| Customization: | Available |
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| After-sales Service: | 24 Hours After-Sale Service |
| Warranty: | 1 Years Warranty |
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Suppliers with verified business licenses
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| ITE-F Metal Sheet Laser Cutting Machine |
| ITE-E Exchange-table Metal Sheet Laser Cutting Machine |
| ITE-P All Cover Exchange Platform Laser Cutting Machine |
| ITE-T Metal Tube Cutting Machine |
| ITE-TH Metal Tube Cutting Machine |
| ITE-TZ Fiber Laser Cutting Machine |
| ITE-FT Sheet&Gube Fiber Metal Cutting Machine |
| ITE-ET Exchanged-table Sheet&Tube Fiber Machine |
| ITE-PT Protective Sheet&Tube Metal Cutter |
| ITE-LWE Fiber Laser Cutting Machine |
| ITE-GN High power Ground Track Fiber Laser Cutting Machine |
| Bending Machine Series |
| Shearing Machine Series |
| Rolling Machine Series |
ITE-Rolling Machine Series 12
Edge Pre-Bending
- The equipment features edge pre-bending for sheet metal, enabling one-time loading without needing to turn the material.
- Completes both edge pre-bending and forming.
Roller Operation
- The upper work roller is the main drive roller.
- Lower and side rollers use hydraulic transmission for lifting.
- Computer-controlled displacement with automatic leveling and screen display.
- The upper roller has a balance mechanism for easy unloading of rolled workpieces and cylinders.
Hydraulic Systems
- Tilting and resetting of the bearing body use hydraulic transmission.
Control and Safety
- Includes a movable independent control console.
- Equipped with safety interlocks.
- High technical standards and comprehensive functionality.
Precision and Usability
- High precision and user-friendly operation.
Ideal Applications
- Suitable for energy, transportation, petroleum, chemical, boiler, shipbuilding, hydroelectric, and metal structure industries.
- Ideal for rolling circular, arc, and conical workpieces.
ITE-Rolling Machine Series 11S
Machine Description
- The upper roller universal plate rolling machine is a hydraulic three-roller plate rolling machine.
- Used to roll sheet metal into cylindrical, arc, and conical shapes at room temperature.
Roller Movements
- The upper roller can move vertically and horizontally.
- Vertical movement is hydraulically driven.
- Horizontal movement is mechanically driven.
Edge Pre-Bending
- Features edge pre-bending by moving the upper roller horizontally to an asymmetrical position relative to the lower rollers.
Rolling Process
- During rolling, the two lower rollers are driven by a motor and reducer.
- The constant height of the lower rollers facilitates easy feeding and operation.
Hydraulic and Control Systems
- The overturning frame is hydraulically operated.
- The machine is controlled by a PLC programmable display with digital readout for straightforward and intuitive operation.
ITE-Rolling Machine Series 11
Machine Description
- This is a mechanical symmetrical plate rolling machine.
- Operates by the downward pressure of the upper roller and the interaction between the upper and lower rollers.
Drive and Transmission
- The main reducer's output shaft drives the two lower rollers through a set of gears.
- The direction of roller rotation is controlled by reversing the main motor.
- Consists of one upper roller, two lower rollers, lifting screw rods, a worm wheel, and some auxiliary parts.
Roller Movements
- The upper roller's lifting motion is achieved by moving the lifting screw rods up and down.
Advantages
- This classic mechanical plate rolling machine is durable and robust.
- Requires low investment, simple to operate, and suitable for various working conditions.
- Easy to maintain.
Disadvantages
- Leaves a residual flat end that requires rounding or pre-bending with additional equipment.
- High energy consumption and lower efficiency.
When choosing the most suitable fiber laser cutting machine for your needs, several aspects need to be considered to ensure that your investment aligns with your requirements and expectations. Here are some key considerations:
1. Power and Cutting Capacity: The power of a fiber laser cutting machine directly influences its cutting capacity. Choose a machine with an appropriate power level based on your application needs. In general, high power is suitable for cutting thick materials, while low power is suitable for thin materials.
2. Cutting Speed: Different machine models may have varying cutting speeds. Understanding the cutting speed is crucial for your production efficiency. Higher cutting speeds can enhance productivity but may also impact cutting quality.
3. Worktable Size: Ensure that the machine's worktable size is sufficient to accommodate the typical size of materials you work with. Consider future needs in case you may need to process larger workpieces.
4. Automation Features: Some fiber laser cutting machines come with automation features such as an automatic tool-changing system, automatic loading and unloading systems. These features can improve production efficiency and reduce the labor intensity of operators.
5. Cutting Quality: Pay attention to the cutting quality of the machine, especially concerning your application. Some machines may sacrifice cutting quality at high speeds, and for applications requiring high-quality cutting, you may need to trade off some speed to maintain cutting quality.
6. Consumable Costs: Consider the costs of consumables such as cutting tools and other supplies. Some machines may have higher initial costs but lower consumable costs over their lifespan.
7. Manufacturer Reputation and Support: Choose a manufacturer with a good reputation that provides reliable after-sales service and support. This is crucial for ensuring the machine's reliability and effective troubleshooting.
8. Safety Features: Ensure that the selected machine complies with local safety regulations and has necessary safety features to prevent accidents.,
9. User Interface and Ease of Use: An intuitive and user-friendly interface can reduce training time and enhance operational efficiency.
10. Cost: Consider the overall cost of the machine, including the purchase cost, operating costs, and maintenance costs. Focus not only on the initial investment but also on the overall cost-effectiveness of the machine.
When selecting a fiber laser cutting machine, it's advisable to first understand your specific requirements and compare different models to ensure you choose a device that best suits your application.
ITE Laser will help you to choose a more suitable and more prefesional fiber laser cutting machine!
Welcome to our made in china's website! As a specialized exporter of mechanical equipment, we pride ourselves on our commitment to innovation, boasting numerous proprietary patents, as well as holding certifications for our quality management system and CE compliance. These recognitions not only affirm our technical prowess and product excellence but also reflect our unwavering dedication to achieving greatness.
Q: How can I install and debug the machine?
A: We provide detailed instructions and installation videos alongside the machine. Our English-speaking engineers offer online guidance to ensure smooth operation and provide training on maintenance procedures.
Q: Can I customize the machine according to my requirements? Or OEM?
A: Inter Laser specializes in research and development, tailoring machines to meet specific customer needs and offering OEM services.
Q: Can you arrange transportation for me?
A: Certainly, we offer EXW, FOB, and CIF services for foreign trade. Urgent requirements can be met with air freight options.
Q: What is the warranty period of the machine?
A: Depending on the machine type, we provide a two-year or three-year warranty, with free repairs or parts replacement during this period. Lifetime maintenance and upgrade services are available beyond the warranty period.
Q: What are the consumables of the machine? How much?
A: Maintenance is straightforward, with only lens, laser tube, and power supply being consumables. The laser tube typically lasts about 10,000 hours, while the lens and power supply are durable unless subjected to accidents.
Q: What's the packaging like?
A: Our packaging consists of three layers: a wood craft case for outer protection, foam cushioning to prevent shaking during transit, and thick plastic bags for waterproofing.
Q: How do I install and operate the machine?
A: Detailed installation instructions are provided in the user manual. Simply assemble the laser path column and connect the monitor to the computer. We provide a CD containing original marking software and online videos for basic operations. Additionally, a software operation manual is included for mastering laser marking techniques. Our online after-service team is available 24/7 to address any queries.
Q: How can I ensure the machine meets my needs?
A: Send us details such as material photos, marking speed and size requirements, and our team will promptly assist you in selecting the most suitable machine.
Q: Can I receive a discount?
A: Quality is paramount, and while we do not offer discounts, we provide options such as simpler basic versions tailored to specific applications. Contact our sales team for further information.
Q: How do you maintain your quality standards?
A: Our production process includes four-stage checks, ensuring quality from metal parts to optical components and adherence to CE, FDA, and IEC standards. With Inter Laser, you can expect unquestionably reliable machines, deserving of your investment.
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