Simple Peptide AeroMesh™ Ultrasonic Delivery System

Advanced Ultrasonic Mesh Nebulizer Technology

The Simple Peptide AeroMesh™ Ultrasonic Delivery System is a portable ultrasonic mesh nebulizer designed to turn liquid solutions into a fine mist using high-frequency vibration. In simple terms, the device uses a vibrating mesh plate to push liquid through tiny openings, which then creates a smooth and even aerosol output.

Unlike compressor-based units, this system does not rely on forced air. Instead, vibration drives the output process. As a result, the device runs more quietly while still producing steady mist performance. Because of this design, AeroMesh™ offers a compact and efficient solution for structured research settings.

Overall, the system combines portability, stable output, and modern power features in one streamlined platform.

Fine Particle Output Performance

At the center of the AeroMesh™ platform is a precision mesh plate built to produce a controlled particle range. When the device is activated, vibration moves liquid through micro-openings, creating a consistent mist pattern.

As a result, particle dispersion remains uniform from start to finish. In addition, this controlled output helps reduce excess liquid use. Because airflow pressure is not required, the system operates smoothly and with less mechanical strain.

For research environments that require repeatable mist performance, this design provides stable and reliable output.

Rechargeable Power & Portable Design

AeroMesh™ features a rechargeable lithium battery and USB-C charging capability. Therefore, recharging is simple and efficient. In addition, power delivery remains steady across charge cycles.

Key features include:

• Rechargeable lithium battery
• USB-C charging port
• Automatic shut-off timing
• Low power use design
• Consistent output during operation

Furthermore, the handheld structure makes the device easy to store and transport. Since the unit includes a 10 mL reservoir, it supports extended sessions without increasing bulk.

Low-Noise Ultrasonic Operation

Another benefit of this ultrasonic mesh design is quiet performance. Because the system does not use a traditional compressor motor, sound levels remain low during operation.

At the same time, mist output stays consistent throughout the cycle. As a result, the device maintains stable function without disruptive noise. This balance of quiet operation and steady output makes AeroMesh™ adaptable to various structured environments.

Complete System Configuration

The Simple Peptide AeroMesh™ Ultrasonic Delivery System includes:

• Mesh device unit
• Liquid reservoir chamber
• Adult mask attachment
• Child mask attachment
• Mouthpiece accessory
• USB-C charging cable
• Instruction manual

Each component connects directly to the main unit. Therefore, setup is straightforward and efficient.

Technical Specifications

• Technology: Vibrating mesh plate
• Particle Range: Approx. 1–5μm MMAD
• Power Source: Rechargeable lithium battery
• Charging Interface: USB-C
• Reservoir Capacity: 10 mL
• Noise Level: <50 dB
• Auto Shut-Off: Timed safety cycle
• Design: Portable handheld platform

Research & Investigational Applications

The AeroMesh™ system supports aerosol-based delivery in structured research settings. Because the device generates a controlled mist pattern, it allows teams to observe dispersion characteristics using a compact and repeatable format.

Additionally, the portable design makes it easy to integrate into broader workflows. By combining ultrasonic vibration with rechargeable power, AeroMesh™ provides a flexible and scalable delivery platform.

No research information available for this product.

Precision Ultrasonic Mesh Engineering

The Simple Peptide AeroMesh™ Ultrasonic Delivery System is designed to generate consistent fine-particle aerosol output through advanced vibrating mesh technology. By combining controlled dispersion, rechargeable portability, and quiet operation, AeroMesh™ delivers a compact and efficient platform suitable for structured research environments.

Key Highlights

• Ultrasonic vibrating mesh technology
• Fine particle output (approx. 1–5μm range)
• Rechargeable lithium battery system
• USB-C charging capability
• Low-noise operation design
• Compact handheld form factor
• 10 mL integrated reservoir
• Automatic timed shut-off feature

Particle Size & Aerosol Dispersion Dynamics

Aerosol behavior is strongly influenced by particle size. Within controlled environments, smaller particles remain suspended longer, while larger particles tend to settle more quickly. The Simple Peptide AeroMesh™ Ultrasonic Delivery System is engineered to generate a fine particle range, allowing for consistent dispersion characteristics in structured research applications.

Key Highlights

• Particle size influences dispersion patterns
• Fine particles remain suspended longer
• Larger particles settle more rapidly
• Ultrasonic mesh vibration produces uniform mist
• Controlled output supports repeatable evaluation
• Compact platform designed for investigational workflows

An ultrasonic mesh nebulizer uses high-frequency vibration to force liquid through a micro-perforated mesh, generating a fine aerosol mist. The vibrating mesh mechanism produces uniform droplets without requiring compressed air or pumps, making the output more consistent and the operation quieter.

Systems with mesh technology typically generate fine particles in the approximate 1–5 µm range. This size distribution is often used as a reference point in aerosol research because it supports consistent behavior in controlled studies that evaluate dispersion characteristics.

Vibrating mesh and ultrasonic nebulizers are generally quieter, more compact, and more portable than traditional jet compressor devices. In addition, they tend to produce a narrower and more consistent particle distribution, which may be useful in research settings focused on aerosol output characteristics.

The aerosol is formed when liquid is pushed through thousands of microscopic holes in the mesh plate via high-frequency vibration. This method creates a fine mist of droplets with relatively uniform size, allowing for repeatable dispersion patterns in investigational workflows.

Mist output may be affected by liquid properties, fill volume, reservoir design, battery charge level, and cleanliness of the mesh. Proper maintenance of the mesh plate and reservoir; including regular cleaning, supports consistent aerosol generation.

While specific care instructions vary by manufacturer, regular washing of detachable components with mild soap and water, thorough rinsing, and complete drying before reassembly is typically recommended to maintain optimal performance and prevent blockages or buildup. Always follow the device’s provided instructions for care and maintenance.

Research Use Only – Legal Disclaimer

All Simple Peptide products labeled as Research Use Only (RUO) are intended strictly for laboratory, investigational, and scientific research purposes. These materials are not approved by the FDA and are not intended for human or veterinary use, clinical applications, diagnostic procedures, or therapeutic treatment of any kind.

By purchasing or using RUO materials, you acknowledge that they will be handled only within an appropriate research environment by qualified personnel who understand the risks, limitations, and regulatory requirements associated with experimental compounds. Products must not be administered to humans or animals, offered as therapeutic agents, or represented as safe or effective for any medical purpose.

Use of these materials is entirely at your own risk. Simple Peptide assumes no liability for misuse, unsafe handling, improper application, or any regulatory or compliance issues arising from their use.

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