CNC Thread Whirling Machine

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Thread whirling machine:
Processing threads, worms,screws,pump rotor;
High efficiency, precision, produtivity;
Low Cost.

Thread whirling machine was used to manufacture threaded spindles, rotors for eccentric pumps,progressive cavity pump rotors, vacuum pump rotors, screw type compressors, tie bar threads, ball screws, worm shafts and steering worms.

Whirling is a particular type of milling that is position rotates at high speeds around a slowly turning workpiece. The cutting plane on the tools' cutting edges is adapted to the respective thread pitch by tilting the thread-whirling head around its vertical X-axis. The tool's large tilting range enables users to realize high thread pitches and to cut right-handed and left-handed threads. The radial setting of the whirling head determines the thread depth. The tool's design permits down-cut, conventional and up-cut milling.

Provide a number of advantages over traditional single-point threading, including increased productivity, faster set up times, no extra costs for finishing treatment, superior chip control and increased tool life over conventional tools.


Thread whirling features:

1. The machine is our company's own R & D design, with independent intellectual property rights (with six national patent)

2. Applicable to automobiles, motorcycles, machine tools, gearbox, chemical machinery, plastic machinery, construction machinery and other industries

3. Machine tool used FANUC 0i—Mate—TD system to achieve 4-axis rotary 3-linkage control to X, Z, C axis, whirling milling head axis

4. Machine Tool Spindle Servo Motor is to be the largest ratio 1:100 by harmonic reducer; to achieve the precise positioning of the spindle indexing and powerful cutting

5. Machine milling head used with the international advanced level of machine whirling milling turning, milling in multiple knives without re-grinding

6. Using high precision flexible hydraulic chuck to ensure the worm run out accuracy

7. Tool spindle speed can be adjusted so that user can choose the best cutting speed for work pieces with different diameter and material

8.Automatic involute milling for the machining of both ends of the worm, no need for secondary process

9.The precision of the worm made by CNC machine is up to level six (including all parameters);surface roughness Ra0.8 MAX

10.No limitation of number of threads of worm for Whirlwind milling process, the max helix angle up to ± 25 °

Whirling samples show:
 



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Q:Ordinary lathe spindle head type D8 and A28 What does it mean?
D-type and the end of the machine with the end of the spindle rod, by the spindle end of the cam pin, it is another quick change chuck.
Q:What is the lathe chuck and claws?
Anti-claw is 3 inverted L-type, with the other side of the claw clamping the workpiece, can hold the larger diameter of the workpiece, the so-called positive and negative refers to the claws into the chuck of the positive and negative.
Q:What is the main organizational structure of ordinary lathe
There are four parallel rails on the bed, for the big carriage (turret) and tailstock relative to the headbox for the correct movement, in order to maintain the bed surface accuracy, in the operation of the lathe should pay attention to maintenance.
Q:CNC lathe radius compensation is how the matter, I do not understand, who helped me talk about it ah
The error in the absence of radius compensation will be great.
Q:Ordinary lathe parameters on the table mm, ins, mod, dp, the representative of what ah? Thank you
Mod is the modulus of the turning worm
Q:What are the daily maintenance of the lathe?
2, scrub the track, screw, operating bar.
Q:What is the relationship between surface roughness and machining methods in lathe processing?
Non-ferrous metal turning surface roughness increased by 0.5 to 1 level.
Q:How does the lathe taper?
Indicates that the difference between the diameter of the big head and the diameter of the small head is "4"
Q:FANUC system CNC lathe models which models
FANUC 0i-TC, FANUC 0i MATE-TC, (model several years ago)
Q:What is the difference between a fine car and a semi-fine car?
Fine car is generally the size of the finished product, and semi-fine car is done for the fine car bedding, under normal circumstances the parts are divided into rough cars, semi-fine cars, and fine cars.

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