The feed rod transmits power from the headstock to the carriage for feeding operations.The lead screw transmits power from the headstock to the carriage for screw thread cutting operations. On some lesser types of lathes the feed rod and the lead screw are used for both the feed and the screw cutting power transmission.
Using these machines, a machinist may perform up to 32 different types of cutting and forming operations.
Turning refers to rotating a part around one of its axis, then using a cutting tool to change its diameter. The machine tool designed to carry out turning is the lathe.
If you want to screw with a track with two step 2 millimeters must build orderly winding Berry lathe on 4 millimeters step and then you made the turn 4 with step without States' the orderly winding change or turn lever Berry free Upper slide as much as 2 millimeters to move on the front and back screw Berry.
Milling in a lathe can be two things:A cutter is gripped in the chuck and a workpiece the the tool post. The work piece is then milled by using the feed on the lathe. Although it has been done, it is an unconventional method and is not recommended.A 3-in-1 lathe with a milling attachment as part of the machine used for milling a work piece.
Now a days verities of materials are using for making lathe cutting tools. In earlier days Hardened high carbon steelswere used. High Speed Steel (HSS) came next to HCS. Ordinary carbide inserts of different grades came after HSS. Coated carbide inserts of various grades suitable for machining different metals and alloys are predominant now. Ceramic and diamond inserts are the latest cutting tool materials using for the machining of materials having very high hardness.
CNC TURNING M/C-- IN CNC TURNING MACHINE JOB WILL NOT MOVE ( CAN BE ROTATE ), JOB WILL BE ROTATE AND WE CAN MACHINING ONLY IN CIRCULAR PROFILE, WE CAN NOT MACHINING IN RECTANGULAR TYPE PROFILE etc. .IN CNC TURNING , MACHINING WILL ONLY IN 2 AXIS ( X and Z ).CNC MILLING M/C-- IN CNC MILLING MACHINE JOB WILL MOVE ON THE BAD , JOB CAN BE IN ANY SHAPE AND WE CAN MACHINING OF DIFFERENT TYPES OF PROFILE LIKE RECTANGULAR PROFILE etc., WE CAN MACHINING IN AT LEAST 3 AXIS ( X, Y and z ).
We use the lathe machine for facing, knurling, grooving, etc... n gen we use all these processes after foundry and casting of a object... We can use lathe for threading, cutters etc.....
Using geared head for gear box driven or stepped pulley if belt driven
Lathes are installed using the following method: (The method may slightly vary from person to person)The bolt pattern on the head- and tail stock pedestals are measured and matching studs are set into the floor onto which the lathe will be installed.An electrical line is routed to the location where the lathe will be installed for supplying it with power.The lathe is placed on shifting skates or machine rollers and moved over its permanent location.Jacks are used to lift the lathe off the rollers and placed over the studs and down onto the floor. The jacks are then removed.A set of spirit levels are placed on the lathe's beds and leveling of the machine is done by setting the jacking bolts located on the pedestals.Once the machine is leveled, a washer and nut is placed on each stud and the machine is bolted down.A further option might be used by cementing between the floor and the pedestal bases of the lathe to enhance sturdiness.Power is connected to the lathe and all the oil levels are checked and filled if necessary.The lathe is started and tested.An alternative to setting studs, using the lathe's jacking bolts and cementing is the use of adjustable rubber foot pads. The machine is moved to its location and jacked up. The foot pads are installed into the pedestal mounting holes then the lathe is set on the floor and leveled.
It is about alkaline metals. You can cut them using a knife.
An example of a complex machine using a pulley and a screw is a crane. The pulley system allows for the lifting of heavy loads, while the screw mechanism is used to control the height and position of the crane's arm. Together, they enable the crane to efficiently move and position objects with precision.