Deep Fusion PRO DLC Blade | Quantum PRO Clipper

Oppgrader klipperen din med Deep Fusion PRO DLC-bladet – utviklet for maksimal presisjon, holdbarhet og kjølig drift. Med DLC-belegg (Diamond-Like Carbon) får du redusert friksjon, mindre slitasje og en levetid som overgår standardblader.

Fordeler:
Eksepsjonell skarphet og jevne kutt på alle hårtyper
Effektiv både til volumkutting og detaljarbeid
Holder seg kjøligere under lange økter
Lang levetid takket være slitesterkt DLC-belegg

Passer til:
Quantum Pro Clipper QC-01

Vedlikehold:
Rengjør bladet etter hver bruk
Påfør olje regelmessig for redusert friksjon
Oppbevar tørt og støvfritt

Quantum Pro Clipper QC-01

The Kyone Deep Fusion PRO DLC Blade is a top-tier replacement blade designed specifically for the Quantum Pro Clipper QC-01. Engineered with advanced DLC (Diamond-Like Carbon) coating, this blade offers exceptional durability, reduced friction, and superior cutting performance.

The deep fusion design allows for precise, smooth cuts across various hair types, making it ideal for professional barbers and stylists seeking reliability and sharpness. The DLC coating enhances wear resistance, keeps the blade cooler during extended use, and prolongs its lifespan significantly.

Why Choose the Deep Fusion PRO DLC Blade for Quantum PRO Clipper?
This blade is engineered to meet the demanding needs of professionals. The DLC coating minimizes blade friction and wear, delivering consistent cutting precision with every use. The deep fusion design enables effective bulk removal and detailed line setting, ensuring versatility for a wide range of grooming styles.

Suitable For
Compatible with:

Quantum Pro Clipper QC-01

Maintenance and Usage Tips
Clean the blade thoroughly after each use to maintain sharpness.
Apply blade oil regularly to reduce friction and prolong blade life.
Store the blade in a dry, dust-free environment.
Data
Attribute Details
Product name Kyone Deep Fusion PRO DLC Blade
Product code QC-DF
Compatible with Quantum Pro Clipper QC-01
Coating DLC (Diamond-Like Carbon)
Condition New