CNC Machining Center Model 1165

Dongguan Jide Precision Machinery Technology Co., Ltd. is one of the most credible manufacturers and suppliers of cnc machining center model 1165 in China. If you're going to wholesale high quality cnc machining center model 1165 made in China, welcome to get quotation and free sample from our factory. All customized products are with high quality and competitive price.

CNC Machining center model 1165 features 

·The whole machine adopts high-grade resin sand molding castings, which are treated by annealing, vibration and natural aging to eliminate internal stress.

·Ultra-wide base: One-piece castings provide the most stable load supporting capacity. With the design of the water guide plate, the cutting fluid does not leak.

·Herringbone column: widen the span of the joint surface and improve the rigidity of the machine tool. ·Y-axis motor rear: shorten the distance between upper and lower workpieces and improve processing convenience.

Rib-type head design: The internal ribs are thickened and enlarged to strengthen the rigidity of the structure and greatly improve the processing stability.

Parameter

Standard configuration

·Fully enclosed protective cover

·Ethernet, CF card and USB interface

·Tool Box

·Spindle motor

·Central centralized automatic feeding lubricating oil system

·Foundation pad iron and adjusting bolt

·BT40 belt spindle 1000ORPM

·cooling system

·High pressure water gun

· LED work light

·Clean the air gun

·Separate electronic handwheel

·Heat Exchanger

. LED tri-color warning light

·Operation and maintenance manual and control circuit data

·Rigid tapping

CNC Machining center model  will have serious quality control within production and after production .

laser pitch and workpiece testing vertical accuracy 

Tips:

Self-learning of CNC Machining Center Model 1165 programming, a must-see for getting started!

1. The difference and connection between M00, M01, M02 and M30

Beginners are very easy to confuse many of the above M codes when programming the entry-level CNC machining center. The key reason is that the beginners have a lack of understanding of the production and processing of the CNC machining center, and the content of some textbooks is not described in detail. Their differences and connections are as follows:

M00 is a program termination instruction. When the program is executed, the tool pass is terminated and the spindle bearing stops. After pressing the RUN button again, the following block will be executed. The key is that the programmer wants to stop the CNC lathe in the production process (inspection of the product workpiece, adjustment, milling, etc.).

M01 is an optional program termination instruction. When the program is executed, the "selection termination" key on the operation panel is in the "ON" situation, this effect can be reasonable, otherwise the instruction will be invalid. The actual effect after implementation is the same as that of M00, which is common in the inspection of important specifications or temporary suspension.

M02 is the command to complete the main program. When this instruction is executed, the tool pass is terminated, the spindle bearing is terminated, and the refrigerant is turned off. But the program mouse cursor stops at the end of the program.

M30 is the command to complete the main program. The effect is the same as M02, but the difference is that the mouse cursor returns to the program head, no matter whether there are other blocks after M30.

2. The use of detailed addresses D and H for the main parameters of CNC blade compensation

In some CNC machine tools (such as FAUNC), the main parameters of CNC blade compensation D and H have the same function and can be exchanged at will. They all indicate the detailed address name of the compensation memory in the CNC machine tool, but the actual compensation value depends on They make decisions based on the marked value in the detailed address of the compensation number. Therefore, in the CNC machining center, in order to better avoid typing errors, general human factors require H to be the detailed address of the CNC blade length compensation, the compensation number is from 1 to 20, and D is the detailed address of the CNC blade semi-compensated, and the compensation number is from 24. No. gradually (20 knives of CNC knives).

For example: G00G43H1Z60.0;

G01G41D21X30.0Y45.0F150;

3. Application of G92 and G54～G59

G54～G59 are the plane coordinates set before the start of production and processing, and G92 is the plane coordinate set in the program. If G54～G59 are used, there is no need to apply G92, otherwise G54～G59 will be replaced and should be prevented.

Note: (1) Once G92 is applied to set the plane coordinates, applying G54～G59 will not have all functions, unless the power is turned off and the system software is restarted, or G92 is then used to set the desired new product workpiece plane coordinates. (2) After applying the G92 program, if the CNC lathe does not return to the starting point set by G92, run this program again. The current geographic location of the CNC lathe becomes the starting point of the new product workpiece coordinate, which is prone to safety accidents. Therefore, it must be used with caution.

4. Termination instruction

G04C_/P_? is the pause time of the index control blade (the tool pass is terminated, the spindle bearing does not terminate), and the marked value after the detailed address P or X is the pause time. The marked value after X must have decimal places, otherwise it is measured by one-thousandth of the marked value, using seconds (s) as the enterprise, and the marked value after P cannot have decimal places (that is, the integer amount is indicated), and ms (ms ) Is an enterprise. ?

For example, G04? X2.0; or G04? X2000;

Stop for 2 seconds

G04?P2000;

However, in some hole system production and processing instructions (such as G82, G88 and G89), in order to better ensure the surface roughness of the hole bottom, when the CNC blade is produced and processed to the hole bottom, it needs to pause time, then only use the detailed address P Indicates that if the detailed address X is used to indicate, the automatic control system thinks that X is the X-axis plane coordinate to carry out the implementation.

For example, G82X80.0Y60.0Z-20.0R5.0F200P2000;

Punch (80.0, 60.0) to the bottom of the hole and stop for 2 seconds

G82X80.0Y60.0Z-20.0R5.0F200X2.0;

Punching (2.0, 60.0) to the bottom of the hole is not easy to stop.

5. In the same program segment, the same instruction (same detailed address character) or the same group of instructions will take effect after the occurrence.

For example: G01G90Z30.0Z20.0F200; The implementation is Z20.0, and the Z axis immediately reaches Z20.0 instead of Z30.0.

G01G00X30.0Y20.0F200;? G00 is implemented (although there is an F value, G01 is not implemented).

However, for different groups of instruction codes, the actual effect is the same when the order is exchanged in the same block.

For example: G90G54G00X0Y0Z60.0; and G00G90G54X0Y0Z60.0; the same.

6. Sequence number of program segment

The sequence number of the program segment is indicated by the detailed address N. Generally, the internal storage space of CNC machine tool equipment is relatively limited (64K). In order to save storage space better, the sequence number of the program segment is omitted. N only indicates the model of the program segment, which can be used to search and write programs conveniently. It does not have all the effects on the production process. The serial number can increase or decrease, and it does not stipulate that the marked value has continuity. However, some cyclic system instructions, automatic jump instructions, subroutines and mirroring system instructions cannot be omitted.

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