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Isolation Tweezers SW-3 | Curved Fine Tip Lash Isolation
A curved fine-tip isolation tweezer that separates individual natural lashes with precision — anti-rust stainless steel, autoclave-safe, ergonomic grip for fatigue-free use during long lash extension appointments. Why You'll Love...
Fiber Tip Tweezers 45° F-SWG-04 | Curved Volume Fan Placement
A 45° curved fiber-tip lash tweezer that allows a natural wrist angle for volume fan placement — especially effective for inner corner lash work, lower lash sets, and curved lash...
Fiber Tip Lash Tweezers 80° F-SWG-02 | Ergonomic Volume Fan Pickup
Comfort meets precision. The F-SWG-02 features an 80° angle with soft fiber-coated tips — the most ergonomic option in the Swaniya fiber tip lash tweezer range. The 80° angle reduces...
Fiber Tip Tweezers 90° F-SWG-01 | Straight Fan-Making Tweezers for Volume Lashes
A 90° straight fiber-tip tweezer that grips ultra-fine 0.03–0.07mm lash fibers without slipping — the go-to tool for consistent, fast volume fan creation and tray pickup. Best For Hand-fanning /...
Fiber Tip Lash Tweezers 85° F-SWG-05 | Mid-Angle Volume Fan Pickup
The F-SWG-05 fiber tip lash tweezers feature an 85° angle — a mid-point between the ergonomic 80° F-SWG-02 and the direct 90° F-SWG-06. Fiber-coated tips provide a gentler grip on...
DIY Lash Cluster Tweezers for At-Home Cluster Lash Application
DIY Lash Cluster Tweezers are designed specifically for at-home cluster lash application — a beginner-friendly tool that makes it easy to pick up and place individual lash clusters without professional...
Fiber Tip Lash Tweezers 90 Degree F-SWG-06 for Volume Fan Pickup
The F-SWG-06 Fiber Tip Lash Tweezers feature a 90-degree angle with soft fiber-coated tips — the fiber coating provides a gentler grip on lash fans compared to bare metal tips,...
Volume Tweezers SW-1 | Curved Tip for Fan Pickup & Placement
SW-1 curved volume lash tweezers designed for picking up and placing premade and handmade volume fans — the right tip angle and grip for consistent, precise fan placement during volume...