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Product Details Phase ALL Driven Type Electric Automatic Grade Manual,Automatic Voltage 110V Certification CE Certified Type Cnc Engraving Machine The well-structured warehouse is the reason behind the safety and year around availability of the products we offer. Besides, we have installed modern amenities necessary for the safe storage of the lot. Ours is a quality driven company and strive hard to provide top-notch products to our worthy patrons. For this, we procure basic material from the trusted places only. \n Features : \n \n Advanced mechanishm \n Easy to maintain \n High productivity \n

Product Details Laser power 100 W Power Supply AC220V+/- 10%, 50 Hz Gross Power <1250 W Brand Numan Hitech Cooling System Water Cooling Other Auxiliary Equipment Exhaust- Fans and Air-Exhaust Pipe Features: Strengthened welded lathe ensure long term accuracy and stability of performance. X, Y axis adopt round rail and belt transmission for large format fast engraving. Full equipped with smoke exhausting and anti-pollution system for better environment. Separate control box electric parts protection and extended service life. Applicable Industries: Model Industry (Construction Models, Aviation and navigation models and wooden toys) advertising, Decoration Arts and Crafts, Electronics and Electric Appliances, Garment, Leather, Cloths etc. Non-Metal Materials such as Rubber, Plastic, Cloth, Leather, Woolens, Organic Glass, Tiles, MDF, Paper, Marbles. Additional Information: Delivery Time: 30 days

Product Details Compatible Software Photoshop, Coreldraw, Auto CAD Cooling Mode Water Cooling Operation Mode Automatic Engraving speed 24000 (mm/min) Frequency 50 HZ Brand Numan Hitech We are offering 3D Laser Engraving Machine to our client.We are the leading supplier of Automatic Woolens Engraving Machine in India under the Brand name of Aaradhana. Additional Information: Delivery Time: 30 days A 3D laser engraving machine is designed for creating three-dimensional engravings and carvings on various materials. Unlike traditional 2D laser engraving, 3D engraving involves adding depth and texture to designs, which can be used for artistic applications, custom products, and detailed prototypes. Here’s a detailed look at the features, benefits, and considerations for 3D laser engraving machines: Key Features: Laser Type: CO2 Laser: Commonly used for materials like wood, acrylic, and glass. Suitable for 3D engraving on non-metallic surfaces. Fiber Laser: Used for metal and some plastics. Fiber lasers offer high precision and are suitable for detailed 3D engravings on metals. 3D Capabilities: Depth Control: Allows for precise control over the depth of engraving, enabling the creation of detailed and textured 3D designs. Z-Axis Movement: Features advanced Z-axis control for adjusting the laser head's height to create varying depths and textures. Precision and Resolution: High Resolution: Achieves fine details and smooth surfaces in 3D engravings, often with accuracy in the range of micrometers. Adjustable Parameters: Adjustable parameters for power, speed, and resolution to optimize for different materials and design complexities. Software and Control: 3D Design Software: Compatible with software that supports 3D modeling and design, such as CAD/CAM programs. Common formats include STL and OBJ. User Interface: Includes a touchscreen or computer interface for easy control and design setup. Cooling and Ventilation: Cooling System: Typically includes a water or air cooling system to prevent overheating during operation. Ventilation: An effective exhaust system is necessary to handle smoke and fumes generated during engraving. Material Compatibility: Versatility: Can be used with a range of materials, including wood, acrylic, glass, and some metals. Specific compatibility depends on the laser type. Benefits: Detailed 3D Designs: Intricate Textures: Capable of producing complex textures and depth, making it ideal for artistic pieces, custom trophies, and detailed prototypes. Customization: Allows for high levels of customization and personalization in products. High Quality and Precision: Enhanced Detail: Provides high-quality results with fine details and smooth finishes, suitable for professional applications. Versatility: Wide Material Range: Can work with various materials, expanding the range of potential applications and products. Efficiency: Fast Production: Achieves complex designs more quickly compared to traditional methods, increasing overall efficiency. Considerations: Cost: Investment: 3D laser engraving machines can be expensive, particularly those with advanced features and larger work areas. Assess the cost in relation to your needs and budget. Maintenance: Regular Care: Requires routine maintenance to keep the machine in optimal condition, including cleaning lenses, checking the cooling system, and calibrating the laser. Material Limitations: Compatibility: Ensure the machine is compatible with the specific materials you intend to use and understand any limitations. Workspace Requirements: Space and Setup: These machines can be large and require adequate space for operation, as well as for any associated systems like ventilation. Software Complexity: Learning Curve: Working with 3D design software may involve a learning curve, particularly if you are new to 3D modeling and engraving. Applications: Art and Sculpture: Creating detailed and textured artworks and sculptures. Custom Products: Personalizing items such as awards, jewelry, and decorative pieces. Prototyping: Developing detailed prototypes for products in industries like automotive, aerospace, and consumer goods.

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 Brand Numac Hitech Machine Type Automatic Power Source Co2 Laser Body Weight 300 Kg Laser Power 80w We are offering 6090 Automatic Laser Marble Engraving Machine Laser Machine working on wood, glass, mdf,cloth,acp etc. Request Callback Additional Information: Delivery Time: 30 days A 1390 automatic laser marble engraving machine is a specialized piece of equipment designed for engraving detailed designs onto marble and other stone surfaces. The "1390" typically refers to the machine's work area, which is 1300mm x 900mm (about 51" x 35"). Here's a breakdown of its key features, benefits, and considerations: Key Features: Laser System: Laser Type: Most marble engraving machines use CO2 lasers, which are effective for engraving on stone surfaces. Power: The laser power can vary, with common options being 80W to 150W, depending on the depth and detail of the engraving required. Automatic Functionality: Automatic Loading and Unloading: Some models feature automated systems for loading and unloading materials, which increases efficiency and reduces manual handling. Automatic Height Adjustment: This feature adjusts the laser head's distance from the marble to ensure consistent engraving depth. Precision and Resolution: High Precision: Laser engraving provides high precision and can achieve intricate details and fine lines on marble surfaces. Adjustable Resolution: The resolution can usually be adjusted to match the complexity of the design. Control System: User Interface: Often equipped with a touchscreen or computer interface for easy design setup and control. Software: Compatible with various graphic design software for importing and processing designs, often using formats like DXF, AI, or BMP. Cooling System: Water Cooling: Lasers often require a water cooling system to maintain optimal operating temperatures and prevent overheating. Ventilation: Exhaust System: Engraving marble produces dust and fumes, so an effective exhaust system is necessary to keep the workspace clean and safe. Benefits: Detail and Quality: Intricate Designs: Capable of producing highly detailed and intricate designs on marble, making it ideal for artistic and decorative applications. Versatility: Material Handling: Although designed for marble, these machines can often handle other stone types and some types of glass and acrylic. Consistency: Uniform Results: The automatic nature of the machine ensures consistent engraving quality across multiple pieces. Efficiency: Automated Features: Reduces manual labor and increases production speed, especially for larger volumes or complex projects. Considerations: Cost: Investment: High-quality laser engraving machines can be a significant investment, so consider the cost relative to your business needs and volume of work. Maintenance: Regular Upkeep: Regular maintenance is required to ensure the laser and other components remain in good working condition. This includes cleaning the lens, checking the cooling system, and ensuring proper calibration. Material Compatibility: Material Handling: Ensure the machine is properly configured for marble and other materials you plan to work with. Workspace Requirements: Space: These machines can be quite large, so make sure you have adequate space for both the machine and any associated equipment (e.g., ventilation systems). Safety: Protective Gear: Proper safety measures should be followed, including wearing protective eyewear and ensuring good ventilation to handle dust and fumes.

A CNC router with a vacuum table is designed to hold materials securely in place using suction, which is particularly useful for cutting, milling, or routing sheet materials. Here’s a rundown of the key features, benefits, and considerations for such a machine: Key Features: Vacuum Table: Suction Power: The vacuum table uses a high-power vacuum pump to create suction that holds the material firmly in place. This is especially useful for thin or large sheets that might otherwise be difficult to clamp. Grid Pattern: The table often features a grid of holes or channels to distribute the suction evenly across the surface. This helps in securing materials of varying sizes and shapes. Material Handling: Quick Setup: Vacuum tables allow for quick and easy material changes, which improves efficiency in production. Versatility: Suitable for various materials including wood, acrylic, MDF, and some composites. Precision and Stability: Even Pressure: The vacuum table provides consistent pressure across the material, which helps in achieving precise cuts and reducing material movement. Reduced Vibration: The secure holding reduces vibrations, leading to higher accuracy and better surface finishes. Software and Control: Integration: Often integrated with the CNC router’s control system to automatically manage the vacuum pump during operations. User Interface: Typically comes with an intuitive interface for ease of operation and setup. Benefits: Improved Accuracy: Stable Material: The secure hold of the vacuum table minimizes material movement, which helps in achieving high precision in cutting and milling. Efficient Workflow: Faster Setup: Easier and faster material loading and unloading compared to traditional clamping methods. Flexibility: Suitable for both small and large sheets, as well as irregularly shaped materials. Reduced Waste: Minimized Defects: Fewer issues with material shifting or warping, leading to less material waste and fewer defective parts. Considerations: Vacuum System Maintenance: Pump Care: Regular maintenance of the vacuum pump is required to ensure consistent suction power and performance. Table Surface: The vacuum table surface needs to be kept clean and in good condition to maintain optimal suction. Power Requirements: Electrical Needs: The vacuum pump requires a significant amount of power, so ensure your workshop can accommodate this. Size and Layout: Table Size: Choose a vacuum table size that matches your typical material dimensions and project needs. Table Configuration: Some tables have customizable or modular grid patterns, which can be adjusted based on your specific requirements. Cost: Investment: Machines with vacuum tables can be more expensive than those without, but they offer significant advantages in terms of efficiency and precision.

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.

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!

Working Area (feet X Feet) 4 X 8 XY Axis Working Area 1300 x 2500 mm Spindle Power 3.5 kW / 4.5 KW / 6 KW Product Details Model 1325 Job Material Acrylic, Wood Spindle Head Type Single Spindle Spindle Speed 0-18000 RPM / 24000 RPM All type of Wood , Mdf , Acp , Wpc , Corian , Acrylic Etc With 3.5 kw Spindle With Easy Servo Motor And Drive (Leadshine) The 1325 CNC router is a popular model used for various machining tasks. The "1325" typically refers to its working area, which is 1300mm x 2500mm (about 51" x 98")—meaning it can handle large sheets of material. This type of CNC router is commonly used for woodworking, but it can also be used for materials like acrylic, plastic, and even some metals. Key features often include: Spindle Power: Generally comes with a spindle motor that can range from 1.5kW to 3.5kW, suitable for different materials and cutting tasks. Precision: Offers high precision for detailed work, making it ideal for creating intricate designs. Control System: Usually equipped with a user-friendly control system, often with software compatibility for design and machining. Frame and Build: Constructed with a sturdy frame to reduce vibrations and ensure accurate cuts. If you have specific questions about its capabilities or how to use it effectively, let me know!