GOWE 3D CNC Wood Carving Router Customized CNC Router Woodworking Machine for Wood Furniture

Detail

 

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Price:

$42,900.00 & FREE Shipping

• Product Description; 3D CNC wood carving router Customized CNC Router Woodworking machine for wood furniture; Features:1. The lathe is founded by industrial pipe welding, box-type structure to ensure the high stability; 2. The Special instruments to eliminate welding stress, high-precision machining planer ensure the precision and no deformation.3. The major machine body makes the stability and no shacking in high speed.
• 4. XYZ all apply imported screw, high precision gear frame and linear square guide ,ensure the high accuracy .5. The professional mechanical design, scientific structure and generous appearance.6. XYZ axis use anti-dust system, prevent dust during working, make sure the long lifespan of spare parts.7. High quality driver motors, spindle motors, cables, inverters, etc.8. Professional CNC control system,
• can compatible with many kinds CAM software.Device Parameters:Travelling size; 1300*3000 (Auto Feeding); Working size;1280*2480; Table size; 1300*2500; Transmission; X/Y rack and pinion drive, Z ball screw drive; Table structure; Vacuum; Vacuum pump;5.5/7.5KW water cooling; 5.5KW air cooling (option); Spindle power; 6.0KW; Spindle speed; 18000r/min; Travelling speed; 45-80M/Min; Working speed (18mm plywood); 8-20M/Min;
• Tool magazine; Carousel ; Tool slots; 8; Drive Moter; step motor; hybrid servo motor; hybrid servo motor/ servo motor; Driving system; leisai / yaskawa; Voltage; AC380/3PH/50HZ; Controller; Syntec/ Siemens/NC-Studio; Weight; 1800KG; Why we choose this woodworking machine ?
• 1. This 2015new arrivel CNC woodworking machine's quality is very good . High Precision and High Efficiency.2. It can save your time , and it is easy to control and you just need a General Worker, 2-4 hours training is ok.3. It is very suit for the panel furniture factory, save your time ,save worker, High Efficiency.

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Specifications for this item

Brand Name	GOWE
Ean	0827674223418
Number of Items	1
Part Number	GWE-20005387
UNSPSC Code	41000000
UPC	827674223418

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Electronics Housing Machining - DATRON High Speed Milling Machines

NC PROGRAM CNC TURNING TEST RUN

G10L2P1X0Z-257(G54)
G10L2P2X0Z-59.19(G55)
IF[#1000EQ1]GOTO1000
M64
(UDH 41MM)
G28U0B0
G50S2000
N2G54G99(OUT RUFF 0.8)
T0202G97S1800M03
G0X11Z.2M8M58
G1X-1.7F0.04
G0X10
G71U1.5R.3
G71P50Q55U.3W0.05F.2
N50G0X2.5
G1G42Z0.01F0.05
G1X3.9R0.05
G1Z-2
G1X4.92A120
G1Z-11
G1X8.8
G1Z-26.25
N55G0G40X10
G0X75Z75M9M59
M1

Carbide Indexable Tooling

Carbide Indexable Tooling

CDTooling indexable insert cutting tools for the metalworking industry. We offer expert design and build capabilities for custom tooling and an extensive line of catalog standards for Turning, milling, slotting and hole making. Boring Bars, Counterbores, Countersinks,Drills, Reamers, End Mills, Milling Cutters, Slotting Cutters &  Tool Holders.

Sub-Categories Counterbore & Countersinks A extensive selection of indexable Counterbores and Countersinks. Superior production rate and long tool life are achieved with these tools. Multiple cutting edges with the indexable inserts for maximum economy.

Estimated hours to repair CNC machine tools (Not including troubleshooting)

The below figures are only estimates for the amount of time it will take to repair your machine tool. When serious problems arise or parts are needed that will change everything. Most jobs should be scheduled for at least 2 days of downtime if possible. Many things can go wrong and will go wrong. If the machine is in operational and running in the current condition and you would like to run before the tech leaves to come back the next day, let him know immediately when he comes in the door. This may or may not be possible depending on the job. But I don't know how many times I've asked the customer this before I went to far and they thanked me for this since most people do not ask this question. Below you will find the average time from my experience to perform these jobs. Please remember every machine is different and sometimes you must remove an excessive amount of things in the way. If a bolt is stripped or something is damaged it could easily add another days worth of work. Also remember some alignments are required before doing others.

Average time for CNC Lathe repairs or adjustments Turret square alignment Upper turret (2-4 hrs), Lower turret(4-8) Turret Radial alignment (4-7 hrs) Spindle headstock alignment (3-6 hrs.) Subspindle Alignment (4-8 hrs.) Tailstock alignment (2-6 hrs.) Center line adjustment to grid shift axis (1 hr.) Backlash compensation adjustment per axis (15-min.) Grid shift per axis (15-30min.) Spindle replacement (min. 2-4 Days) Bearings replacement depends on machine and axis(4hrs-2 days) Drive replacement, and setting home- depends what axis(2-6hrs.) Axis Brake replacement (3-6hrs) Tool presetter adjustment per turret (2hrs.) Adjust level /square a machine (2-8hrs.)

Hydraulic troubleshooting and repair problems

Cartridge valve checks before replacement (check, flow control, solenoid, relief)

If its a cartridge valve pull out of the manifold and look at the nose of the cartridge. If there is a screen then see if its clean and try blowing compressed air on, in, and around it. If there is no screen then try pushing on the nose of the cartridge with a small screw driver (be careful not to damage anything). There may be only spring pressure holding it down. Actuate multiple times blowing compressed air into it to try cleaning any debris out. This will work if its a check valve, solenoid cartridge valve, flow control, or dump valve. To do on a relief valve you may have to back the control all the way out and reset the setting afterwards (this may be difficult if you do not understand hydraulic systems). Lathe Horizontal or Vertical machine center Make sure center cap on chuck is installed Chip tray clogged in back of actuator draw tube on opposite end of chuck. Check that the drain hose is not clogged and exit area is clear. Rotary table seals inside are bad Draw bar sometimes has hydraulics and coolant going through them, possible seals bad Low Hydraulic pressure

Machine tool backlash adjustment compensation parameters

What is Backlash? One of the main reasons your CNC machine loses its accuracy, is due to- you got it- backlash! Backlash is the mechanical loss of motion that can result from a mechanical or electrical problem. Basically backlash is the amount the screw has to rotate when reversing directions before the table or turret start to move. How is backlash compensated? Backlash can be tested with indicators, lasers, ballbars or other measuring devices to determine how much motion is lost when an axis reverses direction. This value is entered in the machines parameters, so when an axis changes direction, it compensates the amount in the parameter to determine when the axis will physically move. The value of the parameter is usually in millimeter. Below, are the common parameters and program to run backlash test. Remember to Write down original values first!!! Also, you may want to set the backlash comp first to zero to get the total amount of backlash to make sure it is not excessive. Reading should usually be below .008. Anything above .010 you might want to consider taking a closer look.