Our Silk Screen Printing Machine is a kind of syringe printing machines. It is used to print the scale line and logo on the syringe barrel. There are two types for our syringe silk screen Printing Machine, one is QZ-216 with vibrate feeder and the other is QZ-226 with centrifugal feeder. Both can print different syringe sizes on one machine by changing its screen version and adjusting the machine accordingly.
Technical Parameter:
Name: Syringe Silk Screen Printing Machine
Dimension: 4600*1200*2050mm
Weight: 600kg
Production Speed: 120 pieces/minute
FAQ:
1. Are you a manufacturer?
Yes, we are the professional manufacturer set up in 1992, located at a beautiful town of Zhejiang Province.
2. Can you provide the oversea service?
Yes, after the machines arrive at your factory, we will arrange engineers go to install the machine and train your operators.
3. Can we visit your factory?
Of course. We highly welcome clients come to visit our factory. It will be our great honor to meet you.
4. How can you guarantee the quality?
100% qualified products before the delivery. The clients can inspect the products at our factory.
1 year warranty ( failure caused by machine quality ) from the equipment arrive at the client`s factory. Lifetime maintenance and offer for the spare parts.
Screen Printing Machine Screen Printing Machine,Silk Screen Printing Machine,Syringe Screen Printing Machine,Screen Printing Equipment Yuhuan Zhengri Technology Co., Ltd. , http://www.syringemachine.com
Based on the modification of the end tooth processing equipment of the bevel gear planer, due to the difference in the tooth surface structure between the bevel gear and the face gear, it is necessary to make some corresponding changes to the equipment when machining the face gear with the bevel gear planer. Instructions can be made on the basis of the Y2360 bevel gear planer. The development of several movements of the original bevel gear planer is no longer required. This only needs to remove the hobbing ratio exchange gear and the swing angle exchange gear in the bevel gear planer, without much modification to the machine tool. Due to the single-tooth cutting process of the face gear, the angle of the tool holder rail to be controlled is changed from the top of the tooth to the bottom of the tooth, that is, the angle between the two tool holders in the stepwise feeding process along the tooth depth direction It must be changed from 0b to (360b/zE), and the angle of the two tool holder rails in the process of machining the bevel gear is not changed after the workpiece number is adjusted, so the feed motion and the tool holder are required. An inner linkage transmission device is arranged between the guide rails to rotate the tool holder rail with the feeding motion, thereby changing the angle.
In order to simplify the structure of the machine tool, left-handed/right-handed nuts 1, 2 are respectively arranged on the tool holder rail, and two nuts are coupled with the opposite ends of the screw, and the lower end of the screw is connected with the stepping motor. When the screw is rotated, the two tool holders can be rotated to increase or decrease the angle. The modified bevel gear planer is shown in Figure 7. The table is measured by the grating and other devices during the feed, and the data is transmitted to the single-chip microcomputer. Then the single-chip computer controls the stepping motor to rotate, thereby driving the screw to rotate. The two tool holders are rotated at an appropriate angle to achieve the linkage between the feed motion and the tool holder rail.
According to the processing principle of the bevel gear planer, it is feasible to realize the face gear tooth surface machining. It only needs to cooperate with the linear feed of the face gear (workpiece) (can be controlled by computer), and the end tooth can be processed. surface. The design of the Y2360 bevel gear planer designed in this paper is simple and easy to implement, and has good implementability. If we further discuss the control of the stepper motor in the single-chip microcomputer, we can also complete the processing of the top part and the bottom part of the tooth bottom, and also expand the bevel gear processing function to make it more suitable for flexible production.
