FTTH Tool kit

Miller clamp is a widely used general tool. It is mainly used for moving tube and coating of fibers, can handle most of the common application. Besides, the handle uses an ergonomic design so that it is more comfortable for long-time operation.

Features:

1. Big hole: Stripping 1.6-3mm to 600-900μm buffer

2. Middle hole: Stripping 600-900μm to 250μm jacket

3. Small hole: Stripping 250μm-125μm fiber

4. Pre-set at the factory, no adjustments needed;

5. Will not scratch or nick glass fiber;

6. All cutting surfaces have sophisticated mechanical tolerances to ensure a clean, smooth operation;

7. Comfort-grip, ergonomic handles;

8. Lock to hold tool closed when it is not in use.

9. Length: 165 mm, Weight: 122 g

Features:

Online stripping aluminum-polyethylene bonded sheath, steel armor outer sheath and non-metallic reinforcing member cable sheath
The cutter head is made of high-quality materials, making it easier to cut into the cable jacket
Cut-in depth of the cutter head is adjustable to handle different cable thicknesses
Comparing with similar products, the operation is simpler, faster and more convenient

Instructions:

Adjust the depth of the cutter head according to the thickness of the sheath, so that the round hole of the online cable cutter is inserted into the sheath of the cable. At the cutting mark of the cable sheath, grip the handles on both sides of the cable cutter so that the cutter head is embedded in the cable sheath. In the middle, the cutter head is pulled along the sheath to achieve on-line stripping of the cable sheath.

Fiber optic cleavers are cutting tools that make optical fiber end face cuts. Applications for fiber optic cleavers include
networking and telecommunications. They are often used with Fiber Optic Cables, Fiber Optic Connectors, and Fiber Optic Splicers.
The primary function of a fiber optic cleaver is to precisely cut optical fiber. These tools are relied on to cut the fiber as
smoothly as possible to reduce loss of signal. If the cut of the fiber is not a clean perpendicular cut then the rough surfaces results in optical return loss from the scattering or reflection of light.