What is Mechanical Microneedling?

Mechanical microneedling is a controlled skin-remodeling procedure performed using a precision motorized device. The NextGen Microneedling Device is an FDA-cleared microneedling pen engineered to improve skin quality through a high-density 36-needle configuration. This advanced design allows for exceptional control, accuracy, and consistency, supporting reliable outcomes for both providers and patients.

Ideal for collagen induction treatments, the device creates uniform micro-channels in the skin that stimulate the body’s natural repair process. This controlled response supports visible improvements in skin texture, tone, and overall appearance. For practices experienced in microneedling therapies, this system serves as a powerful tool to elevate treatment results and patient satisfaction.

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A Modern, Performance-Driven Solution

Microneedling sessions can be completed in approximately 30 minutes, with visible improvement often observed after a single treatment. The advanced 36-pin cartridge design distributes contact evenly across the skin, helping to reduce resistance during treatment while enhancing comfort and clinical efficiency.

• Minimal recovery time

• Improved patient comfort

• Fully adjustable penetration depth

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Key Features

Every component is purpose-built to support reproducible outcomes, patient comfort, and streamlined workflows in demanding clinical environments.

• Adjustable depth control for precise anatomical treatments(0.1mm adjustability)

• High-efficiency motor for consistent needle delivery and patient comfortability

• Lightweight, ergonomic handpiece designed for provider comfort

• Single-use, sterile needle cartridges

• Smooth, controlled movement to minimize skin drag

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Designed for Clincal Excellence

Developed with input from experienced microneedling professionals, this device is engineered to enhance the treatment experience for both patient and provider.

• Customizable treatment settings via precision control dial

• Cordless, battery-powered operation for greater maneuverability

• Advanced needle architecture optimized for consistent performance