飛剪 Flying scissors
啟停式飛剪：
| 型號： | 3#-CA |
| 剪切方式： | 回轉式 |
| 倍尺長度： | ≥15m |
| 箱體： | 焊接箱體 |
| 工作制度： | 啟-停工作制 |
| 剪切速度： | 2~8m/s |
| 剪切精度： | ±20mm |
| 軋件材質： | 普碳鋼、低合金鋼 |
| 剪切溫度： | ≥850℃ |
| 碎斷長度： | ≤1000mm |
| 切頭、切尾長度： | 50~300mm |
| *剪切力： | 120KN |
| *剪切面積： | 1000mm2 |
| 最短剪切周期： | 2s |
| 剪刃寬度： | 200mm |
| 電機型號： | ZFQZ-315/21 |
| 電機功率： | 150KW |
| 功能： | 切頭、切尾、事故碎斷、倍尺分斷 |
| 控制設備： | 控制柜800×1000×2200 2面 |
| 檢測設備： | 熱金屬檢器：HMD8-4CD1 1臺 |
| 碼盤：EL1024 1臺 | |
| 碼盤：EL0360 1臺 | |
| 接近開關：Ni15-S30 1只 |
圓盤飛剪是由成對的圓盤刀片組成，這種飛剪一般用在小型車間，將它安裝在冷床前對長軋件進行粗剪，使進入冷床的軋件不致太長。或者將它安裝在精軋機組前對軋件進行切頭，以保證精軋機組的軋制過程順利進行。
圓盤式飛剪所以能橫向剪切運動著的軋件，主要是由于刀盤軸線與軋件運動方向傾斜一定角度，并且使圓盤刀片圓周速度在軋件運動方向上的分速度與軋件運動速度相等。軋件進入和離開圓盤刀片是通過誘導板實現的。圓盤式飛剪的缺點是剪切斷面是傾斜的，但對于切頭或在冷床前粗剪軋件影響不大。由于這種飛剪工作可靠，結構簡單，并可應于軋制速度達10米/秒以上的場合，因而在小型車間得到了較廣泛的應用。這種飛剪除了采用連續工作制外，也可采用啟動工作制。
Start-stop flying scissors:
| Model number: | 3#-CA |
| Shear mode: | Rotary type |
| Double ruler length: | 15 m or more |
| Box: | Welded casing |
| Working system: | Start-stop system |
| Shear rate: | 2~8m/s |
| Shear accuracy: | Plus or minus 20 mm |
| Rolling material: | Common carbon steel, low alloy steel |
| Shear temperature: | 850 ℃ or higher |
| Breaking length: | 1000 mm or less |
| Length of cutting head and tail: | 50~300mm |
| Maximum shear force: | 120KN |
| Maximum shear area: | 1000mm2 |
| Minimum shear period: | 2s |
| Cutting edge width: | 200mm |
| Motor model: | ZFQZ-315/21 |
| Motor power: | 150KW |
| Function: | Head cutting, tail cutting, accident breaking, double scale breaking |
| Control equipment: | Control cabinet 800 x 1000 x 2200 2 sides |
| Testing equipment: | Hot metal detector: HMD8-4CD1 1 PCS |
| Code disk: EL1024 1 PCS | |
| Code disk: EL0360 1 PC | |
| Proximity switch: Ni15-S30 1 piece |
Disc flying shears can transverse shear moving rolling parts, mainly because the axis of the cutter head and rolling parts of the direction of the tilt Angle, and make the circular speed of the disc blade in the direction of rolling parts of the motion of the partial speed and rolling parts of the speed. Rolling into and out of the disc blade is achieved by the induction plate. The disadvantage of disc shear is that the shear section is inclined, but it has little effect on the cutting head or rough cutting in front of the cold bed. Because this kind of flying shear is reliable, simple in structure, and can be used in the rolling speed of more than 10 m/s, so it has been widely used in small workshops. This kind of flying cut off the use of continuous working system, but also can be used to start working system.Disc flying shears:
Disc flying shear is composed of a pair of disc blades. This kind of flying shear is generally used in small workshops. It is installed in front of the cold bed for rough cutting of long rolled pieces, so that the rolled pieces entering the cold bed are not too long. Or it can be installed in front of the finishing mill group to cut the rolled parts to ensure the smooth rolling process of the finishing mill group.