What Makes Kolmar Korea’s CES 2026 Device Different From Other Beauty Tech?

Quick Answer: Kolmar Korea's AI Scar Beauty Device won the CES 2026 Best of Innovation Award in Beauty Tech by combining scar treatment and cosmetic coverage in a single 10-minute process. Its piezo-electric micro-dispensing technology enables heat-free, precision application of customized treatment and over 180 skin-tone-matched cover colors. The device represents a medical-cosmetic hybrid use case that validates precision dispensing concepts but does not directly address the throughput, shade range, and cost requirements of everyday foundation dispensing.

The Scar Beauty Device operates through a smartphone app and connected dispensing unit. Users photograph a scar, and an AI algorithm classifies the wound into one of 12 types while analyzing skin condition. Based on this diagnosis, the device dispenses customized treatment using piezo-electric micro-dispensing technology, while simultaneously blending cover makeup from over 180 color variations matched to the user's skin tone. The entire process completes in approximately 10 minutes.

The piezo-electric system functions similarly to inkjet printing, ejecting material through electrical signals rather than mechanical pressure. This enables precise particle dispersion without heat generation, preserving ingredient integrity for sensitive formulations. Users monitor and adjust treatment in real time via smartphone. Per CES Innovation Awards, this integration of AI dermatological analysis and piezoelectric pigment delivery represents a new paradigm in intelligent skincare.

At the core is a CNN algorithm trained on large-scale dermatological image data. The AI performs clinical scar classification and cosmetic color matching. It categorizes wounds into 12 predefined types and blends optimal combinations from over 180 powder colors for coverage. 

This dual-function architecture bridges medical diagnosis and cosmetic application in one workflow. The device switches between diagnostic (REMED), therapeutic (CURE), and aesthetic (BEAUTY) modes through its modular design. While impressive for scar coverage, the 180-color palette remains modest compared to millions of theoretical shade combinations required for full-spectrum foundation matching. 

The Scar Beauty Device targets a medical-cosmetic hybrid use case: treating and concealing facial scars. This differs fundamentally from everyday foundation dispensing, which requires higher throughput, broader shade ranges, and lower per-use cost. Scar treatment may occur weekly; foundation is daily.

Kolmar plans to complete the technology launch in first-half 2026 and secure brand partners in second-half 2026. The company explicitly intends to advance its piezo-electric micro-dispensing software for customized cosmetics manufacturing and smart factory development, suggesting the scar device is a proof-of-concept for broader manufacturing applications. 

Piezo-electric micro-dispensing ejects microscopic droplets through electrical vibration, eliminating heat generation. This preserves heat-sensitive ingredients with high precision at micro-liter scales, suitable for targeted treatment application.

However, piezo-electric systems typically operate at lower flow rates than mechanical pumps. For high-throughput foundation dispensing, throughput per hour is critical. Piston-pump architectures achieve higher volume delivery with repeatable accuracy, though they generate friction heat and require complex cleaning. Medical-cosmetic devices prioritize ingredient preservation; mass-market systems prioritize speed, hygiene, and cost per dispense.

Kolmar's stated intention to apply piezo-electric technology to customized cosmetics manufacturing indicates contract manufacturers are entering precision dispensing directly. As an ODM for Beauty of Joseon, Skin1004, and Round Lab, Kolmar can integrate dispensing into existing manufacturing services rather than selling standalone devices.

For beauty brands, this creates a new dynamic. Traditional device manufacturers offer hardware platforms. Contract manufacturers like Kolmar can bundle hardware, formulation expertise, and supply chain relationships. Brands may soon choose between licensing dispensing technology from a device company or accessing it through their existing manufacturing partner. For readers tracking how on-demand manufacturing reshapes beauty supply chains, solutions like on-demand manufacturing for beauty illustrate how precision dispensing reduces SKU proliferation while expanding shade access.