Industrial Machinery & Equipment

Rated Output 143 kW / 195 mhp Rated Speed 3500 rpm Displacement 2.755 L / 168 cu. in No. of cylinders 4 cylinders Cylinder Bore x Stroke 92 mm x 103.6 mm / 3.6 in x 4 in Combustion system Direct Injection, Denso Common Rail System Aspiration Turbocharged & Intercooled Alternator Denso 12V - 130A Dry weight without gear 334 kg / 736 lbs Dimensions 1151 mm x 755 mm x 772 mm Controls Mechanical (optional - VC20 system)

Minimum Order: 1 bags

Rated Output 125 kW / 170 mhp Rated Speed 3500 rpm Displacement 2.755 L / 168 cu. in No. of cylinders 4 cylinders Cylinder Bore x Stroke 92 mm x 103.6 mm / 3.6 in x 4 in Combustion system Direct Injection, Denso Common Rail System Aspiration Turbocharged & Intercooled Alternator Denso 12V - 130A Dry weight without gear 334 kg / 736 lbs Dimensions 1151 mm x 755 mm x 772 mm Controls Mechanical (optional - VC20 system)

Minimum Order: 1 bags

Rated Output 110 kW / 150 mhp Rated Speed 3500 rpm Displacement 2.755 L / 168 cu. in No. of cylinders 4 cylinders Cylinder Bore x Stroke 92 mm x 103.6 mm / 3.6 in x 4 in Combustion system Direct Injection, Denso Common Rail System Aspiration Turbocharged & Intercooled Alternator Denso 12V - 130A Dry weight without gear 334 kg / 736 lbs Dimensions 1151 mm x 755 mm x 772 mm Controls Mechanical (optional - VC20 system)

Minimum Order: 1 bags

Rated Output 80.9 kW / 110 mhp Rated Speed 3200 rpm Displacement 2 L / 122 cu. in No. of cylinders 4 cylinders Cylinder Bore x Stroke 84 mm x 90 mm / 3.31 in x 3.54 in Combustion system Direct Injection, Bosch Common Rail System Aspiration Turbocharged & Intercooled Alternator 12V - 125A Dry weight without gear 229 kg / 505 lbs Dimensions 909 mm x 613 mm x 675 mm Controls Mechanical (optional - VC20 system)

Minimum Order: 1 bags

Rated Output 58.8 kW / 80 mhp Rated Speed 3200 rpm Displacement 2 L / 122 cu. in No. of cylinders 4 cylinders Cylinder Bore x Stroke 84 mm x 90 mm / 3.31 in x 3.54 in Combustion system Direct Injection, Bosch Common Rail System Aspiration Turbocharged & Intercooled Alternator 12V - 125A Dry weight without gear 229 kg / 505 lbs Dimensions 909 mm x 613 mm x 675 mm Controls Mechanical (optional - VC10 system)

Minimum Order: 1 bags

Rated Output 41.9 kW / 57 mhp Rated Speed 3000 rpm Displacement 2.19 L / 134 cu. in No. of cylinders 4 cylinders Cylinder Bore x Stroke 88 mm x 90 mm / 3.46 in x 3.54 in Combustion system Direct Injection, Bosch Common Rail System Aspiration Natural Alternator 1 , 2V - 125A Dry weight without gear 220 kg / 485 lbs Dimensions 870 mm x 589 mm x 627 mm Controls Mechanical (optional - VC10 system)

Minimum Order: 1 bags

Rated Output 33.1 kW / 45 mhp Rated Speed 3000 rpm Displacement 2.19 L / 131 cu. in No. of cylinders 4 cylinders Cylinder Bore x Stroke 88 mm x 90 mm / 3.46 in x 3.54 in Combustion system Direct Injection, Bosch Common Rail System Aspiration Natural Alternator 1 , 2V - 125A Dry weight without gear 220 kg / 485 lbs Dimensions 870 mm x 589 mm x 627 mm Controls Mechanical (optional - VC10 system)

Minimum Order: 1 bags

Rated Output 21.3 kW / 29.1 mhp Rated Speed 3200 rpm Displacement 1.266 L / 77 cu. in No. of cylinders 3 cylinders Cylinder Bore x Stroke 80 mm x 84 mm / 3.15 in x 3.31 in Combustion system Indirect Injection, In-line Pump Aspiration Natural Alternator 12V - 125A Dry weight without gear 127 kg / 280 lbs Dimensions 715 mm x 485 mm x 545 mm Controls Mechanical

Minimum Order: 1 bags

Rated Output 29.4 kW / 40 mhp Rated Speed 3000 rpm Displacement 1.642 L / 100 cu. in No. of cylinders 3 cylinders Cylinder Bore x Stroke 88 mm x 90 mm / 3.46 in x 3.54 in Combustion system Direct Injection, Bosch Common Rail System Aspiration Natural Alternator 1 , 2V - 125A Dry weight without gear 192 kg / 423 lbs Dimensions 774 mm x 580 mm x 632 mm Controls Mechanical (optional - VC20 system)

Minimum Order: 1 bags

　　When it comes to the realm of engineering machinery, oil seals play a crucial role in ensuring the smooth and efficient operation of various equipment. These seemingly simple components prevent the leakage of lubricants and fluids, thereby enhancing the longevity and reliability of the machines. Understanding the intricacies of oil seals—dimensions, materials, functioning, and applications—unveils the significance of these parts in machinery maintenance and performance. 　　1. Dimensions and Specifications 　　Oil seals come in a wide range of sizes and specifications, tailored to fit specific machinery or equipment. Typically measured by inner diameter, outer diameter, and width, these seals must be chosen with precision. For example, a larger seal may cover a broader surface but may also induce additional friction, affecting performance. Modern engineering often relies on CAD systems to create precise blueprints for these seals, thereby improving fitment and reducing the risk of leaks. 　　2. Materials Matter 　　The material construction of oil seals is another critical factor influencing their performance. Common materials include rubber, polyurethane, and thermoplastic elastomers, each offering unique properties that cater to specific conditions. For instance, synthetic rubber materials exhibit superior heat resistance and durability, making them suitable for high-temperature applications. In environments exposed to harsh chemicals, materials like fluorocarbon or silicone can provide the required resistance. Choosing the right material not only prevents leaks but also minimizes maintenance downtime. 　　3. Functionality and Applications 　　Oil seals function by creating a barrier that prevents the escape of oil and coolant while simultaneously blocking contaminants from entering the machinery. Proper installation is essential; misalignment can lead to premature wear and failure. Additionally, these seals find applications in various sectors, including automotive, aerospace, and industrial machinery, demonstrating their versatility. In a construction setting, for instance, oil seals ensure excavators and bulldozers operate smoothly, enhancing efficiency on job sites. 　　In essence, the-world of engineering machinery oil seals is vast and multifaceted. By comprehending these components, that enhance machinery performance, prolong lifespan, and prevent costly breakdowns.

Minimum Order: 1000

Cylion 45° Bevel Tube Laser Cutting Machine is equipped with a professional bevel cutting system and cutting head, allowing for precise bevel cuts within a ±45° range on pipes. It comes with nesting software for efficient pipe cutting, enabling common edge cutting to save time and materials while facilitating seamless tailor welding. 45° Bevel Tube Laser Cutting Machine Advantages 1. One-time molding Complete v, x, y and other bevel angles in one go. 2. High efficiency Greatly improve efficiency, ensure quality and save resources. 3.±45° flexible cutting Achieve bevel cutting of workpieces within the range of 0°-45°. 4. Reduce welding difficulty Achieve zero gap welding and reduce welding difficulty 5.Wide processing range Round tube diameter: φ15-220mm. Square tubes diameter : φ15-150mm. 6. Various tube shapes Pipe shape: round tube, square tube, rectangular tube, oval tube, angle steel, channel steel, H-beam, I-beam.

Cylion Sheet Metal Fiber Laser Cutting Machine is equipped with a semi-enclosed cover for safer operation and an interchangeable work table to improve work efficiency. The metal plate cutting part of this machine is designed to cut carbon steel plate, stainless steel plate, galvanized plate, cold-rolled plate, silicon steel plate, titanium alloy, manganese alloy, brass and copper and other sheet metal materials. Semi-enclosed Sheet Metal Fiber Laser Cutting Machine Features 1.The high and low exchange platform saves the loading and unloading time, and the exchange motor is controlled by the frequency converter to realize the rapid exchange of the platform and greatly avoid mechanical failure. The 15- second exchange table adopts up and down high and low exchange platforms, or directly left and right exchange platforms, which is safe and practical, can greatly improve production and processing efficiency, and save labor costs. 2.The beam body adopts an integrated tensile beam, and the aviation aluminum lightweight gantry design realizes lightness and at the same time meets the rigidity requirements. The high-speed running inertia is small, the speed and acceleration can be switched freely, the action response is sensitive, and the control is precise. 3.All electrical components are built in the control cabinet. The best dust- proof design can improve the life of electrical components. An air-conditioning cabinet is installed outside the control cabinet, which can automatically maintain the temperature. In summer, it can effectively prevent damage to components due to excessive temperature. 4.High-end intelligent bus-type cutting system, the Double-Platform Exchange Laser Cutting Machine is stable and reliable, has been tested by the market, easy to master, simple and convenient to debug, short learning period, rich in functions, fast cutting speed, fully optimized process flow and empty line control. The perfect system function can greatly improve the cutting efficiency and stability, and improve the core competitiveness of the equipment.

Cylion Ultra High Power Fiber Laser Cutting Machine, with power options ranging from 1500W to 50000W, effortlessly cuts and pierces metal sheets up to a maximum thickness of 100mm (3.94"). It offers an impressive maximum cutting area of 13000mm x 3000mm, providing versatility and precision in metal processing. Why Choose Cylion High Power Laser Cutter? Increased Cutting Quality: Increased Cutting Quality: Our machine is equipped with advanced laser technology, ensuring precise and clean cuts. It delivers a high-quality finish, the cutting surface is smooth and flat, making it suitable for a wide range of applications, from intricate designs to industrial tasks. High positioning accuracy: Up to ±0.03mm, enabling precise processing of metal sheets. High Positioning Speed: With its rapid and precise positioning capabilities, our fiber laser cutting machine maximizes efficiency. This feature reduces downtime and increases productivity, helping you meet tight project deadlines. Cutting Speed: The machine boasts an impressive cutting speed, allowing you to complete projects in less time. Whether you are working on thin or thick materials, our laser cutter ensures swift and efficient processing. Certification: We understand the importance of quality and safety standards. Our Ultra High Power Fiber Laser Cutting Machine comes with the European CE authentication, American FDA certificate and are certified to ISO 9001 certifications, ensuring compliance with industry regulations and giving you peace of mind when it comes to product reliability and performance.

Power: 1000W-6000W watts range. Round Tube Diameter:φ15-220mm. Square Tube Length: φ15-150mm. Affordable Metal Tube Laser Cutting Machine passed CE certifications. Introduction of Fiber Laser Tube Cutting Machine Cylion Fiber Laser Tube Cutting Machine, also known as metal tube laser cutters, is equipped with a fiber laser device, providing laser power ranging from 1000W to 6000W. These machines are designed for cutting various metal tubes such as round and square tubes. The processing range for tubes spans from φ15-220mm. Advantages of Fiber Laser Tube Cutting Machine The bed adopts welded structure, which is rough machined after annealing, then subjected to vibration aging treatment, and then finished, which can completely eliminate the stress of welding and processing, with good rigidity, high precision, and can be used without deformation for a long time; Both the main chuck and the double auxiliary chucks are self-centering chucks, which can be directly clamped without adjustment, and the workpiece can be easily positioned in the center, which greatly reduces the difficulty of loading and debugging for workers, and the cutting surface is smooth. Pneumatic chuck; full-stroke clamping, no need to change jaws; bearing seat integrated reducer and motor, high strength, strong stability; built-in gears, good dust resistance, high grinding precision, low noise. It adopts a laser cutting machine-specific bus CNC system based on Windows operating system. This series of systems is a laser cutting machine-specific CNC system. It integrates a variety of laser cutting control dedicated function modules, with powerful functions and easy operation;