects
   Unlike lasers, Tixel does not rely on light or thermal energy that could overheat the skin, minimizing risks like burns or scars (Arias, 2022).
4. Customizable Treatment Options
   Tixel offers both ablative and non-ablative settings, allowing it to be tailored to your skin’s needs and scar severity (Elman et al., 2016).

How Tixel Works for Acne Scars

1. Stimulates Collagen Production
   Tixel's precision heating creates micro-injuries that activate the skin’s natural healing process, encouraging collagen and elastin production to improve skin texture and reduce scar visibility.
2. Improves Skin Texture and Tone
   By resurfacing the skin, Tixel smooths out irregularities caused by acne scars while addressing pigmentation issues.
3. A Gentle Approach
   Tixel’s thermomechanical energy delivery is non-invasive and less painful than traditional options, requiring only a topical numbing cream.

Why Choose Tixel Over Lasers?

Feature	Tixel®	Lasers
Skin Type Suitability	All skin types, including dark tones	Limited, higher risks for darker skin tones
Downtime	Minimal (0–1 day)	Moderate (3–7 days)
Pain Level	Low	Moderate to high
Risk of Hyperpigmentation	Low	High for darker skin tones

Incorporating Tixel Into Your Skincare Journey

What to Expect During a Tixel Session

1. Consultation: Your dermatologist evaluates your skin type and acne scars to determine if Tixel is right for you.
2. Procedure: A session typically takes 30–60 minutes. A numbing cream is applied beforehand to ensure comfort.
3. Aftercare: Post-treatment care includes hydrating products like Rejuvaskin’s Skin Recovery Cream, which soothes and repairs the skin barrier while reducing redness.

Results Timeline

• Immediate Results: Skin feels smoother and firmer.
• Gradual Improvements: Collagen production continues over weeks, enhancing scar appearance and overall skin texture.

The Role of Rejuvaskin in Your Recovery

Rejuvaskin’s Skin Recovery Cream is an essential post-Tixel companion. Designed for sensitive skin, it:

• Hydrates deeply to support the skin’s healing process.
• Repairs the skin barrier, minimizing irritation.
• Provides gentle, fragrance-free care ideal for post-treatment recovery.

Tixel is revolutionizing the treatment of acne scars, providing a safe, effective, and versatile solution for all skin types. By stimulating natural collagen production with minimal downtime, Tixel delivers noticeable improvements in texture and tone. Pairing it with Rejuvaskin’s Skin Recovery Cream ensures optimal results, keeping your skin hydrated and soothed post-treatment.

If acne scars are holding you back, consult a skincare professional to explore how Tixel can help you achieve smoother, more radiant skin.

Works Cited

1. Arias, L. (2022). Does Tixel® hit the technology treatment sweet spot? Journal of Aesthetic Nursing. Retrieved from Link
2. Elman, M., Fournier, N., Barnéon, G., Bernstein, E., & Lask, G. (2016). Fractional treatment of aging skin with Tixel, a clinical and histological evaluation. Journal of Cosmetic and Laser Therapy. Retrieved from Link
3. Estupiñan, B., Souchik, A., Kiszluk, A., & Desai, S. (2024). Comprehensive Review of Thermomechanical Fractional Injury Device: Applications in Medical and Cosmetic Dermatology. The Journal of Clinical and Aesthetic Dermatology. Retrieved from Link