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What is the difference between cnc cutting and laser cutting?

Laser cutting is a technology that uses laser beams to cut the materials. On the other hand, CNC cutting atomizes the handheld machine. The path is determined by the computer numerical control, but the cutting is done manually only.

CNC cutting is a cutting done through the direct contact of the tool with the object to be cut. On the other hand in laser cutting, there is no contact of the tool with the object to be cut. The cutting is done from a distance by the focus of the laser beams.

The CNC cutting is low-cost cutting and hence widely used by schools, small businesses, and hobbyists besides the industries. On the other hand, Laser cutting is an expensive affair as the machine itself is very expensive and hence it is precisely used in large industries where precision is more important than cost?

In Laser cutting electricity cost is huge as compared to CNC cutting.

The precision level is very high in the laser cutting. On the other hand, there are chances of mistakes in CNC cutting as it is done using the handheld machine and manual intervention is there.

There are 3 types of CNC cutting based on the requirement that is CNC woodcutter, CNC metal cutter, and CNC stone cutter. On the other hand, there are 3 types of Laser cutters based on the usage.The CO2 Laser cutter, the Neodymium (and) laser cutter and the Neodymium yttrium-aluminum-garnet (Nd: YAG) cutter. The CO2 cutter is used to cutting, boring and engraving. The Nd cutter is also used for boring. However here high energy but low repetition is required. The Nd-YAG cutter is used where high power is used.

The CNC cutter cannot be used for welding. The laser cutter can also be used for welding.

Cabinet Production Line 1325 / Woodworking Cnc Router
With hard steel structure, the Woodworking Cnc Router is fit for hard wood working, like cutting and engraving on Rosewood for furniture, indoor decoration, and Woodworking Cnc Router is qualified for mass- producing of furniture.
 
Woodworking Cnc Router’s body is strong, high-precision, reliable and durable.
Imported high-precision ball screw, which moving smoothly, to ensure the machine’s high precision. Carousel tool changing magazine with 16 toolholder forks, the machine can change tools automatically during the work

1.Well-known Italian HSD ATC spindle, strong cutting ability, low noise, to ensure the machine working for long time.
2.With Automatically pushing function, it can contact the auto loading and unloading platform, for reducing labor cost and saving time,
3. High-performance driven motor to ensure the machine’s high speed and accuracy.
4. Breakpoint specific memory to keep the carving status when power off, processing time forecast and other functions in case of the accidental power outages
5. High speed Yaskawa servo motors and drivers, and two motors for Y axis.
6. Perfect design, top quality accessories, to minimize the machine’s failure rate.

Performance parameter
NumberDescriptionParameter 
1X,Y,Z Working Area1300x2500x150mm
2Table size1360x2940mm
3X,Y,Z Traveling Positioning Accuracy±0.03/300mm
4X,Y,Z Repositioning Accuracy±0.03mm
5Table SurfaceVacuum and T-slot Combined
6FrameWelded structure
7X, Y StructureRack and Pinion Drive
8Z StructureHiwin Linear Rails and Ball Screw
9Max. Power Consumption(Without Spindle)  4.5kw
10Max. Rapid Travel Rate45000mm/min
11Max. Working Speed30000mm/min
12Spindle Power9.6kw
13Spindle Speed0-24000RPM
14Drive MotorsYaskawa servo 
15Working VoltageAC 380V/50/60Hz,3PH
16Command LanguageG Code
17Operating SystemSyntec Control System
18Computer InterfaceUSB
19Flash Memory128M(U Disk)
20ColletER32
21X,Y Resolution<0.03mm
22Software CompatibilityType3/ Artcam software
23Running Environment  Temperature0 - 45 Centigrade
24Relative Humidity30% - 75%
25Packing Size5000X2250X1800mm
26N.W.2900KG
27G.W.3100KG

What Things Can You Make With A CNC Machine?

Computer numerical control (CNC) is a very convenient and efficient manufacturing technique that utilizes computer-programmed machines and tools to design a wide variety of materials and items. Such items are often produced with incredible precision in mind so that each item emerges from the machine exactly how it was intended to be made. The same goes for individual parts or tools that a CNC machinecan design. Many of these items are used in industries where precision must be second-to-none, such as aviation and aerospace.

These are some of the most common items that can be produced by a CNC machine:

Wooden chairs with rustic flair to go on your patio or inside your cottage in the western United States
Wood or metal plaques engraved with someone’s name, organization, and accomplishments to proudly hang on the wall
Wood or metal ornaments and decorations to hang up around your house at the holidays – or to put on your Christmas tree
Auto parts used in the inner workings of a car to help the vehicle function properly
Aviation parts used within the inner-workings of an airplane to ensure it functions properly and is handled by a pilot with ease
Steel aerospace parts for a shuttle, such as a steel part used to support the outer base of the spacecraft

Prototypes for certain products, such as a prototype of a wooden figurine with the goal of mass-producing it
Metal pieces used within an the inner-workings of a smartphone
Plastic pieces designed to support the outer layer of a portable, battery-powered AM/FM radio
Legs used to support a large, wooden computer desk
Wooden napkin holders to hold everyone’s napkins for your Thanksgiving dinner
Wooden cooking spoons to help you stir up the chicken soup in the pot on the stove
Plastic parts of a kitchen blender to help you mix up some adult beverages for your next house party
Because CNC offers such precise cutting and manipulation capabilities, it’s easy to say that almost any item made of wood, metal, aluminum, alloys, and other various materials can be either fully constructed or improved on by using a CNC machine. Whether it’s a CNC mill, a CNC plasma cutter, or a CNC water jet cutter, there are numerous CNC machines that offer all types of production techniques to fit any budget and manufacturing needs. This is why CNC machines are found in both private homes and in large production centers.

Chinese 3 Axis Cnc Machine 1325 Cabinet Making Machinery For
With hard steel structure, the Kitchen Cabinet Making Machines is fit for hard wood working, like cutting and engraving on Rosewood for furniture, indoor decoration, and Kitchen Cabinet Making Machine is qualified for mass- producing of furniture.
 
Kitchen Cabinet Making Machine’s body is strong, high-precision, reliable and durable.
Imported high-precision ball screw, which moving smoothly, to ensure the machine’s high precision. Carousel tool changing magazine with 16 toolholder forks, the machine can change tools automatically during the work

1.Well-known Italian HSD ATC spindle, strong cutting ability, low noise, to ensure the machine working for long time.
2.With Automatically pushing function, it can contact the auto loading and unloading platform, for reducing labor cost and saving time,
3. High-performance driven motor to ensure the machine’s high speed and accuracy.
4. Breakpoint specific memory to keep the carving status when power off, processing time forecast and other functions in case of the accidental power outages
5. High speed Yaskawa servo motors and drivers, and two motors for Y axis.
6. Perfect design, top quality accessories, to minimize the machine’s failure rate.

Performance parameter
NumberDescriptionParameter 
1X,Y,Z Working Area1300x2500x150mm
2Table size1360x2940mm
3X,Y,Z Traveling Positioning Accuracy±0.03/300mm
4X,Y,Z Repositioning Accuracy±0.03mm
5Table SurfaceVacuum and T-slot Combined
6FrameWelded structure
7X, Y StructureRack and Pinion Drive
8Z StructureHiwin Linear Rails and Ball Screw
9Max. Power Consumption(Without Spindle)  4.5kw
10Max. Rapid Travel Rate45000mm/min
11Max. Working Speed30000mm/min
12Spindle Power9.6kw
13Spindle Speed0-24000RPM
14Drive MotorsYaskawa servo 
15Working VoltageAC 380V/50/60Hz,3PH
16Command LanguageG Code
17Operating SystemSyntec Control System
18Computer InterfaceUSB
19Flash Memory128M(U Disk)
20ColletER32
21X,Y Resolution<0.03mm
22Software CompatibilityType3/ Artcam software
23Running Environment  Temperature0 - 45 Centigrade
24Relative Humidity30% - 75%
25Packing Size5000X2250X1800mm
26N.W.2900KG
27G.W.3100KG

What is a CNC Router and How Does it Work?

Computer numerical control (CNC) has been incorporated into a variety of new technologies and machinery. One popular machine used in this form of machining is known as a CNC router.

A CNC router is a machine that is very similar to the commonly used handheld router that is utilized for cutting various materials. A CNC router can aid in the cutting of materials like steel, wood, aluminum, composites, plastic, and foam.

A CNC router is similar to a CNC mill. It comes with the ability to use computer numerical control to route tool paths that enable the machine to function. CNC routers reduce waste and increase productivity, producing various items in a much shorter amount of time than using other machines.

Cnc Kitchen Cabinets RC 1325S-ATC Cnc Wood Milling Machine
With hard steel structure, the Cnc Wood Milling Machine is fit for hard wood working, like cutting and engraving on Rosewood for furniture, indoor decoration, and Cnc Wood Milling Machine is qualified for mass- producing of furniture.
 
Cnc Wood Milling Machine’s body is strong, high-precision, reliable and durable.
Imported high-precision ball screw, which moving smoothly, to ensure the machine’s high precision. Carousel tool changing magazine with 16 toolholder forks, the machine can change tools automatically during the work

1.Well-known Italian HSD ATC spindle, strong cutting ability, low noise, to ensure the machine working for long time.
2.With Automatically pushing function, it can contact the auto loading and unloading platform, for reducing labor cost and saving time,
3. High-performance driven motor to ensure the machine’s high speed and accuracy.
4. Breakpoint specific memory to keep the carving status when power off, processing time forecast and other functions in case of the accidental power outages
5. High speed Yaskawa servo motors and drivers, and two motors for Y axis.
6. Perfect design, top quality accessories, to minimize the machine’s failure rate.

Performance parameter
NumberDescriptionParameter 
1X,Y,Z Working Area1300x2500x150mm
2Table size1360x2940mm
3X,Y,Z Traveling Positioning Accuracy±0.03/300mm
4X,Y,Z Repositioning Accuracy±0.03mm
5Table SurfaceVacuum and T-slot Combined
6FrameWelded structure
7X, Y StructureRack and Pinion Drive
8Z StructureHiwin Linear Rails and Ball Screw
9Max. Power Consumption(Without Spindle)  4.5kw
10Max. Rapid Travel Rate45000mm/min
11Max. Working Speed30000mm/min
12Spindle Power9.6kw
13Spindle Speed0-24000RPM
14Drive MotorsYaskawa servo 
15Working VoltageAC 380V/50/60Hz,3PH
16Command LanguageG Code
17Operating SystemSyntec Control System
18Computer InterfaceUSB
19Flash Memory128M(U Disk)
20ColletER32
21X,Y Resolution<0.03mm
22Software CompatibilityType3/ Artcam software
23Running Environment  Temperature0 - 45 Centigrade
24Relative Humidity30% - 75%
25Packing Size5000X2250X1800mm
26N.W.2900KG
27G.W.3100KG
Tips for Implementing CNC Machine Preventive Maintenance

The reliability of machinery and hardware is central to smooth operations in manufacturing and product development. Disparate-design systems are common, and in fact necessary for individual shops and organizations to execute their various production programs, delivering parts and components that generate income and fuel the business.

When something happens to interrupt the performance of this machinery the disruption can be significant, not the least of which is a decrease in total output. To make matters worse, many manufacturing systems and devices are custom-developed, so they’re expensive to replace or repair. Also, as with more expensive machinery, a plant may have only one model or a few spares, which can set back operations that much more during an outage.

So, to mitigate these developments it’s best to conduct preventive and regular maintenance to ensure equipment remains in tip-top shape. In fact, a business can save anywhere from 12 to 18% in total maintenance costs by investing in proactive maintenance measures, as opposed to reactive ones.

That said, it may not be immediately apparent what “preventive maintenance” entails, especially regarding CNC machines. Here are some tips on how to apply preventive maintenance throughout a shop or plant to achieve ideal uptime for CNC machines.

1. Schedule maintenance around equipment needs
Certain CNC machines and advanced tools will prompt team members to conduct various forms of maintenance or servicing. That is a last resort, however, to make sure the equipment is getting serviced as necessary. Do not wait for this to happen.

Instead, schedule regular maintenance sessions so it happens in advance of any problem, and that it occurs at times when it will not interrupt production. Furthermore, base your maintenance schedules on the usage patterns of the equipment. You don’t use some hardware as much as others, which means you don’t need to conduct regular maintenance as often. But for equipment you use hundreds of times every day, every day, it’s vital to schedule ongoing maintenance far in advance.

You also must remember to work around your maintenance crews. For instance, some plants outsource the maintenance team, as opposed to having in-house engineers. If this is the case for your systems, you’ll want to ensure you schedule according to availability.

2. Establish an employee check system
It’s unrealistic to expect plant managers to identify or remain aware of machinery conditions on top of all their other responsibilities. In fact, that’s exactly why automated tools and sensors exist: to inform the necessary parties when something requires action.

However, it’s likely the employees working with said equipment have a good understanding of their conditions and performance. Therefore, it’s necessary to establish a system by which employees can approach the necessary managers and highlight maintenance requirements. For example, maybe a system is running slower than it used to: The worker needs a proper channel to share this information and secure a scheduled maintenance call.

3. Source or stock spare parts before they are necessary
CNC machines and larger systems can be finicky, to the point where individual components can break down or malfunction — chip conveyors break, coolant systems malfunction, nozzles clog up, fixtures slowly fall out of alignment. Because these components often have custom designs, it’s necessary to keep a small stock of replacement parts somewhere on location.

Taking that a step further, you need to ensure the parts are available, locally, before something occurs. With something like circular knives, for example — especially when dealing with unique designs — you’ll want spare parts to make a swap as soon as the blades are dull.

Having spare supplies will certainly cut down on the possibility of extended failure, which could occur while waiting for replacement parts to ship to the affected plant. In addition, an aspect of preventive maintenance is to ensure equipment is always running smoothly, which may require part or component swaps at unexpected moments.

4. Maintain documentation
Every time a piece of equipment on the plant floor gets serviced, replaced, or even just looked at, make sure you document the event and status. It’s also a good idea to ask service technicians or engineers to document their findings and any solutions they put in place.

Documentation does several different things for you and your team. For starters, it establishes a baseline of regular events your employees may reference during their service checks. They know what malfunctions or occurs regularly and will be better able to identify ways to prevent this.

Second, it serves as a checklist for the manufacturer of said equipment, which you can share with them during future dealings. It may even help them develop more reliable, accurate equipment which you can roll out to your plant in the future.

Finally, it allows you to assess the true value of the equipment and hardware in use. If a piece of technology is failing regularly, regardless of consistent maintenance schedules, it’s necessary to find a suitable replacement or entirely new system.

5. Don’t be averse to retiring old equipment
Sometimes, no matter how much you fight it, it’s just time to retire or phase-out old equipment and systems. Like it or not, manufacturing facilities and modern plants should be in a perpetual state of revision, where old equipment gets taken out of the equation and new hardware rotates in.

This puts the onus on analysts to constantly assess performance, value and reliability for existing equipment they could easily swap out for something more ideal. Make certain you have a system in place to facilitate this, and that you also have proper communication channels open, just like you do for your workers operating the machinery.

Keep production steady — On average, businesses spend about 80% of their time reacting to maintenance issues rather than preventing them, which can certainly derail performance and reliability. Naturally, that’s why preventive maintenance is something you should have either in place already or plan to deploy soon.

Kitchen Cabinet Making Machines / 3 Axis cnc router RC1325S
With hard steel structure, the Kitchen Cabinet Making Machines is fit for hard wood working, like cutting and engraving on Rosewood for furniture, indoor decoration, and Kitchen Cabinet Making Machine is qualified for mass- producing of furniture.
 
Kitchen Cabinet Making Machine’s body is strong, high-precision, reliable and durable.
Imported high-precision ball screw, which moving smoothly, to ensure the machine’s high precision. Carousel tool changing magazine with 16 toolholder forks, the machine can change tools automatically during the work

1.Well-known Italian HSD ATC spindle, strong cutting ability, low noise, to ensure the machine working for long time.
2.With Automatically pushing function, it can contact the auto loading and unloading platform, for reducing labor cost and saving time,
3. High-performance driven motor to ensure the machine’s high speed and accuracy.
4. Breakpoint specific memory to keep the carving status when power off, processing time forecast and other functions in case of the accidental power outages
5. High speed Yaskawa servo motors and drivers, and two motors for Y axis.
6. Perfect design, top quality accessories, to minimize the machine’s failure rate.

Performance parameter
NumberDescriptionParameter 
1X,Y,Z Working Area1300x2500x150mm
2Table size1360x2940mm
3X,Y,Z Traveling Positioning Accuracy±0.03/300mm
4X,Y,Z Repositioning Accuracy±0.03mm
5Table SurfaceVacuum and T-slot Combined
6FrameWelded structure
7X, Y StructureRack and Pinion Drive
8Z StructureHiwin Linear Rails and Ball Screw
9Max. Power Consumption(Without Spindle)  4.5kw
10Max. Rapid Travel Rate45000mm/min
11Max. Working Speed30000mm/min
12Spindle Power9.6kw
13Spindle Speed0-24000RPM
14Drive MotorsYaskawa servo 
15Working VoltageAC 380V/50/60Hz,3PH
16Command LanguageG Code
17Operating SystemSyntec Control System
18Computer InterfaceUSB
19Flash Memory128M(U Disk)
20ColletER32
21X,Y Resolution<0.03mm
22Software CompatibilityType3/ Artcam software
23Running Environment  Temperature0 - 45 Centigrade
24Relative Humidity30% - 75%
25Packing Size5000X2250X1800mm
26N.W.2900KG
27G.W.3100KG

To Select the Right Type of Cutting Bed for Your CNC Router Machine

The cutting beds of CNC routers vary by machine. A CNC router can have a bed that ranges from a few feet across to several yards wide. The bed may also contain unique features such as a vacuum, a perforated top, or a disposable top. When shopping for a router among used CNC woodworking machines, woodworkers should understand the benefits of the following cutting bed features before they invest in a certain piece of equipment.

Table Size

Table size is important as it pertains to the size of the raw material and/or the number of pieces that must be cut in a certain time. A large top will obviously facilitate the production of large pieces, but it can also expedite the production of smaller pieces; the large cutting area means less reloading is needed to finish the production run. Regarding size, it is better to choose a table that has more space than necessary than one that is cramped.

Vacuum Table Top
A vacuum table keeps material securely in place by applying a vacuum from underneath. Typically available in high-end new or used CNC woodworking machines, a vacuum table replaces clamps. The advantages of this technology are the vacuum can be released faster than clamps, and every inch of the material is held in place with the same amount of force. The biggest disadvantage is, unlike clamps, the vacuum pump requires special maintenance, uses electricity, and may be subject to repairs.

Disposable Table Top
Disposable tabletops, which are typically composed of layers of high-density MDF boards, are ideal for first-time CNC router operators who may accidentally bypass limit switches and sensors, and cut into the table. Disposable tops can also be added to tables that already have non-disposable tops. They are typically used for hobbyist woodwork.

Perforated Table Top
Perforated tops tend to be the least expensive because they require the smallest amount of material to produce. Available with various types of perforation, perforated tops allow dust to fall through the slots into a collection bin. While letting gravity do the work of a dust collector is an inexpensive option, it may complicate the dust collection process. If you perform a low volume of work, and do not perform dust removal until the end of the day, using a router equipped with a perforated top would be optimal.

T-Slot Table Top
T-Slot tops are typically found on hobby grade routers and commercial models reduced in price. A T-slot top has some attractive advantages: it is inexpensive, easy to use, and does not consume much electricity. The biggest downside to T-slot tops is traditional clamping methods must often be modified to prevent the spindle head from hitting the clamps. The software that comes with T-slot routers might lack the programming capacity to create paths around the clamping system.

New Cnc Machine 1325 Cabinet Making Machinery For Sale
With hard steel structure, the Cabinet Making Machinery is fit for hard wood working, like cutting and engraving on Rosewood for furniture, indoor decoration, and Cabinet Making Machinery is qualified for mass- producing of furniture.
 
Cabinet Making Machinery’s body is strong, high-precision, reliable and durable.
Imported high-precision ball screw, which moving smoothly, to ensure the machine’s high precision. Carousel tool changing magazine with 16 toolholder forks, the machine can change tools automatically during the work

1.Well-known Italian HSD ATC spindle, strong cutting ability, low noise, to ensure the machine working for long time.
2.With Automatically pushing function, it can contact the auto loading and unloading platform, for reducing labor cost and saving time,
3. High-performance driven motor to ensure the machine’s high speed and accuracy.
4. Breakpoint specific memory to keep the carving status when power off, processing time forecast and other functions in case of the accidental power outages
5. High speed Yaskawa servo motors and drivers, and two motors for Y axis.
6. Perfect design, top quality accessories, to minimize the machine’s failure rate.

Performance parameter
NumberDescriptionParameter 
1X,Y,Z Working Area1300x2500x150mm
2Table size1360x2940mm
3X,Y,Z Traveling Positioning Accuracy±0.03/300mm
4X,Y,Z Repositioning Accuracy±0.03mm
5Table SurfaceVacuum and T-slot Combined
6FrameWelded structure
7X, Y StructureRack and Pinion Drive
8Z StructureHiwin Linear Rails and Ball Screw
9Max. Power Consumption(Without Spindle)  4.5kw
10Max. Rapid Travel Rate45000mm/min
11Max. Working Speed30000mm/min
12Spindle Power9.6kw
13Spindle Speed0-24000RPM
14Drive MotorsYaskawa servo 
15Working VoltageAC 380V/50/60Hz,3PH
16Command LanguageG Code
17Operating SystemSyntec Control System
18Computer InterfaceUSB
19Flash Memory128M(U Disk)
20ColletER32
21X,Y Resolution<0.03mm
22Software CompatibilityType3/ Artcam software
23Running Environment  Temperature0 - 45 Centigrade
24Relative Humidity30% - 75%
25Packing Size5000X2250X1800mm
26N.W.2900KG
27G.W.3100KG
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