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2021 Alma BeautiFILL Laser
The 2021 Alma BeautiFILL Laser is a revolutionary laser-assisted fat harvesting and autologous fat transfer platform that combines body contouring and fat grafting in a single procedure. Utilizing advanced 1470nm laser technology and a closed-loop fat collection system, BeautiFILL helps physicians harvest, process
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Delivery and return
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Composition and care
Composition and care
Description
2021 Alma BeautiFILL Laser
Advanced Laser-Assisted Fat Transfer and Autologous Fat Grafting System
The 2021 Alma BeautiFILL Laser is an innovative laser-assisted fat harvesting and transfer platform designed to optimize autologous fat grafting procedures. Developed by Alma Lasers, BeautiFILL combines laser-assisted liposuction technology with gentle fat collection techniques, enabling physicians to harvest, process, and reinject viable adipose tissue during a single procedure.
The system is designed for plastic surgeons, cosmetic surgeons, dermatologic surgeons, and body contouring specialists seeking a minimally invasive solution for body sculpting, fat transfer, breast enhancement, facial rejuvenation, buttock augmentation, and contour correction procedures.
What Is Alma BeautiFILL?
Laser-Assisted Fat Transfer Technology
BeautiFILL is a proprietary laser liposuction platform that allows physicians to:
- Harvest fat cells gently
- Preserve adipocyte viability
- Perform simultaneous body contouring
- Transfer purified fat to target areas
- Improve procedural efficiency
- Minimize tissue trauma
Unlike traditional fat harvesting methods, BeautiFILL utilizes controlled laser energy to liquefy fat before aspiration, helping improve fat collection while maintaining high-quality graft material.
Why Clinics Choose Alma BeautiFILL
Dual-Purpose Procedure
BeautiFILL combines two highly requested procedures into one treatment session:
Body Contouring
Removal of unwanted fat from:
- Abdomen
- Flanks
- Thighs
- Back
- Arms
- Submental Area
Fat Grafting
Transfer of harvested fat into:
- Face
- Breasts
- Buttocks
- Hands
- Hip Dips
- Contour Defects
High Fat Viability
One of the primary goals of BeautiFILL technology is preserving viable adipose tissue for reinjection.
Benefits
- Enhanced fat quality
- Improved graft survival potential
- Reduced tissue trauma
- Efficient harvesting process
- Single-stage treatment workflow
How Alma BeautiFILL Works
Step 1: Laser-Assisted Fat Emulsification
The BeautiFILL laser delivers controlled energy to targeted adipose tissue.
Purpose
- Loosen fat cells
- Reduce mechanical trauma
- Facilitate extraction
- Support smooth aspiration
Step 2: Fat Harvesting
The system gently aspirates the treated fat.
Advantages
- Closed-loop collection process
- Reduced contamination risk
- Improved handling efficiency
- Preservation of harvested tissue
Step 3: Fat Processing
Collected fat is filtered and prepared for transfer.
Objectives
- Separate viable fat
- Remove impurities
- Prepare graft material
- Optimize reinjection quality
Step 4: Fat Reinjection
The physician transfers processed fat into the treatment area.
Common Areas
- Face
- Cheeks
- Temples
- Jawline
- Breasts
- Buttocks
- Hands
Core Technology
1470nm Laser Technology
BeautiFILL utilizes a 1470nm wavelength laser specifically selected for adipose tissue interaction.
Key Characteristics
- Precise thermal delivery
- Controlled tissue heating
- Enhanced fat emulsification
- Reduced collateral tissue impact
- Efficient harvesting support
Body Contouring
Fat Harvesting Areas
| Area | Common Objective |
|---|---|
| Abdomen | Waist refinement |
| Flanks | Contour shaping |
| Inner Thighs | Fat reduction |
| Outer Thighs | Sculpting |
| Back | Contouring |
| Arms | Volume reduction |
| Submental Area | Jawline definition |
System Specifications
| Specification | Details |
|---|---|
| Manufacturer | Alma Lasers |
| Product Name | BeautiFILL |
| Release Year | 2021 |
| Device Category | Laser-Assisted Fat Transfer System |
| Technology Type | Laser Lipolysis and Fat Grafting Platform |
| Laser Wavelength | 1470nm |
| Treatment Type | Minimally Invasive |
| Fat Harvesting Capability | Yes |
| Fat Processing Capability | Yes |
| Fat Reinjection Support | Yes |
| Closed-Loop Collection System | Yes |
| User Interface | Digital Touchscreen |
| Software-Controlled Operation | Yes |
| Clinical Application | Body Contouring and Fat Transfer |
| Platform Mobility | Cart-Based System |
| Procedure Environment | Outpatient Surgical Setting |
| Sterile Collection Workflow | Yes |
| Power Delivery | Precision-Controlled Laser Energy |
Laser Specifications
| Parameter | Details |
|---|---|
| Laser Type | Diode Laser |
| Wavelength | 1470nm |
| Energy Delivery | Fiber-Based |
| Treatment Purpose | Fat Emulsification |
| Tissue Target | Adipose Tissue |
| Thermal Control | Integrated |
| Precision Delivery | Yes |
| Minimally Invasive Access | Yes |
Fat Harvesting Specifications
| Parameter | Details |
|---|---|
| Collection Method | Closed-Loop System |
| Fat Preservation Focus | High Viability Harvesting |
| Sterile Processing | Yes |
| Integrated Collection Canister | Yes |
| Tissue Handling Reduction | Yes |
| Reinjection Preparation | Supported |
| Workflow Integration | Single Procedure Process |
Fat Transfer Specifications
| Parameter | Details |
|---|---|
| Autologous Fat Transfer | Yes |
| Facial Applications | Yes |
| Breast Applications | Yes |
| Body Applications | Yes |
| Buttock Applications | Yes |
| Hand Rejuvenation | Yes |
| Volume Restoration | Yes |
| Contour Enhancement | Yes |
Clinical Workflow Specifications
| Feature | Details |
|---|---|
| Single-Session Procedure | Yes |
| Harvest and Transfer Integration | Yes |
| Physician-Controlled Parameters | Yes |
| Fat Processing Included | Yes |
| Procedure Customization | Yes |
| Tissue Preservation Workflow | Yes |
| Outpatient Compatibility | Yes |
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