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Product Details Certification CE Certified Voltage 380V Type CNC Aluminum Router Machine Weight 100-1000kg Warranty 1 Year Product Code NH6090 2SPINDLE To guard our complete range of goods from exterior causes that can be damaging, we have a high-tech packing unit armed with the newest safe packaging technologies and supplies. We carry out the quality examinations only under the vigil supervision of the quality auditors. Features : Advanced mechanishm Easy to maintain High productivity A CNC aluminum router machine is designed specifically for cutting, milling, and machining aluminum and other metals with high precision. These machines are robust and capable of handling the unique properties of aluminum, such as its softness and tendency to produce chips. Here are some key features and considerations: Key Features: Spindle Power and Speed: High-RPM Spindle: Aluminum machining requires high spindle speeds to effectively cut through the material. Look for machines with spindles capable of reaching high RPMs (usually 10,000 RPM or more). Cooling System: Some machines have built-in cooling systems or provisions for external cooling to manage heat during machining. Precision and Accuracy: Linear Guides and Ball Screws: High-quality linear guides and ball screws ensure precise movement and reduce play, which is crucial for detailed aluminum work. High Tolerance: CNC routers for aluminum need to operate within tight tolerances to achieve accurate results. Material Handling: Workholding Systems: Secure clamping systems are essential to prevent movement during machining. Consider machines with versatile clamping solutions. Chip Removal: Efficient chip removal systems or vacuums help in maintaining a clean workspace and preventing chip buildup, which can affect machining quality. Frame and Build: Sturdy Construction: A heavy-duty frame is important to minimize vibrations and maintain precision during operation. Rigidity: The machine should have a rigid build to handle the forces involved in aluminum machining. Software and Control: CAD/CAM Software: The machine should be compatible with CAD (Computer-Aided Design) and CAM (Computer-Aided Manufacturing) software for designing and generating toolpaths. User Interface: An intuitive control system is essential for ease of use and efficient operation. Applications: Prototyping: Ideal for creating prototypes and parts in aluminum for various industries. Custom Parts: Used for manufacturing custom components and parts for machinery, automotive, aerospace, and more. Precision Machining: Suitable for high-precision tasks like engraving and detailed cutouts. Considerations: Tooling: Use appropriate tools designed for aluminum, such as end mills and drills with coatings to reduce wear. Speed and Feed Rates: Proper adjustment of speed and feed rates is critical to avoid issues like tool breakage or poor surface finish.

The Fiber Metal Marking Machine from Numac Hitech is a high-tech solution designed for precise and high-quality marking on metal surfaces. It utilizes fiber laser technology, which is known for its ability to create permanent, clear, and detailed markings on a wide range of metal materials. This machine is ideal for various industries such as manufacturing, aerospace, automotive, electronics, and many more. Key Features of the Fiber Metal Marking Machine by Numac Hitech: Fiber Laser Technology: The Numac Hitech metal marking machine employs fiber laser technology, known for its precision, efficiency, and long lifespan. Fiber lasers are highly effective in marking metals, including steel, aluminum, titanium, and other alloys. Fiber lasers produce a concentrated beam that can easily vaporize or oxidize the surface of the metal, creating permanent marks such as text, logos, serial numbers, and barcodes. High Precision and Detail: One of the standout features of the machine is its ability to achieve extremely high precision. The machine is capable of creating very fine details, even on small or intricate surfaces. It allows for high-definition engraving and marking, which is essential for applications like part identification and traceability. Speed and Efficiency: The fiber laser technology offers fast marking speeds compared to traditional methods, which leads to high production throughput. This makes the Numac Hitech fiber metal marking machine ideal for both small-batch and high-volume production environments. The system is also energy-efficient, as fiber lasers consume less power than CO2 lasers while offering similar or superior performance. Versatile Material Compatibility: This machine is highly versatile and can mark various metal materials, including steel, stainless steel, aluminum, copper, and brass. It can also work with some non-metal materials that require a high level of precision, making it adaptable to different industrial needs. Ease of Use: Numac Hitech’s fiber metal marking machine is equipped with an intuitive user interface and advanced control software, making it easy for operators to use. The software typically supports various file formats (such as DXF, BMP, and PLT) and allows operators to import designs, logos, or text directly for marking. Many models come with touch-screen controls, making programming and operation user-friendly, even for beginners. Durability and Reliability: The machine is built to last with high-quality components and a robust design. Fiber lasers have a significantly longer operational lifespan compared to CO2 lasers, often lasting tens of thousands of hours. With minimal maintenance required, these machines are ideal for demanding production environments that require continuous, high-precision marking. Minimal Maintenance: Fiber lasers are low-maintenance compared to other types of lasers. They do not require frequent re-focusing or alignment, making them highly convenient and cost-effective for long-term use in industrial settings. Safety Features: The Numac Hitech fiber marking machine is designed with various safety features to protect the operator, including protective enclosures, interlocks, and automatic shut-off systems. These features ensure that the machine operates safely in a busy workshop environment. Applications: Industrial Marking: For product identification, serial numbers, batch codes, and logos on metal components used in various sectors like automotive, aerospace, and heavy machinery. Tool and Mold Marking: Marking molds, dies, and tools with identification codes or part numbers to track usage and prevent counterfeiting. Personalization: Custom engraving on metal products such as jewelry, gifts, and decorative items. QR Codes and Barcodes: Marking QR codes, barcodes, or other scannable data onto metal surfaces for traceability and inventory management. Conclusion: The Fiber Metal Marking Machine by Numac Hitech provides an advanced, cost-effective solution for creating high-quality, permanent marks on metal surfaces. Its combination of speed, precision, and ease of use makes it an ideal choice for industries where durability and legibility of markings are critical. Whether for industrial manufacturing or personalized product marking, this machine stands out for its performance and reliability.

The Fiber Metal Marking Machine from Numac Hitech is a high-tech solution designed for precise and high-quality marking on metal surfaces. It utilizes fiber laser technology, which is known for its ability to create permanent, clear, and detailed markings on a wide range of metal materials. This machine is ideal for various industries such as manufacturing, aerospace, automotive, electronics, and many more. Key Features of the Fiber Metal Marking Machine by Numac Hitech: Fiber Laser Technology: The Numac Hitech metal marking machine employs fiber laser technology, known for its precision, efficiency, and long lifespan. Fiber lasers are highly effective in marking metals, including steel, aluminum, titanium, and other alloys. Fiber lasers produce a concentrated beam that can easily vaporize or oxidize the surface of the metal, creating permanent marks such as text, logos, serial numbers, and barcodes. High Precision and Detail: One of the standout features of the machine is its ability to achieve extremely high precision. The machine is capable of creating very fine details, even on small or intricate surfaces. It allows for high-definition engraving and marking, which is essential for applications like part identification and traceability. Speed and Efficiency: The fiber laser technology offers fast marking speeds compared to traditional methods, which leads to high production throughput. This makes the Numac Hitech fiber metal marking machine ideal for both small-batch and high-volume production environments. The system is also energy-efficient, as fiber lasers consume less power than CO2 lasers while offering similar or superior performance. Versatile Material Compatibility: This machine is highly versatile and can mark various metal materials, including steel, stainless steel, aluminum, copper, and brass. It can also work with some non-metal materials that require a high level of precision, making it adaptable to different industrial needs. Ease of Use: Numac Hitech’s fiber metal marking machine is equipped with an intuitive user interface and advanced control software, making it easy for operators to use. The software typically supports various file formats (such as DXF, BMP, and PLT) and allows operators to import designs, logos, or text directly for marking. Many models come with touch-screen controls, making programming and operation user-friendly, even for beginners. Durability and Reliability: The machine is built to last with high-quality components and a robust design. Fiber lasers have a significantly longer operational lifespan compared to CO2 lasers, often lasting tens of thousands of hours. With minimal maintenance required, these machines are ideal for demanding production environments that require continuous, high-precision marking. Minimal Maintenance: Fiber lasers are low-maintenance compared to other types of lasers. They do not require frequent re-focusing or alignment, making them highly convenient and cost-effective for long-term use in industrial settings. Safety Features: The Numac Hitech fiber marking machine is designed with various safety features to protect the operator, including protective enclosures, interlocks, and automatic shut-off systems. These features ensure that the machine operates safely in a busy workshop environment. Applications: Industrial Marking: For product identification, serial numbers, batch codes, and logos on metal components used in various sectors like automotive, aerospace, and heavy machinery. Tool and Mold Marking: Marking molds, dies, and tools with identification codes or part numbers to track usage and prevent counterfeiting. Personalization: Custom engraving on metal products such as jewelry, gifts, and decorative items. QR Codes and Barcodes: Marking QR codes, barcodes, or other scannable data onto metal surfaces for traceability and inventory management. Conclusion: The Fiber Metal Marking Machine by Numac Hitech provides an advanced, cost-effective solution for creating high-quality, permanent marks on metal surfaces. Its combination of speed, precision, and ease of use makes it an ideal choice for industries where durability and legibility of markings are critical. Whether for industrial manufacturing or personalized product marking, this machine stands out for its performance and reliability.

A PCB CNC drilling machine is designed for precise drilling and routing of printed circuit boards (PCBs). These machines are essential for creating the holes needed for component leads and vias in PCBs. Below are the typical technical specifications of a PCB CNC drilling machine: ### *Technical Specifications:* 1. *Working Area:* - *X, Y Travel:* Common sizes include: - *600 mm x 900 mm - *1200 mm x 1200 mm - Larger machines may have work areas of 600 mm x 400 mm or more. - *Z-Axis Travel:* Typically 50 mm to 100 mm 2. *Spindle:* - *Spindle Power:* 0.8 kW to 2.2 kW (depending on the model) - *Spindle Speed:* 24,000 to 60,000 RPM, high-speed spindles are preferred for fine drilling - *Collet Size:* Typically ER8, ER11, or custom collets for PCB drill bits 3. *Positioning Accuracy:* - *Positioning Accuracy:* ±0.01 mm - *Repeatability:* ±0.005 mm 4. *Drilling Capability:* - *Drill Bit Diameter:* Typically ranges from 0.6 mm to 3.2 mm - *Max Drilling Speed:* High-speed drilling with rates up to 120 hits per minute, depending on machine and material 5. *Control System:* - *Controller:* PC-based or DSP control systems - *Software Compatibility:* Compatible with Gerber files and CAD/CAM software specific to PCB design (e.g., Altium Designer, Eagle, KiCad) - *File Formats Supported:* G-code, Excellon, NC Drill, etc. 6. *Drive System:* - *Motors:* Precision stepper motors or servo motors - *Transmission:* Ball screw transmission for smooth and accurate movement - *Guide Rails:* Linear guide rails for high precision 7. *Power Supply:* - *Voltage:* Typically 220V/50Hz, though smaller machines may operate at 110V - *Power Consumption:* Ranges from 1 kW to 3 kW depending on the machine's spindle power and additional features 8. *Table Structure:* - *Table Surface:* Flat surface, often with a vacuum table or fixture system to secure the PCB - *Fixture System:* Adjustable clamps or vacuum bed for securing PCB during drilling 9. *Tool Cooling and Dust Extraction:* - *Cooling Method:* Air cooling or mist cooling system for the spindle and drill bits - *Dust Collection:* Integrated dust extraction system to remove debris and maintain a clean working environment 10. *Machine Dimensions and Weight:* - *Dimensions:* Compact design, typically around 800 mm x 600 mm x 600 mm, though larger models may be bigger - *Weight:* Generally ranges from 100 kg to 300 kg, depending on the build and features 11. *Optional Features:* - *Automatic Tool Changer (ATC):* For changing drill bits automatically during the process - *Vision System:* For alignment and inspection, ensuring precise drilling - *Router Capability:* Some machines also offer routing capabilities for cutting out the PCB outline - *Multi-Head Design:* Allows for simultaneous drilling of multiple holes 12. *Safety Features:* - *Emergency Stop Button:* For immediate shutdown in case of emergency - *Cover/Enclosure:* To protect the operator from debris and noise These specifications can vary based on the manufacturer and specific model, so it's important to verify the exact specs to match your production needs. PCB CNC drilling machines are critical for high-precision work, and selecting the right one depends on the complexity and volume of your PCB production.

A PCB CNC drilling machine is designed for precise drilling and routing of printed circuit boards (PCBs). These machines are essential for creating the holes needed for component leads and vias in PCBs. Below are the typical technical specifications of a PCB CNC drilling machine: ### *Technical Specifications: * 1. *Working Area:* - *X, Y Travel:* Common sizes include: - *600MM X 900MM X 80MM - Larger machines may have work areas of 600 mm x 400 mm or more. - *Z-Axis Travel:* Typically 50 mm to 100 mm 2. *Spindle:* - *Spindle Power:* 0.8 kW to 2.2 kW (depending on the model) - *Spindle Speed:* 20,000 to 60,000 RPM, high-speed spindles are preferred for fine drilling - *Collet Size:* Typically ER8, ER11, or custom collets for PCB drill bits 3. *Positioning Accuracy:* - *Positioning Accuracy:* ±0.01 mm - *Repeatability:* ±0.005 mm 4. *Drilling Capability:* - *Drill Bit Diameter:* Typically ranges from 0.5 mm to 3.2 mm - *Max Drilling Speed:* High-speed drilling with rates up to 120 hits per minute, depending on machine and material 5. *Control System:* - *Controller:* PC-based or DSP control systems - *Software Compatibility:* Compatible with Gerber files and CAD/CAM software specific to PCB design (e.g., Altium Designer, Eagle, KiCad) - *File Formats Supported:* G-code, Excellon, NC Drill, etc. 6. *Drive System:* - *Motors:* Precision stepper motors or servo motors - *Transmission:* Ball screw transmission for smooth and accurate movement - *Guide Rails:* Linear guide rails for high precision 7. *Power Supply:* - *Voltage:* Typically 220V/50Hz, though smaller machines may operate at 110V - *Power Consumption:* Ranges from 1 kW to 3 kW depending on the machine's spindle power and additional features 8. *Table Structure:* - *Table Surface:* Flat surface, often with a vacuum table or fixture system to secure the PCB - *Fixture System:* Adjustable clamps or vacuum bed for securing PCB during drilling 9. *Tool Cooling and Dust Extraction:* - *Cooling Method:* Air cooling or mist cooling system for the spindle and drill bits - *Dust Collection:* Integrated dust extraction system to remove debris and maintain a clean working environment 10. *Machine Dimensions and Weight:* - *Dimensions:* Compact design, typically around 800 mm x 600 mm x 600 mm, though larger models may be bigger - *Weight:* Generally ranges from 100 kg to 300 kg, depending on the build and features 11. *Optional Features:* - *Automatic Tool Changer (ATC):* For changing drill bits automatically during the process - *Vision System:* For alignment and inspection, ensuring precise drilling - *Router Capability:* Some machines also offer routing capabilities for cutting out the PCB outline - *Multi-Head Design:* Allows for simultaneous drilling of multiple holes 12. *Safety Features:* - *Emergency Stop Button:* For immediate shutdown in case of emergency - *Cover/Enclosure:* To protect the operator from debris and noise These specifications can vary based on the manufacturer and specific model, so it's important to verify the exact specs to match your production needs. PCB CNC drilling machines are critical for high-precision work, and selecting the right one depends on the complexity and volume of your PCB production.

Model Name/Number AR6090BASIC Laser Type CO2 Compatible Software Coreldraw, Auto CAD, Photoshop A 2D laser engraving machine is designed for precise engraving of two-dimensional designs and patterns on various materials. This type of machine uses a laser to etch or cut designs into surfaces, making it suitable for applications ranging from signage and promotional items to intricate artwork. Here’s an overview of key features, benefits, and considerations for 2D laser engraving machines: Key Features: Laser Type: CO2 Laser: Commonly used for non-metal materials such as wood, acrylic, glass, and some plastics. CO2 lasers are well-suited for engraving and cutting tasks. Fiber Laser: Used for metals and certain types of plastics. Fiber lasers are known for their durability and precision, but they are generally more expensive. Power and Speed: Laser Power: Typically ranges from 30W to 150W, depending on the material and the depth of engraving required. Higher power allows for faster processing and deeper engraving. Speed Control: Adjustable speed settings for different materials and design complexities. Work Area: Size: The work area size varies, with common sizes being around 600mm x 400mm (24" x 16") to larger areas like 1300mm x 900mm (51" x 35"). Larger work areas allow for bigger projects. Precision and Resolution: High Precision: Capable of achieving high resolution and detailed designs, with accuracy down to 0.01mm or better. Adjustable Resolution: Settings can be adjusted to match the required detail level. Control System: User Interface: Includes a touchscreen or computer interface for ease of design setup and machine control. Software Compatibility: Works with various design software, typically supporting file formats like DXF, AI, and BMP. Cooling and Ventilation: Cooling System: Usually includes a water or air cooling system to manage the laser’s temperature and ensure consistent performance. Ventilation: An exhaust system is essential for removing smoke, fumes, and debris generated during engraving. Benefits: Versatility: Material Compatibility: Can work with a wide range of materials, including wood, acrylic, glass, leather, and some plastics. Application Range: Suitable for creating signage, personalized gifts, awards, and detailed artwork. High Quality and Detail: Precise Engraving: Achieves high levels of detail and accuracy, making it ideal for intricate designs and text. Efficiency: Fast Processing: Engraves designs quickly compared to traditional methods, increasing productivity. Minimal Waste: Laser engraving is a subtractive process that generates minimal material waste. Consistency: Uniform Results: Provides consistent results across multiple pieces, which is important for production and commercial applications. Considerations: Cost: Investment: The cost of a 2D laser engraving machine can vary widely depending on size, power, and features. Evaluate the cost relative to your needs and budget. Maintenance: Regular Upkeep: Requires routine maintenance, such as cleaning the lens, checking the cooling system, and ensuring proper calibration. Material Limitations: Material Restrictions: Some materials may require special handling or are not suitable for laser engraving. Always check compatibility with the materials you plan to use. Workspace Requirements: Size and Setup: Ensure you have sufficient space for the machine and any associated equipment, like ventilation systems. Safety: Protective Measures: Follow safety guidelines, including using protective eyewear and ensuring adequate ventilation to handle fumes and dust.

Product Details Application Wood Working / Acrylic / 2D & 3D Work Voltage 230V AC Type Router Machine Weight 1350 kg After-Sales Service Provided Yes Product Code NH1325 The wide range of products is a result of intense quality analysis of raw materials at the initial stages of production. With stern checking, the products are examined with utmost precision. As we have an efficient supply chain network, our company is able to fulfill bulk orders with ease and make deliveries on time. Features : Advanced mechanishm Low maintenance High productivity A 3D wood CNC router machine is designed specifically for carving and machining intricate three-dimensional shapes out of wood. Here are some key features and considerations for such machines: Key Features: 3D Capabilities: High Precision: These machines are equipped with high-resolution stepper or servo motors to achieve detailed 3D carvings. Spindle Power: Often comes with powerful spindles capable of handling various wood types and achieving smooth finishes. Software Integration: CAD/CAM Software: Utilizes CAD (Computer-Aided Design) and CAM (Computer-Aided Manufacturing) software to design and generate toolpaths for 3D carving. Compatibility: Ensure the software is compatible with your router’s control system. Work Area: Size: The work area varies, but larger machines like the 1325 CNC router can handle bigger projects, while smaller machines are suited for detailed, smaller-scale work. Z-Axis Travel: The Z-axis (vertical movement) is crucial for 3D work, allowing the machine to carve at different depths. Material Handling: Clamping and Fixturing: Proper clamping systems are essential to hold the wood securely in place during carving. Dust Collection: Woodworking generates a lot of dust, so a good dust collection system is important to keep the workspace clean and maintain machine performance. Machine Build: Frame: Sturdy construction reduces vibrations and enhances precision. Guides and Bearings: High-quality linear guides and bearings are crucial for smooth and accurate movement. Applications: Artistic Carvings: Ideal for creating detailed art pieces and sculptures. Furniture Making: Used for custom furniture designs and intricate wood inlays. Signage: Perfect for creating decorative and functional wooden signs. If you have any specific requirements or questions about features, setup, or maintenance, feel free to ask!