The 7-Day Regeneration: How Alma PixelPeel™ Is Changing the CO₂ Conversation

Demand for skin renewal is growing fast – but patients no longer accept weeks of downtime for smoother, brighter skin. They want visible improvement, fast. Alma’s PixelPeel™ answers that call.

 

Using advanced fractional CO₂ energy with randomised scanning and intelligent motion control, PixelPeel™ delivers controlled ablation that works with the skin’s natural biology. The result? Refined texture, reduced lines, and renewed radiance – often visible within just seven days.

 

Unlike “cold” lasers, CO₂ creates a therapeutic temperature gradient that drives real change – shrinking collagen, igniting neocollagenesis, and tightening skin from within. It’s not just resurfacing – it’s regeneration. 

 

 

“Minimal downtime. Visible renewal – in just 7 days.”

Where traditional CO₂ lasers risk overlapping heat zones and excess thermal build-up, PixelPeel™ disperses its pulses in a randomised pattern to limit the accumulation of heat in adjacent tissue and preserve surrounding skin integrity. Each pulse creates microscopic columns of ablation surrounded by controlled coagulation, leaving intact bridges of healthy skin that accelerate re-epithelialisation.

 

 

This intelligent energy delivery makes PixelPeel™ uniquely comfortable and efficient. Patients experience less redness, less heat, and faster recovery, typically noticing smoother, fresher skin within one week.

Randomised energy ‘’ PixelPeel™’’ = faster healing, smoother recovery.

PixelPeel™ initiates a precise wound-healing cascade beneath the surface. Controlled ablation causes collagen contraction, tightening the skin, while thermal stimulation activates fibroblasts for new collagen production and long-term structural renewal.

 

At the same time, epidermal turnover increases, encouraging exfoliation and replacement of dull, damaged cells. The outcome is natural regeneration – skin that looks clearer, firmer, and more luminous within days, continuing to improve over the following weeks.

 

Every element of Alma CO₂ technology is designed for accuracy and ease of use.

• Scanner and PixelPeel™ modes allow full treatment control.
• The LiteScan handpiece is adjustable for power, density, pulse duration and more. 
• MotionSync™ technology ensures even coverage and optimised energy delivery.

This combination empowers practitioners to customise every treatment while ensuring reliable, reproducible outcomes with minimal operator fatigue.

PixelPeel™ aligns with today’s busy lifestyle. Mild redness and flaking typically resolve within a few days, with visible improvement in tone, texture, and smoothness by day seven.

 

Because intact skin remains between treated zones, healing is accelerated. Collagen remodelling continues for several weeks, creating progressive refinement without prolonged disruption to daily life.

 

“Patients can see and feel the difference within 7 days.”

 

Interest in CO₂ resurfacing has surged by 54 % in the past year*, reflecting the growing desire for regenerative treatments with quick, visible results. Clinics offering PixelPeel™ are meeting that demand – combining performance, safety, and fast recovery to deliver outcomes patients notice and recommend.

The Alma CO₂ PixelPeel™ represents a new era in fractional resurfacing – precise, efficient, and biologically regenerative. With its intelligent energy delivery and short downtime, PixelPeel™ delivers results that patients can truly see within seven days. 

 

For clinics looking to enhance their CO₂ resurfacing capabilities, PixelPeel™ offers an advanced blend of fractional precision, fast re-epithelialisation, and visible week-one improvements. This next-generation approach to regenerative resurfacing meets today’s demand for effective treatments that minimise downtime while maximising clinical outcomes.

 

Ready to bring 7-day skin regeneration to your clinic? Explore Alma PixelPeel™ technology or speak with our team to discover how CO₂ resurfacing can transform your treatment portfolio.

References

*Glimpse, analysis of Google Search Trends (2025).