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Call Free 24/7 Helpline at +86-531-83161518 with STYLECNC for CNC Machines.
STYLECNC»Support and Service»CNC FAQs»
CONTACT STYLECNC
CONTACT STYLECNC

STYLECNC
Jinan Style Machinery Co.,Ltd

Tel: +86-531-83161518

Email: export@stylecnc.com

Website: http://www.enzediaosu.com

Mob/WeChat/WhatsApp: +86-18766148818

Corporate Headquarters:
Rongsheng Times International, 16F, Building A, 9 Beiyuan St, Jinan, Shandong, China

Manufacturing Headquarters:
Qilu Hi-Tech Industrial Park, Qihe, Dezhou, Shandong, China

CNC FAQs

  • STYLECNC is a self-owned brand of Jinan Style Machinery Co.,Ltd. As a leading enterprise of intelligent manufacturing in China, we are constantly innovating and developing over 15 years, our efforts bring us stable customers from home and abroad, you can find STYLECNC products in over 150 countries from Europe, Africa, Mid east, America, Oceania and Southeast Asia, which drive us to be a worldwide CNC machine brand.


    Jinan Style Machinery Co.,Ltd was founded in 2003, which is an enterprise with core technology and independent intellectual property rights, we are committed to the development and manufacture of CNC machines.


    You can check as following to determine if STYLECNC is legit:


    1. STYLECNC has legal business qualifications.


    2. The contact infomation is visible.


    3. STYLECNC has a business entity.


    4. STYLECNC has a real location.


    5. There are no online complaints about STYLECNC.


    6. STYLECNC can provide approved business contracts.


    7. STYLECNC has official business email.


    8. STYLECNC has proper website registration, the official website is professional. 

      More Infomation »
  • You are welcome to get a free quotation by filling up the form with name, email, detailed address, product and requirements, we'll estimate the shipping cost for your CNC machine.

    Please note, customs fees and additional fees may apply for international shipments. Contact your local customs office for more information.

    If you want to get the final price, please contact us to get a free quotation, we'll calculate the final price of the required CNC machine.

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  • Laser engraving machine


    1. When laser engraving with gradient, double phenomenon.


    This phenomenon occurs when the slope of words carved smaller, usually the reason is "wide" setting slope too large, cause calculation errors, please set "wide" little slope. 


    2. If you only can move a graphic with one direction, please click "Shift" or "Ctrl" to recover. 


    3. PLT format cannot to engrave.


    There are two reasons, one is the graphic is not closed, the other is graphic double. Please detect this phenomenon with "data detect" tools.


    4. The size is not same with laser engraving and cutting samples. Open the item "laser engraving machine set", adjust the pulse.


    5. The edge is irregularity when laser engraving.


    The edge is irregularity maybe happen when you use the DSP laser engraver software, that means "burr", this is mainly caused by mechanical return clearance, this is the solution.


    a. Draw a box (rectangular or square), set work mode for the laser engraving machine, the sculpture is 0.5 mm instead, then see laser engraving effect, theoretically, should be aligned, namely the odd interlaces did edge should be aligned, even did edge also should be aligned, only the odd and even did not have a little. 


    b. When you open "set laser engraving parameters", the parameters for different. laser engraving speed can be seen, the reverse gap is "0", you should adjust it as the matter of fact. 


    c. You can choose "single-track light" when best laser engraving effect needed. Not to chose the draw of "dual-engrave", but when you chose it, the efficiency would be lower. 


    6. The X-axis or the Y-axis not move.


    a. Stir knob to chose the DC 5V, test the voltage between PULX(or PULY)and GND. Take Y axis as example, click the button of "up" or "down", the normal voltage is 2.8V, if it is not, we could confirm the controller was broken, please change the controller. If it is, please go to next step. 


    b. Exchange the output terminal of the two drivers, then press "Up" or "Down" button; if X axis works normal, it means there is something wrong with the motor on Y axis, please change a new one; if X axis doesn't work, it means there is something wrong with the driver on Y axis, please chance it.


    7. X Axis and Y Axis work in only one direction.


    a. Test the voltage between the DIRX and GND after pressed the  multimeter into grade 5V; take the X Axis for example, press "left", then press "right" to see if there is some change on high level (>2.8V) and the low level(<0.8V); if not, the control card is broken and need to change a new one.


    b. If with change, please check the driver; if works normal, please change the driver on Y Axis.


    Laser engraver machine


    8. NO Ray.


    Test the voltage between the LAS and GND after pressed the  multimeter into grade 5V; press "fixed fire" in the control panel, to see if there is some change on high level (>2.8V) and the low level(<0.8V); if not, the control card is broken and need to change a new one. Also set up the time of fixed fir as 0 millisecond, which is in the PAD03 menu.  


    Adjust the power from 0%~100%, enter and press "fixed fire" button, then test if any change between the DA1 and GND from 0V to 5V; if not, the control card is broken, please change it; if both with, it means there is something wrong with the laser power supply.  

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  • CNC router spindle


    1. CNC router spindle rotation sound is not normal


    a. The drive is set incorrectly.

    b. Check whether the cooling water circulation.

    c. There are problems with the spindle (bearing damage).

    d. If the noise when loaded knife, normal, replace the tool without tooling.


    2. CNC router spindle hot or noisy:


    a. Check whether the cooling water circulation.

    b. Check whether the bearing problem.

    c. If loaded knife noise, without tooling normal, replace the tool.


    3. CNC router spindle cooling water does not flow:


    a. Check the coolant pump is working properly.

    b. Check whether the water flow, the water from the spindle joint apart, blowing to the other side of the steam gun from one side or the connector on the spindle with a needle penetrating.


    4. Motor reversal: 


    Check the motor cable is phase output UVW terminal ends of any exchange.

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  • 1. The machine and the computer must have a good grounding.

    2. Open the cutting software, click the file menu, communication settings to receive and send the buffer time is changed to 5 or 10.

    3. The replacement of the data line or motherboard.


    According to the same direction of the panel button, the laser cutting machine appears to be turning and reversing and motor power can not be locked.


    1. First disconnect all power supply, the high pressure head with cotton cloth to wipe clean. (gentle scrub)

    2. Cut off the broken pipe, re received the laser tube. And bundled with a tie.

    3. The high voltage line (high pressure line with 7 silver thread, one less).

    4. The fan will dry high pressure wet place, after half an hour, and then boot.

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  • How to inspect the quality of a laser cutting machine?


    1. Roughness


    Laser cutting cross section will form a vertical lines, the depth of the texture of the cut surface of the roughness of the cut surface, the more shallow lines, the more smooth cut section. Roughness not only affects the appearance of the edges, but also affect the friction characteristics, in most cases, it is necessary to minimize the roughness, so the more shallow texture, the higher the quality of the cut.


    2. Verticality


    If the sheet thickness exceeds 10mm, the verticality of cutting edge is very important. Away from the focus, the laser beam becomes divergent, according to the location of the focus, cutting to the top or bottom of the variable width. Cutting edge off the vertical line of a few millimeters, the edge of the more vertical, the higher the quality of cutting.


    3. Cutting width


    Kerf width generally does not affect the cutting quality, only in the internal components formed special precision contour, cutting width is important. This is because the cutting width determines the contour of the minimum, when the plate thickness increases, the cutting width also increases. So want to guarantee the same high precision, no matter how much the width of the cut, the workpiece in the laser cutting machine processing area should be constant.


    4. Lines


    High speed cutting thick plate, the molten metal will not appear in the vertical laser beam below the incision, but will be sprayed out at the laser beam side. As a result, the curved lines are formed on the cutting edge, and the lines are closely followed by the laser beam. In order to correct the problem, the feed rate can be reduced at the end of the cutting process.


    5. Burr


    Burr formation is a very important factor to determine the quality of laser cutting, because the removal of burr need extra work, so the amount of burr is serious and how much is able to directly determine the quality of cutting.


    6. Material Deposition


    Laser cutting machine before the beginning of melting and perforation of the workpiece surface with a layer of oil on the surface of a special liquid. Gasification and all kinds of materials, the material does not need to use the wind to blow the cut, but the upward or downward discharge also can form the deposition on the surface.


    7. Sag and Corrosion


    Sag and corrosion have adverse effects on the surface of the cutting edge, affecting the appearance. They appear in the error of the cut which is generally supposed to be avoided.


    8. Heat Affected Zone


    In laser cutting, the area near the notch is heated. At the same time, the structure of the metal changes. For example, some of the metals can be hardened. The heat affected zone refers to the depth of the area that is changed by the internal structure.


    9. Deformation


    If the cutting makes the component heat, it will deform. This is particularly important in fine processing, because the profile and connecting pieces are usually only a few millimeters wide. Control of laser power and the use of short laser pulses can reduce the parts to become hot, to avoid deformation.

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  • CNC (Computer Numerical Control)

    Concept

    NC (Numerical Control)

    NC is a technology that uses digital signals to automatically control objects (such as the motion of the machine tool and its working process), referred to as numerical control.

    NC Technology

    NC technology refers to the automatic control technology that uses numbers, letters and symbols to program a certain working process.

    NC System

    NC system refers to the organic integrated system of software and hardware modules that realize the functions of NC technology. It is the carrier of NC technology.

    CNC System (Computer Numerical Control System)

    CNC (Computer Numerical Control) system refers to the numerical control system with computer as the core.

    CNC Machine Tools

    CNC machine refers to a machine tool that uses CNC technology to control the machining process, or a machine tool equipped with a CNC system.

    NC Definition

    The term numerical control is a widely accepted and commonly used term in the machine tool industry. Numerical Control (NC) enables an operator to communicate with machine tools through a series of numbers and symbols.

    CNC Definition

    NC which quickly became CNC (Computer Numerical Control) has brought tremendous changes to the manufacturing industry. New machine tools in CNC have enabled industry to consistently produce parts to accuracies undreamed of only a few years ago. The same part can be reproduced to the same degree of accuracy any number of times if the CNC program has been properly prepared and the computer properly programmed. The operating commands which control the machine tool are executed automatically with amazing speed, accuracy, efficiency, and repeatability.


    The machine is connected to a computer, the computer will tell it where to move. First, the CNC operator should do the toolpath creation, the operator uses a software program to draw the shapes and create the tool path that the machine will follow. 


    The ever-increasing use of CNC in industry has created a need for personnel who are knowledgeable about and capable of preparing the programs which guide the machine tools to produce parts to the required shape and accuracy. With this in mind, the authors have prepared this textbook to take the mystery out of CNC - to put it into a logical sequence and express it in simple language that everyone can understand. The preparation of a program is explained in a logical step-by-step procedure, with practical examples to guide the user.

    Component

    CNC technology consists of three parts: machine tool body, CNC system and peripheral technology.


    The machine tool body is mainly composed of basic parts such as bed, column, guide rail, working table and other supporting parts such as tool holder and tool magazine.


    The numerical control system is composed of input / output equipment, computer numerical control (CNC) device, Programmable Logic Control (PLC), spindle servo drive device, feed servo drive device and measuring device. Among them, the CNC device is the core of the numerical control system.


    Peripheral technology mainly includes tool technology (mainly refers to tool system), programming technology, and management technology.

    Glossary

    CNC: Computer Numerical Control.

    G-Code: A universal numerical control (NC) machine tool language that specifies axis points to which the machine will move.

    CAD: Computer Aided Design.

    CAM: Computer Aided Manufacturing.

    Grid: The minimum movement, or feed, of the router head. Head automatically moves to next grid position when button is toggled in continuous or step mode.

    PLT (HPGL): Standard language for printing vector-based line drawings, supported by CAD files.

    Toolpath: User-defined, coded route which the cutter follows to machine the workpiece. A “pocket” toolpath cuts the surface of the workpiece; a “profile” or “contour” toolpath cuts completely through to separate the workpiece shape.

    Step Down: Distance in Z-axis that the cutting tool plunges into the material.

    Step Over: Maximum distance in X or Y axis that cutting tool will engage with uncut material.

    Stepper Motor: A DC motor that moves in discrete steps by receiving signals, or “pulses” in a particular sequence, thus resulting in very precise positioning and speed control.

    Spindle Speed: Rotational speed of cutting tool (RPM).

    Conventional Cut: Cutter rotates against direction of feed. Results in minimal chatter but can lead to tearout in certain woods.

    Subtractive Method: The bit removes material to create shapes. (Opposite of additive method.)

    Feed Rate: Speed at which the cutting tool moves through the workpiece.

    Home Position (Machine Zero): Machine-designated zero point determined by physical limit switches. (It does not identify actual work origin when processing a workpiece.)

    Climb Cut: Cutter rotates with direction of feed. Climb cutting prevents tearout, but can lead to chatter marks with a straight-fluted bit; a spiral-fluted bit will reduce chatter.

    Work Origin (Work Zero): The user-designated zero point for the workpiece, from which the head will perform all it's cutting. X, Y and Z axes are set to zero.

    LCD: Liquid Crystal Display (used on the controller).

    U Disk: External data storage device that is inserted into a USB interface.

    Features

    1. Improve Processing Accuracy.

    CNC machine tools are highly integrated mechatronic products, which are composed of precision machinery and automatic control systems. They have high positioning accuracy and repeat positioning accuracy. The transmission system of the machine tool and the structure of the machine tool have high rigidity and heat. Stability; measures to reduce errors were adopted when designing the transmission structure, and it was automatically compensated by the CNC system. Therefore, the CNC machine tool has a higher processing accuracy, especially the consistency of parts processing in the same batch, and the product quality is stable The pass rate is high, which is incomparable with ordinary machine tools.


    2. Improve Production Efficiency.

    CNC machine tools can use a larger amount of cutting, which effectively saves processing time. CNC machine tools or machining centers also have automatic speed change, automatic tool change and other automatic operation functions, which greatly shorten the auxiliary time, and once a stable processing process is formed, there is no need to perform inter-process inspection and measurement. Therefore, the productivity of CNC machining is 3-4 times higher than that of ordinary machine tools, or even more.


    3. Improve Adaptability.

    The CNC machine tool performs automatic processing according to the CNC program of the processed parts. When the processing object changes, as long as the CNC program is changed, there is no need to use special process equipment such as masters and templates. This is helpful to shorten the production preparation cycle and promote product replacement.


    4. Improve the Machinability of Parts.

    Some mechanical parts formed by complex curves and curved surfaces are difficult to process or even impossible to complete with conventional techniques and manual operations, and can be easily realized by CNC machine tools using multi-coordinate axes linkage.


    5. Improve Economic Efficiency.

    CNC machine tools (especially machining centers) mostly use process concentration, and one machine is multi-purpose. In the case of one clamping, most parts of the parts can be processed. One CNC machine tool or machining center can replace several ordinary machine tools. This can not only reduce clamping errors, save auxiliary time between transportation, measurement, and clamping between processes, but also reduce the types of machine tools, save machine tool area, and bring higher economic benefits.

    Applications

    From the perspective of CNC technology and equipment applications in the world, its main application areas are as follows:


    1. Manufacturing industry.


    The machinery manufacturing industry is the earliest industry to apply CNC technology, and it is responsible for providing advanced equipment for various industries of the national economy. The main applications are the development and production of high-performance five-axis high-speed vertical machining centers for modern military equipment, five-axis machining centers, large-scale five-axis gantry milling, etc .; CNC machine tools for flexible processing production lines for engines, gearboxes, and crankshafts in the automotive industry And high-speed machining centers, as well as welding, assembly, painting robots, plate laser welding machines and laser cutting machines, etc .; high-speed five-coordinate machining centers for machining propellers, engines, generators and turbine blade parts in the aviation, marine and power generation industries, heavy duty Turning and milling complex machining center, etc.


    2. Information industry.


    In the information industry, from computer to network, mobile communication, telemetry, remote control and other equipment, it is necessary to adopt manufacturing equipment based on super-precision technology and nanotechnology, such as wire bonding machines for chip manufacturing, wafer lithography machines, etc. These equipment The control of the need to use CNC technology.


    3. Medical equipment industry.


    In the medical industry, many modern medical diagnosis and treatment equipment have adopted numerical control technology, such as CT diagnostic instruments, whole body treatment machines and minimally invasive surgical robots based on visual guidance, orthodontics and dental restoration in stomatology are required. Using high-precision CNC machine tools to produce teeth.


    4. Military equipment.


    Many modern military equipment use servo motion control technology, such as automatic aiming control of artillery, tracking control of radar and automatic tracking control of missiles.


    5. Other industries.


    In the light industry, there are printing machinery, textile machinery, packaging machinery and woodworking machinery that use multi-axis servo control; in the building materials industry, there are CNC waterjet cutting machines for stone processing, CNC glass engraving machines for glass processing, CNC sewing machine used for Simmons processing and CNC embroidery machine used for clothing processing; in the art industry, more and more crafts and artworks will be produced using high-performance five-axis machining centers.

      More Infomation »
  • All the CNC machines can be shipped worldwide by sea, by air or by international express logistics via DHL, FEDEX, UPS. You are welcome to get a free quotation by filling up the form with name, email, detailed address, product and requirements, we will shortly contact you with the full information including the most suitable delivery method (fast, secure, discreet) and freight.


    A CNC machine firstly should be packaged well in a free-fumigation wooden crate. Usually, we deliver the CNC machine by ship, sometimes, as customer's requirements, we can also deliver by air or by train. When the CNC machine arrived at your sea port or destination, you can pick up with the bill of lading we offered. We can also arrange the cargo agent to send to your door.

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  • Telegraphic Transfer


    TT (Telegraphic Transfer) is the method of payment by electronic transfer of funds from one bank account to another.


    Telegraphic transfers are also known as telex transfers, abbreviated TT. They can also refer to other types of transfers. The payment abbreviation, as is often the case, is utilized to speed discussions in professional circumstances. Telegraphic transfer is a fast nature of the transaction. Generally, the telegraphic transfer is complete within two to four business days, depending on the origin and destination of the transfer, as well as any currency exchange requirements.


    e-Checking


    e-Checking is available to buyers with checking accounts from any bank in the United States.


    Credit Card


    Credit card payments with Visa or Mastercard are supported.



      More Infomation »
  • 1. Usually, we will manufacture CNC machines as our common design.   

    2. Table sizes could be customized designs.

    3. Logos could be customized as your requirements.

    4. Colors could be customized as your requirements.

    5. Special configurations could be customer-oriented designing.

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