MAXYMOVA BELLA KOREAN LASH LIFT STEP 2

Maxymova Bella Korean Lash Lift Step 2 for Clean Fixation and Long-Lasting Curl

A beautiful lash lift needs more than a strong Step 1. It needs a reliable fix stage that locks the shape in place. Maxymova Bella Korean Lash Lift Step 2 is the second phase of professional lash and brow lamination. It is designed to set the new shape cleanly, close the cuticle smoothly, and support a defined curl that lasts.

This Step 2 formula uses a stable cream base. It spreads evenly and stays where you place it. That gives you better control during application. It also supports consistent results across both eyes and across different lash types.

Balanced pH Buffers for Precise Bond Setting

Fixation works when disulfide bonds reform correctly. Maxymova Bella Korean Lash Lift Step 2 includes specialised pH-buffer ingredients that support controlled setting. These include Phosphoric Acid, Tetrasodium Pyrophosphate, Sodium Stannate, and Tetrasodium Glutamate Diacetate. Together, they help maintain a stable pH range during the fix stage. As a result, the curl sets more predictably. You also get a smoother cuticle close for a polished finish.

The low pH also supports definition. It helps the hair surface settle. Therefore, lashes can look shinier and more groomed after the service.

Conditioning for Softer, More Groomed Lashes

Fixation should not leave lashes feeling stiff or dry. This formula includes conditioning ingredients that support softness during Step 2. Glycerin helps maintain moisture. Hydrolyzed Rice Protein and Hydrolyzed Hemp Seed Extract support the hair fiber for a smoother feel. In addition, Camellia Sinensis (Green Tea) Leaf Extract adds gentle botanical support.

This makes Step 2 a strong choice for artists who want structure without sacrificing the client’s lash feel.

Professional Control for Brows and Lashes

Use it for lash lifting. Use it for brow lamination. The cream texture supports even coverage and clean processing. It is made for precision-focused Korean lamination results, where symmetry and definition matter.