Laser Industry Detachable Cabinet PS 8- Stainless Steel

• Customization: Available
• Type: Standard Cabinet
• Usage: Network Integration System
• Model NO.: 1200*2000*600
• Installation: Vertical
• Fan Number: Four
• Capacity: 30U-40U
• Certification: ISO
• Condition: New
• Transport Package: European Pallet
• Specification: 1200*2000*600
• Trademark: Dayu
• Origin: China
• Production Capacity: 50000pieces

Product Description

Material Characteristics

1. 1. Cabinet Structure and Material Characteristics

    

   • Structural Design:
     • The structure design of the stainless steel laser cabinet is precise. It mainly consists of a frame, side panels, a top panel, a bottom panel and cabinet doors. The frame, usually the skeleton of the cabinet, is made of high-strength stainless steel materials, such as stainless steel PS8. It is constructed into a solid whole through welding or bolt connection methods, providing stable support for the entire cabinet.
     • The side panels, top panel and bottom panel are generally made of stainless steel sheets with a thickness usually ranging from 1 to 3 mm. These sheets are tightly combined with the frame through professional processing techniques (such as bending and stamping) to ensure the sealing and overall strength of the cabinet. There are various designs for the cabinet doors, including single-door, double-door or sliding door forms, which are convenient for users to operate the equipment and conduct maintenance. The cabinet doors are usually equipped with high-quality locks to ensure the security of the internal equipment.
     • In terms of the internal structure, the cabinet is equipped with multiple layers of mounting brackets and guide rails for fixing various components of the laser equipment, such as lasers, power supplies, cooling systems, etc. The positions and spacing of these mounting brackets and guide rails can be flexibly adjusted according to different models and sizes of laser equipment, facilitating users to install and layout the equipment.
   • Material Characteristics:
     • The stainless steel used in the stainless steel laser cabinet (such as PS8) contains an appropriate amount of chromium (about 16% - 18%) and nickel (about 10% - 12%). The chromium element forms a dense chromium oxide protective film on the surface. This film has a strong self-healing ability and can effectively resist the erosion of oxygen and moisture in the air as well as chemical substances (such as coolant volatiles, debris of processing materials, etc.) that may be generated during the laser processing process.
     • The nickel element enhances the toughness and ductility of the stainless steel, enabling the cabinet to withstand a certain degree of external impact and vibration, such as the mechanical vibration generated during equipment transportation or when the laser equipment is in operation. Its microstructure is uniform and fine, with crystals arranged closely and orderly, which helps to improve the strength and anti-fatigue performance of the material, ensuring that the cabinet will not suffer structural damage due to metal fatigue during long-term use.

    

   1. Functional Design Features

    

   • Compatibility with Laser Equipment:
     • The stainless steel laser cabinet fully considers its compatibility with laser equipment in its design. The internal space layout and dimensions of the cabinet are optimized according to the specifications of common laser equipment, capable of accommodating lasers, controllers, optical path systems and other components of different powers and sizes. Sufficient space is reserved for wiring and heat dissipation.
     • The outer shell of the cabinet has good electromagnetic shielding performance, which can effectively prevent external electromagnetic interference from affecting the laser equipment. At the same time, it can also reduce the electromagnetic radiation generated by the laser equipment itself from interfering with the surrounding environment, ensuring the stable operation of the laser equipment and the safety of operators.
   • Heat Dissipation Function:
     • Since laser equipment generates a large amount of heat during operation, the stainless steel laser cabinet has excellent heat dissipation function. Heat dissipation holes or heat dissipation channels are usually designed on the side panels, top panel or bottom panel of the cabinet. The positions and sizes of these heat dissipation structures are precisely calculated according to the heat dissipation requirements of the equipment.
     • Some cabinets are also equipped with special heat dissipation fans or cooling devices, such as air-cooling systems or liquid-cooling systems, to enhance the heat dissipation effect. The air-cooling system discharges the hot air inside the cabinet through fans and introduces cold air. The liquid-cooling system uses coolant to circulate in pipes to take away heat, ensuring that the temperature inside the cabinet remains within the range required for the normal operation of the laser equipment.
   • Safety Protection Function:
     • Safety is an important design consideration for the stainless steel laser cabinet. The cabinet doors usually adopt transparent protective materials (such as tempered glass or plexiglass). In this way, users can observe the operating status of the equipment without opening the cabinet doors. Meanwhile, the transparent materials can prevent accidental laser leakage from harming operators.
     • Various safety protection devices are installed inside the cabinet, such as emergency stop buttons, over-temperature protection devices, leakage protection devices, etc. The emergency stop button can immediately stop the operation of the laser equipment in emergency situations. The over-temperature protection device can monitor the internal temperature of the cabinet and automatically cut off the power supply of the equipment when the temperature is too high to prevent the equipment from being damaged due to overheating. The leakage protection device can avoid electric shock accidents caused by electrical faults.

    

   1. Appearance and Surface Treatment

    

   • Appearance Design:
     • The appearance is simple, elegant and has smooth lines, conforming to the aesthetic standards of modern industrial equipment. The overall shape of the cabinet is usually a cuboid, and the corners are rounded for a smooth transition, which is both aesthetically pleasing and can avoid operators from being injured due to collisions during the operation process.
     • In terms of color, the metallic luster of stainless steel gives people a professional and high-end feeling. However, the surface of the cabinet can also be painted according to specific user requirements, such as using the color consistent with the corporate image or applying special coatings with better corrosion resistance to further improve the appearance quality of the cabinet.
   • Surface Treatment Processes:
     • To improve the corrosion resistance and wear resistance of the cabinet, multiple surface treatment processes are adopted. A common one is wire drawing treatment. Through the wire drawing process, fine textures are formed on the surface of the stainless steel, giving the cabinet surface a unique texture and being able to cover up slight scratches on the surface.
     • There is also mirror polishing treatment, which polishes the stainless steel surface into a mirror-like shine. This treatment makes the cabinet look more refined and upscale and is often used in occasions with high requirements for appearance. In addition, passivation treatment can also be carried out to enhance the oxide film on the surface of the stainless steel and improve its corrosion resistance.

   Advantages

    

   1. Excellent Corrosion Resistance

    

   • The stainless steel laser cabinet exhibits excellent corrosion resistance in the complex environment where laser equipment is located, thanks to the protective film formed by chromium and nickel elements in its material and its stable chemical composition. Whether in an ordinary industrial environment or an environment with more chemical substances that may occur during the laser processing process, it can effectively prevent the cabinet from rusting and being corroded.
   • For example, in some laser cutting workshops using corrosive coolants, the use of stainless steel laser cabinets can maintain the appearance and performance of the cabinets for a long time. Compared with ordinary carbon steel cabinets, it greatly reduces the frequency of maintenance and replacement due to corrosion and lowers the maintenance cost of the equipment.

    

   1. Good Mechanical Properties

    

   • A good balance of strength, toughness and anti-fatigue performance is a significant advantage of the stainless steel laser cabinet. Its solid structure and high-quality stainless steel material enable the cabinet to withstand the weight of the laser equipment and various external forces generated during operation and transportation, such as vibration and impact, without being easily deformed or damaged.
   • This good mechanical performance ensures that the cabinet can provide long-term stable support and protection for the laser equipment, prolongs the service life of the equipment and also reduces the risk of damage to the laser equipment caused by cabinet failure.

    

   1. Excellent Heat Dissipation Performance

    

   • The heat dissipation function of the stainless steel laser cabinet is crucial for the normal operation of the laser equipment. Through reasonable design of heat dissipation holes, setting of heat dissipation channels and equipping with special heat dissipation devices, it can effectively dissipate the heat generated by the laser equipment and ensure that the temperature inside the cabinet is within an appropriate range.
   • Good heat dissipation performance not only can prevent the laser equipment from experiencing performance degradation, failure or even damage due to overheating, but also can improve the working efficiency and stability of the equipment, thereby improving the production efficiency of the entire laser processing system.

    

   1. Complete Safety Protection Function

    

   • The safety protection function of the cabinet ensures the safety of operators and the normal operation of the equipment in multiple aspects. The transparent protective materials of the cabinet doors can prevent laser leakage, and various safety protection devices (such as emergency stop buttons, over-temperature protection devices, leakage protection devices, etc.) can deal with different emergency situations, effectively reducing the probability of safety accidents.
   • This complete safety protection function complies with the safety standards and requirements of laser equipment, making users feel more at ease when operating the laser equipment. Meanwhile, it also helps enterprises meet the relevant regulations on safe production.

    

   1. Both Aesthetics and Practicality

    

   • The simple and elegant appearance design and multiple surface treatment processes make the stainless steel laser cabinet both aesthetically pleasing and practical. Its metallic luster and refined appearance can enhance the overall image of the laser equipment and match the modern industrial production environment.
   • Meanwhile, the surface treatment processes also enhance the wear resistance and corrosion resistance of the cabinet, enabling it to maintain a good appearance and performance during long-term use. It is a cabinet for equipment that combines aesthetic value and practical value.