2026 Best 4x8 Méja Router CNC Rotary Sumbu ka-4 1325 pikeun dijual

1325 nujul kana ukuran méja router CNC 1300mm x 2500mm, batur bisa ngaranna salaku 4' x 8' ku suku atawa 48" x 96" ku inci. 1325 nyaéta modél anu paling umum dianggo dina mesin CNC pikeun ngadamel proyék lambaran lengkep. Sapertos namina, éta dingaranan ku produsén numutkeun ukuran méja mesin. Ukuran méja maksimum nyaéta 2500mm panjangna, 1300mm dina rubak, jeung 200mm jangkungna. Ieu seueur dianggo dina rencana sareng proyék ngolah kai anu populér, sapertos ngadamel lomari, ngadamel panto, hiasan bumi, iklan, sareng ngadamel papan tanda. Router CNC 1325 dirancang salaku 1325 poros tunggal, 1325 sirah ganda, 1325 multi sirah, 3-sumbu 1325, sumbu ka-4 1325, 4-sumbu 1325, 5-sumbu 1325, sarta 1325 Router CNC ATC kalayan spindel pangganti alat otomatis dumasar kana tingkat konfigurasi.

4 Axis vs. 4th Axis

4 sumbu dumasar kana 3 sumbu, jeung sumbu 4 (sumbu A) ditambahkeun kana sumbu rotasi. Sajaba ti éta, 4 sumbu dibagi kana 4-sumbu 3-linking jeung 4-sumbu 4-linking. Mesin CNC, nambahkeun hiji sumbu puteran jeung sistem kontrol oge sistem beungkeut 4-sumbu bisa disebut mesin CNC beungkeut 4-sumbu leres. Kusabab gerak puteran sumbu puteran ka-4, 3D machining of cylindrical, busur, sarta surfaces sirkular direalisasikeun.

Lamun 4 sumbu Anjeun dibeuli boga ngan 3 sumbu feed (X, Y, Z), sumbu Y bisa diganti ku sumbu puteran sacara manual, sarta ngan maksimum 3 sumbu bisa numbu. Ieu mangrupakeun 4-sumbu 3-link mesin CNC, nu ogé katelah 4 sumbu.

Upami 4 sumbu anu anjeun mésér gaduh 4 sumbu feed (X, Y, Z, A), éta tiasa diolah ku beungkeut 4 sumbu, sareng tiasa ngolah pesawat, rélief, silinder, pola 3-dimensi non-standar, perbaikan sudut. 3D pola, jsb.

kaunggulan

Sumbu puteran CNC router kit ngagunakeun sistem kontrol industri cecekelan DSP. Kontrol linkage 4-sumbu gaduh kualitas anu saé sareng stabil, pangropéa anu saé, sareng usability. Bisa ngadalikeun parantosan tina 3D machining tina silinder jeung rotasi tetrahedron nu. Ieu cocog pikeun patung 3-dimensi patung inohong jeung suku jati Éropa. Mesin ukiran silinder ngagaduhan kaunggulan ieu:

☑ The new 4-axis linkage motion control method can be used offline, without additional computer.

☑ Support A/C code format and special M code control.

☑ I/O interface can be customized to provide users with a wide range of development platforms.

☑ Intelligent processing memory function, support breakpoint continued carving.

☑ Stronger anti-interference, passed multiple CE tests.

☑ With parameter backup and parameter recovery functions, it effectively prevents the loss of important parameters.

☑ Machining of complex workpieces such as cylinders, prisms, and polyhedra.

spésifikasi

Komponén utama

Fitur

⦿ 1300*2500*200mm wewengkon gawé éféktif.

⦿ 200mm diaméterna Rotary 4 sumbu.

⦿ 3KW spindle cooling cai, 24000rpm.

⦿ 3.7KW Inverter Fuling.

⦿ RichAuto A11 DSP controller.

⦿ Taiwan HIWIN #25 square linear guide.

⦿ Helical rack transmission for X, Y axis, powerful and stable.

⦿ Taiwan TBI ballscrew transmission for Z axis, most accurate precision.

⦿ T-slot working table.

⦿ Manual lubrication system.

⦿ Tool sensor calibration.

⦿ Japan OMRON limit switch.

⦿ The best cable, highly flexible, fire resistant.

Bagian Pilihan

1. 200mm/300mm/ 400mm/ 500mm pikeun sumbu Z.

2. NCstudio / Sistim kontrol MACH3.

3. Stepper motor (Japan Yaskawa servo, Taiwan DELTA servo pikeun pilihan).

4. Otomatis Alat Changer (ATC).

5. kolektor lebu.

6. Pompa vakum.

7. méja vakum.

aplikasi

Industri Woodworking: 3D papan gelombang, jati, panto kai padet, cabinets dapur, cabinets papakéan, méja, ranjang, meja komputer, suku méja, suku sofa, karajinan kai, panto cet, layar, jandéla, polisher sapatu, cabinets kaulinan sareng panels, méja mahjong, machining bantu.

Industri Periklanan: Pembuatan tanda iklan, pembuatan logo, motong akrilik, cetakan plastik, produk hiasan.

Industri kapang: Kai, busa, EPS, tambaga, kapang aluminium, marmer jieunan, keusik, sheeting plastik, pipe PVC, sarta kapang non-logam lianna.

Industri séjén: Rupa-rupa patung relief skala badag, ukiran kalangkang, industri karajinan.

proyék

STM1325-R1

STM1325D2-4A

Kumaha Cara Nganggo A 4x8 CNC Router ?

STYLECNC has summarized the basic operating procedures for your reference.

⦿ Arrange the layout according to the customer's design specifications. After calculating the machining paths, save the paths corresponding to different tools as separate files.

⦿ After verifying the paths, open the path file in the control system (the system supports a preview function).

⦿ Secure the workpiece and set the machining origin. Start the spindle motor and set the appropriate rotational speed.

⦿ Power on the machine to begin operation.

Ngamimitian

⦿ Turn on the power switch; the power indicator light will turn on. The machine 1st performs a reset and self-test, homing the X, Y, and Z axes, and then moves each axis to the initial standby position (the machine's initial origin).

⦿ Use the controller to adjust the X, Y, and Z axes individually to align with the machining start point (work origin). Select the appropriate spindle speed and feed rate to place the machine in a ready-to-machine state.

Machining

⦿ Edit the file.

⦿ Open the file and transfer it to the machine; the machine will then automatically complete the machining task.

parantosan

Upon completion of machining, the machine automatically lifts the tool and moves to a parking position directly above the start point.

What Is A 4-Axis CNC Machine Used For?

4-sumbu mesin CNC can do everything that 3-axis CNC machines can do. The 4 axis spindle (B axis) can rotate ±90 degree, which is used for side milling, drilling, cutting, lock slot and so on. It is especially designed for processing on different 3D ukiran permukaan melengkung.

How To Buy A 4-Axis CNC Machine?

konsultasi

After understanding your specific requirements, we will recommend the most suitable 1325 CNC machine for you.

salinan

We will provide a detailed quotation for the 4x8 CNC machine, ensuring you receive the optimal configuration, high-quality components, and a competitive price.

Evaluasi Proposal

Both parties will carefully review and discuss all order details (including specifications, technical parameters, and commercial terms) to eliminate any misunderstandings.

Pesenan Pesenan

Upon agreement, we will issue a Proforma Invoice (PI) and subsequently sign a formal contract with you.

produksi

Once the signed sales contract and deposit are received, we will immediately schedule production of the 48x96 CNC machine. We will keep the buyer updated on production progress throughout the process.

Control Quality

The entire production process undergoes regular inspections and strict quality control. The machine will undergo comprehensive testing before leaving the factory to ensure excellent performance and stable operation.

kiriman

Upon confirmation by the buyer, we will arrange shipment in accordance with the contract terms.

Pamariosan béa cukai

We will provide and deliver all necessary shipping documents to the buyer to ensure smooth customs clearance.

Pangrojong sareng Jasa

We provide professional technical support and complimentary services via phone, email, Skype, WhatsApp, online chat, and remote assistance. Additionally, on-site services are available in select regions.

Kamanusaan sarta Studi

⚠️ Do not place the machine in dark, damp areas or locations exposed to direct, intense sunlight; choose a well-ventilated site instead.

⚠️ The machine requires regular maintenance (similar to a car). Clean the lead screws and apply lubricating oil to the guide rails and rotating parts to ensure smooth operation, improve efficiency, and minimize unnecessary wear.

⚠️ Before starting work each day, inspect the control box and wiring for loose connections or wiring errors. During extended periods of operation, check for damaged cable insulation that could lead to electrical leakage.

⚠️ Avoid frequently using only one side of the machine; doing so prevents the lead screws and guide rails from making contact with the crossbeam for extended periods, thereby preventing proper lubrication.

⚠️ The machine generates significant dust during operation; therefore, clean the gaps and hard-to-reach areas at least once a week.

⚠️ Do not place debris, corrosive substances, or magnetic materials on the worktable, as these may interfere with the machine's normal operation.

precautions

⚠️ It is recommended to install a voltage stabilizer (as engraving machines typically have high power consumption) and ensure a proper ground connection.

⚠️ It is advisable to use separate computers for the machine and for internet access, and to use genuine software, to prevent virus attacks that could compromise the computer and machine, thereby disrupting normal operations.

⚠️ The machine should not operate continuously for more than 10 hours a day. If a water-cooling system is used, keep the cooling water clean and ensure the water pump functions correctly; never run the water-cooled spindle motor without water. Change the cooling water regularly to prevent overheating; in winter, if the ambient temperature is very low, replace the water in the tank with antifreeze.

Pamérésan masalah

Many users are concerned about how to avoid errors during machine operation, as incorrect path settings or operational mistakes can easily lead to errors and material waste. STYLECNC has summarized the following common issues and their solutions:

⛔ The computer or machine fails to recognize the USB flash drive, preventing data transfer.

⚙️ Check the USB cable connection and ensure the machine is online.

⚙️ Verify that the USB drive is formatted as FAT, the machine registration process is complete, and the operating procedure is correct.

⚙️ Machine control system malfunction.

⛔ Erratic cutting occurs during operation (machining does not follow the design drawing).

⚙️ Check the parameters in the graphic design software, the design drawing itself, and the toolpath settings.

⚙️ Check the quality of the application software and confirm compatibility between the design software and the machine.

⚙️ High-voltage or signal interference. Check for nearby high-current or magnetic field interference and ensure the machine is properly grounded.

⛔ Step loss occurs during machining or when recalling the stored origin point.

⚙️ Check if the workpiece is loose and ensure correct operation.

⚙️ Check if the speed is too high when recalling the origin (adjust speed appropriately based on machine performance).

⚙️ Check for loose transmission components on each axis.

⚙️ Machine control system malfunction.

⛔ The motor emits abnormal noise.

Check for motor overload; the issue may be an internal motor fault requiring timely repair or replacement.

⛔ The motor rotates in reverse.

Check the motor wiring for a missing phase or adjust the UVW connections at the output (i.e., the connection between the VFD and the spindle motor).

⛔ The spindle motor overheats. First, check if the water pump is operating, then check if the circulating water level is too low.

⛔ Insufficient motor power or failure to rotate.

Check the electrical circuit for missing phases or short circuits in the motor wiring.

⛔ The spindle rotates in reverse. If the spindle rotates in reverse during operation, the issue is usually caused by incorrect wiring between the variable frequency drive (VFD) and the spindle; simply adjusting the wiring will resolve it.

If carving is attempted while the spindle is rotating in reverse, the cutting tool is highly likely to break (whether during installation or actual use); even if it does not break, the tool may overheat and burn out due to friction-generated heat. Therefore, upon noticing this anomaly, the operator should immediately stop the machine and inspect the spindle.

⛔ Misalignment during machining or movement in the opposite direction occurs.

If erratic movement occurs during rapid, continuous jogging operations after powering on, this indicates a "missing phase" fault. Please inspect the circuit between the drive output and the stepper motor to locate and repair any open circuits.

⛔ The machine fails to respond to manual or automatic spindle control commands.

⚙️ Check that the data cable connection is secure; if it is loose, reconnect it properly.

⚙️ Check the drive circuit interface for loose or disconnected connections and reconnect them.

⚙️ Check if the main power supply circuit has lost power.