Professional Hose Skiving Machine TRC-S50 — Inner Tube & Rubber Layer 3/16″-2″ | TRCrimp
The TRC-S50 hose skiving machine removes the inner tube and rubber layer from hydraulic hose — the essential step before crimping that ensures clean, consistent fitting insertion. Handles hose from 3/16″ to 2″ in a compact 25kg workshop machine. This hose skiving machine prepares hose faster and more uniformly than manual stripping.
Description
| Performance Parameters | Specifications |
|---|---|
| Hose Capacity (External) | 1/4″ – 2″ |
| Hose Capacity (Internal) | 3/4″ – 2″ |
| Electric Motor Power | 0.4 kW |
| Speed of Tool Rotation | 145 r/min |
| Motor Voltage (Tri-Phase) | 200 / 220 / 380 V |
| Motor Voltage (Mono-Phase) | 220 / 230 / 240 V |
| Machine Size (mm) | 410 x 440 x 360 |
| Package Size (mm) | 530 x 470 x 510 |
| Net Weight (N.W.) | 57 KG |
| Gross Weight (G.W.) | 69 KG |
What Is the TRC-S50 Hose Skiving Machine?
The TRC-S50 hose skiving machine is a hose preparation tool — not a crimper — purpose-built to remove the inner tube and rubber layer before the crimping process. Skiving creates a clean, uniform inner surface that ensures proper fitting insertion and eliminates the leak paths that unskived hose can cause. Every professional hydraulic workshop using this hose skiving machine gets consistent preparation quality.
Workshop Hose Skiving Machine for Pre-Crimp Preparation
The S50 hose skiving machine handles hose from 3/16″ to 2″ — the most common workshop hydraulic hose sizes. The rotating blade mechanism strips inner tube and rubber cleanly in one pass, replacing manual stripping knives that produce uneven results. At 25kg with a 560×280×440mm footprint, it sits on the workstation bench within easy reach of the hose skiving machine operator.
Consistent Pre-Crimp Preparation with the Hose Skiving Machine
Manual hose stripping produces uneven cuts that can damage O-rings and cause leaks at the fitting. The S50 hose skiving machine eliminates this variability — every hose gets the same clean, precise preparation. For workshops that crimp high volumes of hose, this consistency pays off in reduced rework and fewer call-backs.
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