Spin- On Oil Filter Six-Station Tapping Machine
Oil Filter Tapping Machine is a specialized piece of equipment
within the automotive and filtration manufacturing sectors. Its
primary function is to create threaded holes (tapping) in oil
filter housings or components. This process is crucial as it
enables the secure attachment of various fittings, valves, or
sensors, which are essential for the proper functioning of an oil
filtration system.
Technical Parameter
product capability: | 24pcs/min |
Tapping scope: | M16~M38(metric),3/4"~3/2"(inch) |
Work piece onput number/time:diameter
| ≤M24 6pcs/time; |
M26~M30 4pcs/time; ≥M30,3/2" 2pcs/time; |
Work piece scope: | Φ60mm~Φ130mm |
Tap fixed ID: | Φ23mm |
Motor power: | 5.8KW |
Cooling pump power: | 120W |
Working air pressure: | 0.6MPa |
Power supply: | 380V/50Hz |
M/C weight: | 1200kg |
M/C size: | 1560*710*2050mm(L*W*H) |
Applications
1.All spare parts are precisely made, to ensure the work piece
vertical to the screw tap.
2.The tapping parts set the spray cooling system to keep the work
piece smooth and the tap durable.
3. This machine work automatically, The main axis tapping in
counter clockwise, and rapid turning back after finished tapping,
then turning oppositely, the chained convey, fix the work piece and
travel control all work automatically.
4.This high efficiency machine can tap six work pieces each time.
5.This clever machine is computerized by PLC control, and simple to
operate.
6.It is mainly used for tapping the bottom plate of oil and fuel
filters.
Tapping Process
A tapping head, equipped with a tap (a tool with threaded flutes),
is then brought into contact with the surface of the oil filter
where the hole is to be created. The tap is rotated at a specific
speed, typically controlled by an electric motor. As the tap
rotates, it cuts into the material of the oil filter, creating a
helical groove, which forms the threads. The depth of the thread is
controlled by the movement of the tapping head along an axis
perpendicular to the surface of the oil filter. This movement can
be adjusted based on the requirements of the threading depth for a
particular application.
