Why choose us？
Your Professional CNC Router manufacturer in China!
JINAN ZHONGKE CNC EQUIPMENT CO.,LTD is a professional manufacture of CNC machines for more than 15 years, we have our own workshops , warehouse and sample machine display area.
High-Quality Products
We specialize in manufacturing CNC routers, nesting CNC machines, CNC plasma cutting machines, laser cutting machines engraving machines, etc.
Wide Range of Applications
These machines can be used for wood furniture making, the decoration industry, the advertising industry, the art field, the mold production field, etc.
Export experience
With an experienced and professional team, we have exported our products to many countries and regions all over the world.
Company Honor
We have SGS, CE certification, etc. We enjoy a good reputation among our customers. We welcome customers from all parts of the world to contact us and seek cooperation for mutual benefit.
What is a CNC Router？
A computer numerical control (CNC) router is a computer-controlled cutting machine which typically mounts a hand-held router as a spindle which is used for cutting various materials, such as wood, composites, metals, plastics, glass, and foams. CNC routers can perform the tasks of many carpentry shop machines such as the panel saw, the spindle moulder, and the boring machine. They can also cut joinery such as mortises and tenons.
How Does a CNC Router Work?
A CNC (Computer Numerical Control) router works by moving a tool to specific x, y, and z coordinates throughout the machine's available working area. A router or high-speed spindle with a cutting tool then removes material at the desired locations. Different cutting tools can be used depending on the material and the feature being machined. These tools can be manually changed or in the case of a more advanced machine, an ATC (Automatic Tool Changer) can swap out tools.
What are the main components of CNC Router?
CNC (Computer Numerical Control) Routers help to cut through all forms of surfaces, such as wood, foam, steel, and even different types of composites. These routers are very comparable to CNC mills, when it comes to computer functionalities that can be used inside the computer by numerical orders that route paths enabling machines to work properly. CNC routers reduce the general amount of waste and increases the rate of productivity. Take a look at each of the parts that make up a CNC router here:
Table
CNC router tables are made of various materials. When a table happens to be constructed with a material such as MDF, it is intended to be replaced when needed. CNC tables will generally be bare, but can have features to facilitate a faster and more efficient job. For example, a hole grid or T-slots can be commonly featured. Wood tables tend to be sensitive to moisture and may not work in certain locations. Instead, most machine shops will opt for steel, phenolic or aluminum table tops.
Frame
Frames are constructed to support these machines and produce resistance to the force of cutting actions. Larger routers may need a stand with legs or a welded base. Aluminum extrusions are commonly used for CNC Milling frames. Other materials that a frame could consist of include wood, steel weldments or an aluminum plate.
Ways
CNC Routers feature at least 3 Axes. Each axis consists of sliding ways, with a drive system used to motorize the axis by computer control. Sliding ways can be used for multiple purposes, including adjustments. Round shafts are believed to be the most effective.
Spindle
The spindle is referred to as the heart of the CNC machine. This part of the machine plays a vital role in the overall performance of a cut. Some routers may utilize hand-held router as spindles. Any CNC machinery will only go as far as the spindle can take it.
CNC Controller
An electronics package is responsible for implementing g-code programming for the CNC Router. The controller will send electronic signals, telling the motors how, when and where to move. In most cases there will also be a DC power supply to operate the motors, drivers and other various electronic components.
Axis Drive
The axis drive of a CNC Router converts rotary motion from the motor to linear motion. This extends to driving the axis onto the sliding ways. When choosing the right access drive system, one must consider conversion speed, cost and the elimination of lost motion.
What are Benefits of CNC Routers?
Multi-Purpose
A major benefit of the router is being able to cut and engrave without the need for an alternate tool. The repeatability of shaping material enables you to cut materials precisely and as many times times as needed. Thus, frequency of error and wastage are reduced.
Efficiency
These machines can be used with just one operator which cuts labour costs. Furthermore, the general operating speed is up to 25,000 RPM, and the toolhead can move quickly along the X and Y axis. This means materials are processed at an exceptionally high rate. These factors make the machine extremely cost-effective after the initial investment. The cutting tool is usually made of Carbon Steel, High-Speed Steel (HSS) or Solid Carbide. This ensures that very dense materials can be machined. Adjustable tool-height allows thick materials to be cut without requiring higher power, unlike a laser cutting machine which is limited by the useful length of the focused laser prior to it diverging and weakening.
Easy to Use
CNC routers generally receive their toolpath instructions from a piece of intermediate software like Vectric Cut2Dpro. Yet, programmers can continue to use their drawing package of choice. Programming and operating the machine is relatively simple providing training has been undertaken.
Safe to Use
Although CNC Routers create significantly fewer fumes than many other means of shaping, such as laser engraving, they can create large amounts of chippings and dust during the cutting process. However, CNC machines are usually fitted with a dust extraction system comprising of an extractor fan and filter. This minimises the amount of dust leaving the bed to the surrounding environment.
What are applications of CNC Router?
Furniture Making:
Using CNC router machine is the best choice to produce large quantities of furniture. And if you want to turn your imagination into reality and make some unique furniture. A CNC router is perfect for the job. CNC router can produce a wide range of personal tailor furniture including beds, dining sets, chairs, staircase, window, modern furniture, office furniture, etc.
Cabinet Making:
Give your kitchen a make-over with a set of crafted cabinets using your CNC router. This technology lends itself to the creation of shelves, side panels, dados, drawer fronts, and custom doors.
Sign Making:
A CNC router is perfect for advertising sign carving because it is versatile enough for V-bit carving, 3D carving, fluting, contour profiling, and engraving.
Crafts and Art:
The range of arts and crafts you can produce with your router is almost limitless, such as jewelry, mirror and picture frames, coins, Christmas decorations, and plaques.
Mould Making and Prototyping:
Nowadays 5-axis foam mill CNC routers, big gantry router for foam milling,6 axis robotic arm,7 axis industrial robots, are ideal for milling epoxy, foam and clay 3D design models. CNC foam cutting machine can be used to cut molds from EPS foam, polyurethane foam, EVA foam, plastic, etc. They are very helpful for building CNC foam molds and robot fabrication. More and more digital studio choose them.
Design:
They are widely used architectural millwork. Because of the exquisite detail a CNC router can produce, you can make delicate designs for all kinds of unique architectural touches.
Important CNC Router Features
Whether you’re looking for tips on choosing a CNC router to add to your business or home workshop, there are specific things you’ll need to keep in mind as you research. Here are the most relevant considerations:
Drive System
Your drive system moves your CNC router’s axes. It’s comprised of the motor, ball screw, lead screw, or rack and pinions, working together to transfer controlled linear motion. CNC machines offer a choice of three types of drive systems:
Rack and Pinions work best on longer axes and are less costly. The meshing of the two gear-like components moves the machine tool.
Lead Screws are typically more accurate than the rack and pinion but don’t work as well as ball screws. They do work well for vertical applications (Z-axis).
Ball screws are the most expensive of the drive systems but will machine your parts with greater accuracy and efficiency.
Motor System
You will find two main motor systems in most CNC router machines: the stepper motor system or the servo motor system.
Stepper motor systems are sometimes referred to as open-loop control motors. Stepper motors rotate (step) from one position to another, are less expensive, and are better for low-to-medium-speed applications.
Servo motor systems are often called closed-loop systems, are more expensive than steppers, but work well in high-speed, high-torque applications.
CNC Router’s Weight
Heavier machines generally provide heavy-duty performance, less vibration, and accurate machining. However, think about a desktop CNC router if you plan to transport your CNC machine frequently. Keep in mind that lightweight benchtop models have a smaller working area that restricts the type of work you can do.
Electrical Requirements
Determine the electrical capabilities of your shop since some routers are designed to work only with specific voltages. Make sure you have three-phase power, or you’ll need to install it if you buy a more sophisticated model. If you want a desktop model, it most likely will come with single-phase power and work in your home shop.
Software Requirements
Consider the software requirements of the CNC router. You might want to choose a software package specific to your business, such as software for cabinet making or engraving.
Budget
Your budget is a critical factor when searching for a CNC router. Depending on whether you want the machine tool for a small business, a large shop, or to pursue a hobby, prices will vary substantially. Also, include the cost of accessories, such as collets and router bits, in your estimation.
Accessories
If you’re buying a new router, check to see what accessories it comes with and which ones you’ll need to buy. Accessories like automatic tools changers, end mills, dust collection units, vacuum systems, computers, and software upgrades may not be included with your CNC router machine and can add additional costs new buyers should be aware of.
Your Uses
Before you spend tens of thousands on a machine, consider your likeliest uses. If you’re a machinist, the smaller less heavy-duty CNC routers likely won’t hold up to the everyday demands of a shop. If you’re interested in starting a woodworking business, do you need to upgrade to a machine with more power than smaller desktop routers? For the skilled amateur, you might consider building your own router or buying a cheap used one to see how you like it.
How to choose a CNC router machine for your business?
Determine your needs
Consider the specific requirements you have for your hobby CNC router. Think about the materials you want to use, wood, plastic, metal, etc., Think about the size and complexity of the projects you want to undertake, and any specific features or capabilities you require.
Set a budget
How much you are willing to spend on a hobby CNC router. Prices can vary significantly depending on the size, brand, and features of the machine. Having a clear budget in mind will help you narrow down your options.
Research available options
Look for CNC routers that meet your needs and fall within your budget. Read product reviews, visit online forums, and consult with other hobbyists or experts to gather information about different brands and models.
Consider machine specifications
Pay attention to important specifications such as cutting area (the maximum size of the material the router can handle), spindle power (the motor that rotates the cutting tool), spindle speed (rotations per minute), accuracy, and repeatability. These specifications will affect the type and quality of work you can achieve with the machine.
Evaluate construction and build quality
Look for a CNC router that is well-built and sturdy, as this will contribute to its longevity and performance. Check components used, overall construction quality, and accuracy rating.
Software compatibility
What software is compatible with the CNC router? Some machines require proprietary software, other require subscriptions that lock you into the software without the benefit ever owning the software. Ensure that the software is user-friendly and suits your skill level.
Our Factory
What are CNC Router Accessories?
CNC router accessories include many categories of equipment, including a surprising number of tools and accessories-of wide-ranging cost and usefulness. These are:
“Bits” is a catch-all term for a wide range of drills and cutters. This accessory includes: the face or shell mill, square and bull nose end mills, and ball end mill. Bullnose and ball end mills are good for cutting the surfaces of curves, as they don’t create grooves and can blend surfaces to a smooth roundness.
A collet is a simple clamping system that uses a split tube (with a tapered nose). It forms a close fit with the straight tool shank and has a lock nut that clamps the taper to squeeze the split tube onto the tool. The collet will sit within a tool holder, often called a collet chuck, which is generally fitted to the router with a taper locator and spring locator to lock it in place. In many simpler setups, the collet chuck is not removed from the spindle but is fixed in place, so new tools and collets to suit them are handled in place.
Collet clamped tools that are fitted to a removable collet chuck can be quickly fitted to the machine's cutter drive, using a variety of locating and locking systems. For auto tool change setups, each required tool will be placed into its collet. The machine will pick up new tools from fixed positions on the table when required. Each of these collets will have a quick-release upper portion that the router can attach to without difficulties.
Tool changer forks are devices in which a collet chuck sits when not in use. These devices are usually placed in a line to make a tool rack. The position of each collet chuck is fixed, and the machine can deposit the used tool in an empty fork and then acquire the next from another position. After each tool change, the machine confirms the tool position and cut depth. If the tool has been incorrectly set in the collet, this will result in over- or under-cutting the part. A tool sensor, a low-cost touch-and-go detector, helps ensure tools are set correctly
Vacuum clamping devices, or suction pods, are a convenient way to locate and retain workpieces on the table. They can be clamped down using the T slots or other table-clamping systems and allow quick release of the parts. This part is particularly useful when a run of parts is being produced, as it allows precise and fast repositioning of the next workpiece without tools. Suction pods come in a wide range of shapes, sizes, and heights.
What to Pay Attention to When Installing CNC Router?
After you purchase the cnc wood carving machine, In order to ensure the progress of the CNC router equipment installation, debugging, please prepare according to the following requirements.
Environmental Requirements
Work environment should be relatively independent, recommend indoor and dust proofed.The floor should be solid hard and leveled to ensure the machine stable while processing.
Power Requirements
Equipped with high voltage line, need to use thick copper cable which at least 6Sq.mm. Three phase AC input to the machine should be able take over more than 5KW.
Grounding the machine properly for safety, machine have a PE barrier terminal block for all electrical components grounding.
Equipped with stabilized voltage supply during high circuit fluctuation, the voltage shouldn’t be higher than 400 volts.
Use 32A current circuit breaker (if machine with dust collector and vacuum pump then need bigger ones).
Machine Set Ups
An electrician must be read and understand the electrical schematics prior for connecting the CNC router engraving machine to local power system. Place all switches in off position before connecting power. Always lock the machine disconnect switch in the off position if the machine is left unattended. When the machine is installed, be sure that all motors rotate in the correct direction.
CNC router operation involves loading the G-code, securing the material, and starting the cutting process. The controller in CNC routing is responsible for directing the drive system. A post-processor loads the design onto the controller, translating the file into a geometric code (g-code). The g-code provides instructions to the controller. This enables the controller to move the drive system and cut the material.
The steps to operate a CNC router are as follows:
●Generate a computer drawing.
●Construct the toolpath cutting files.
●Upload the toolpath files to the controller.
●Set up all the parts of the CNC router machine in the correct order.
●Define the parameters for its operation.
●Validate the machine.
●Clear the CNC bed to prevent collisions.
●Activate the CNC router and initiate the cutting process.
By following these steps, you can ensure the successful operation of your CNC router and the completion of your projects with precision and efficiency.
Considering how significant an investment a CNC router machine is, you obviously want to maximize its operating capacity for the long term. For this reason, you need to ensure that you follow several precautions during operation and while maintaining the machine. These include:
●Try to keep your shop environment around the machine clean of dirt and debris. Also try to avoid a high humidity environment which can lead to corrosion, especially with the machine's electrical components.
●Clean up the dust and debris in and around the gantry rails that have accumulated during operation to maintain optimal movement and prevent premature wear.
●Lubricate the transmission system regularly with light oil to keep transmission smooth.
To prolong the life of your machine, consider equipping it with a dust-collection system as it continuously sucks in debris and chips within the work area directly into a collection bag.
FAQ
Q: 1.What is CNC router work examples?
Parametric Desk Cubby
Flat Folding Chair
Lounge Chair
Interlocking Bed Tray
Space Frame Stool
Piggy Coffee Table
Gadgets & More
Q: 2.Who uses a CNC router?
Q: 3.What is a CNC device?
Q: 4.Why use a CNC router?
Q: 5.How CNC is working?
Q: 6.What is the difference between CNC and CNC router?
Q: 7.What is the main advantage of CNC?
Q: 8.What is the principle of CNC router?
Q: 9.What is the process of CNC routing?
Q: 10.What materials can you cut with a CNC router?
Wood, Plastic, Aluminum, High-density foam, Composites, Acrylic, Steel, Other metal plates, Glass, Stone.
Q: 11.Can CNC router cut glass?
Q: 12.How thick can a CNC router cut?
Q: 13.How small can CNC cut?
Q: 14.How long do CNC router last?
Q: 15.What software does a CNC machine use?
Q: 16.What's a CNC router controller?
Q: 17.How do CNC router move?
Q: 18.What controls a CNC router?
Q: 19.Can a CNC router cut stone?
Q: 20.This is the first time I buy the CNC router, is it easy to operate?
Firstly we can provide the operation manual or video for guiding,will solve more than 90% of your operational confusion.
When you have difficulty in operating the machine after viewing the operation manual, please feedback your questions clearly through pictures or videos, and we have technical team will solve your problem.
We're well-known as one of the leading cnc router manufacturers and suppliers in China. Please rest assured to buy high quality cnc router for sale here from our factory. For price consultation, contact us.
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