Bench Tapping Machine

Description

SB**8 Semi-Auto Bench Tapping Machine-High Efficien Tapping Equipment Model Sb***8 semi-auto bench tapping machine is a high-efficiency tapping equipment, suitable for parts batch productiong in manufacture of instrument, electric appliance, sewing machine and camera, etc. The maxiumum diameter to be tapped is M8. Feature 1. 　The special motor for high-frequnency clockwise and conter-clockwise ratation is adopted and max, tapping ftrquency is *0 times per miunte. 2. 　The feed mechanism with clearance spring is driven by change-gears and is suitable for excruding taps. 3. 　The tappping depth can be adjusted addutely by the tapping-depth-stop. 4. 　The soft tap holder is adopted by the machine, so the tap can be easily exchanged and reliably clamped. 5. 　The main drive and feed drive system are separatel driven by friction clutch, when troubles in processing, the drive chain is automatically cut off. So the tap is protected and undamaged. 6.　The emergency stop button is fixed on the most convenient position, and safety device on the change gears&#**9; cover. Thus the operater&#**9;s safety is guaranteed. 7.　The main electric elements of the machine are selected from well-known brand products of reliable performance, in order the guarantee the machine&#**9;s long service-life. All of the electric elements are assembled under the working table, which is on the machine base. As a result, it makes easy maintenance possible. Specifications 　Max. tapping diameter 8 mm 　Max. tapping frequency *0 times/minute 　Distance from axis of spindle to column generating line **5 mm 　Max.Distance frome spindle nose to working surface of base 　 **5 mm 　Min.Distance frome spindle nose to working surface of base *0 mm 　Max. travel of spindle box **0mm 　Max. travel of spindle *5 mm 　Outer taper of spindle nose D4 short taper 　Spindle speed ***0, **0, **0rpm 　Effective working area of table **0×**6 mm 　Main drive motor power 0.4 kW 　Weightï&frac*4;ˆapproxï&frac*4;‰ **5 kg 　Overall dimensions ï&frac*4;ˆL×W×Hï&frac*4;‰ **5×**0×**0 mm