Skip to main content Skip to search Skip to main navigation
Menu

MESORAM Micro-Injection Needles 32G 0.23 x 4 mm (1 pc.)

Description

Product information

MESORAM Micro-Injection Needles 32G 0.23 x 4 mm (1 pc.)

Maximum Fineness for Highly Precise Injections

The MESORAM Micro-Injection Needles 32G (0.23 x 4 mm) are among the finest needles used in aesthetic medicine. They have been specifically developed for ultra-fine, superficial injections and enable highly precise substance delivery with minimal tissue trauma.

Gentle, Precise, and Comfortable

Thanks to their extremely small diameter (32G) and short needle length of 4 mm, these sterile single-use needles are ideal for sensitive and superficial treatments. They noticeably reduce penetration resistance and enhance comfort during application.

Optimally suited for mesotherapy, skin booster treatments, fine line correction, and precise micro-injections in delicate facial areas.

Product Features & Technical Details

  • Treatment Areas: Face, eye area, lip region, neck, superficial skin areas
  • Active Ingredient Concentration: Not applicable – compatible with mesotherapy and skin booster preparations
  • Molecular Weight: Not applicable – depends on the injected product
  • pH Value: Not applicable – depends on the substance used
  • Mode of Action: Ultra-fine intradermal micro-injection via 32G needle geometry
  • Duration of Effect: Depends on the injected preparation
  • Treatment Cycle & Benefits: Ideal for serial treatments; sterile single-use application, minimal discomfort, maximum precision

Professional Injection Accessories for the Highest Standards

The MESORAM 32G Micro-Injection Needles 0.23 x 4 mm provide medical professionals with maximum control for the finest aesthetic injection techniques. Perfect for minimally invasive treatments requiring the highest level of precision.

Order Now and Secure the Highest Level of Precision

Enhance your practice equipment with ultra-fine 32G mesotherapy needles for exceptionally gentle and accurate injection procedures.