MESORAM Multi-Injectors, Circular 7-Point, 27G / 0.40 x 4 mm (36 pcs.)
€167.08
Description
Product information
MESORAM Multi-Injectors Circular 7-Point 27G / 0.40 x 4 mm (36 pcs.)
Maximum Surface Coverage for Efficient Mesotherapy
The MESORAM Circular 7-Point Multi-Injector 27G 4 mm was developed for highly efficient, large-area mesotherapy applications. Seven circularly arranged 27G needles enable uniform, homogeneous product delivery with significantly reduced treatment time.
Large-Area Multiple Injection with High Precision
Thanks to the circular 7-point technology, the treatment area is optimally covered while reducing the number of individual injection points. The multi-injector ensures controlled injection depth with minimal tissue trauma – ideal for mesotherapy, skin boosters, PRP, and revitalizing treatments requiring extensive surface coverage.
Product Features & Technical Details
- Treatment Areas: Face, neck, décolleté, hands, and other large treatment areas
- Active Ingredient Concentration: Depends on the product used
- Molecular Weight: Product-dependent (e.g., for hyaluronic acid formulations)
- pH Value: Depends on the injected substance
- Mode of Action: Circular multiple injection via seven 27G needles for maximum surface distribution
- Duration of Effect: Depends on the product used and treatment protocol
- Treatment Cycle: Individual, depending on indication and therapy concept
- Advantages: Maximum surface coverage, homogeneous results, reduced treatment time, precise dosing, sterile single-use application
Increased Efficiency for Your Practice
The MESORAM Circular 7-Point Multi-Injector 27G 4 mm optimizes modern mesotherapy protocols through even product distribution and cost-effective application. Especially in large-area skin booster and revitalization treatments, practitioners benefit from reproducible, precise results.
Order the 7-Point Circular Multi-Injector Now
Choose high-quality aesthetic injection accessories by Mesoram and enhance both efficiency and precision in your multiple injection procedures with maximum surface coverage.
