Other Industrial Equipment

Ozone generator for flour bleaching is a powerful and effective tool used in the food industry to improve the quality and safety of flour products. Ozone, a strong oxidizing agent, is capable of quickly and efficiently whitening flour while also destroying harmful microorganisms and contaminants. By using an ozone generator for flour bleaching, food manufacturers can greatly enhance the appearance Features of 30g Ozone Generator for Drinking Water ● Corona discharge technology ozone generator, with high ozone concentration, stable ozone output. ● Could be connected to self-oxygen ● Design with inner PSA oxygen generator. ● Water cooling system, excellent heat release, high ozone concentration. ● adjustable ozone output. ● Easy operation; ozone system switch and air pump switch. ● Widely used in water treatment plant.

Application of Ozone Destuction Unit The scope of products: escaping ozone of water treatment, residual ozone of disinfection cabinet / indoor disinfection, residual ozone of environment disinfection, ozone generating of other high-voltage discharge equipment . This Ozone Destuction Unit is designed to be a heating Equipment, which is full-automatic and with double stainless steel protection. The exhaust gas will decompose into oxygen after going into the heating style decomposition catalyst of the reaction chamber.   Ozone Destuction Unit consists of the following elements: Catalytic tube: including a 304L stainless steel 304L stainless steel mesh tube, a grid plate and the supporting grid plate; Heater: including a 304L stainless steel shell, a heating element with stainless steel case. Working temperature is about 80-120 ° C (adjustable) Gas inlet temperature 5-35 ° C, outlet temperature <60 ° C Exhaust gas mass flow rate Minimum / Maximum (estimated based on the amount of ozone exhaust) Inlet ozone content <1.5% wt, outlet <0.1ppm Specific parameter specifications are customized according to the ozone concentration and gas flow rate. Want to know more details or get a price discount? Contact us now!

Quanju 150g-50kg ozone generator with high ozone concentration, suitable for water treatment projects like drinking water disinfection, wastewater solution, swimming pool water cleaning, aquaculture water treatment and etc. Features of 150g-800g ozone generator: 1. Advanced water cooling mode, ozone equipment can be running continuously for 24/7.  2. High quality quartz tube with features of high temperature and good pressure resistance, easier to be maintained. 3. Electrode tube is made of 316L stainless steel with high efficiency. 4. Corona discharge technology, Stable performance and longer life time.  5. External ozone tube, honeycomb design,dust and moist proof 6. High quality high voltage transformer 7. Ozone capacity is adjustable from 10%-100%; high ozone concentration, large ozone capacity. 8. Control method includes manual control and automatic control for option.

Quanju 15g-100g ozone generator with adjustable ozone output, suitable for small water treatment projects like pool water sterilization, fish farming water purification, bottled water purification and etc. Our product specifications are complete, with a complete system for manufacturing ozone machines from scratch, safe and reliable, with quality assurance Features of 15g-100g Ozone Generator ● Corona discharge technology ozone generator, with high ozone concentration, stable ozone output. ● Could be connected to self-oxygen ● Design with inner PSA oxygen generator. ● Water cooling system, excellent heat release, high ozone concentration. ● adjustable ozone output. ● Easy operation; ozone system switch and air pump switch. ● 15g-100g ozone generatoris widely used in water treatment plant.

In the intricate world of piping systems, the ability to seamlessly alter fluid direction is paramount. This is where buttweld steel elbows become indispensable. Far more than simple bends, these critical pipe fittings are engineered components that allow for the precise redirection of pipelines, accommodating the most complex layout demands. Among the various types, the 45- degree and 90-degree elbows stand out as foundational elements, each with distinct characteristics and applications that savvy engineers and project managers must understand. What is a 45 Degree Elbow? The 45-degree elbow is a master of subtle redirection. It offers a gentle, yet effective, change in pipe direction by precisely 45 degrees. Crafted from a range of robust materials such as carbon steel, stainless steel, and alloy steel, these elbows are built for durability and performance in diverse environments. 45 Degree butt weld steel Elbow Key Characteristics: Minimized Fluid Resistance: One of its most significant advantages lies in its fluid dynamics. The gentle 45-degree turn minimizes resistance to fluid flow. This reduction in obstruction means less energy is lost and the system operates more efficiently. Turbulence Reduction: The smoother bend inherently reduces the likelihood of turbulent flow within the pipeline. This is crucial for applications where consistent flow and minimal agitation are required, helping to prevent wear and tear on the pipe walls and reduce cavitation. Even Stress Distribution: The design of a 45-degree elbow promotes a more uniform distribution of stress across its structure. This characteristic enhances the fitting’s longevity and reliability, particularly in systems subjected to fluctuating pressures or temperatures. 45-Degree Elbow Application: Construction Sector: In the demanding world of building infrastructure, 45- degree elbows are extensively employed in water supply and drainage systems, where smooth flow and efficient distribution are key to long-term operational integrity. Petrochemical Industries: Within complex petrochemical plants, these elbows facilitate the connection of various equipment, enabling precise directional changes that support intricate process flows without compromising efficiency. Power Generation: Thermal power plants, with their high-temperature and high- pressure steam-water systems, rely on 45-degree elbows to strategically alter pipeline directions, contributing to the overall efficiency and safety of energy production. What is a 90 Degree Elbow? In contrast, the 90-degree elbow is the go-to fitting for making sharp, perpendicular turns. Its design, reminiscent of a perfect right angle, is optimized for applications demanding a complete and immediate change in flow direction. Like its 45-degree counterpart, it features connection interfaces at both ends, allowing for seamless integration into complex piping networks using various material types. 90 Degree butt weld steel Elbow Defining Features: Exact 90-Degree Angle: The defining characteristic is its precise 90-degree bending angle. This ensures an exact vertical or horizontal redirection in pipeline layouts, providing critical accuracy for system design. Comprehensive Flow Redirection: It facilitates a complete and immediate alteration of the pipeline’s flow path, making it ideal for navigating tight spaces or creating compact system configurations. Superior Mechanical Properties: Given its role in making abrupt directional changes, the 90-degree elbow is engineered for high-pressure-bearing capacity. Its mechanical properties are robust, ensuring it can withstand significant operational stresses within the pipeline system. 90-Degree Elbow Applications: Plumbing and Drainage Systems: Ubiquitous in domestic and industrial plumbing, these elbows are essential for creating the necessary directional shifts in wastewater systems, guiding effluent efficiently through networks. Petrochemical Sector: In the vast pipeline networks of petrochemical facilities, 90-degree elbows are crucial for connecting disparate pieces of equipment, enabling a full change in pipeline direction where space or design dictates. Power Generation Facilities: Within the critical steam-water and oil pipeline systems of thermal power plants, 90-degree elbows play a vital role in connecting components like boilers, steam turbines, and condensers, ensuring precise directional changes for operational flow. The Crucial Distinction: 45-Degree vs. 90-Degree Elbows Understanding the fundamental differences between these two types of elbows is key to optimal pipeline design and performance. Angle of Bend: Flow Characteristics and Efficiency: Space Requirements: 45-Degree Elbow Imparts a moderate, 45-degree shift in direction, ideal for gradual turns and maintaining flow momentum. Engineered for smoother flow, minimal turbulence, and reduced pressure drop. This makes it the preferred choice in systems where maintaining flow efficiency, reducing energy consumption, and preventing cavitation are paramount. Typically requires slightly more linear space for its gradual bend. 90-Degree Elbow Executes a full, abrupt 90-degree turn, perfect for perpendicular routing and navigating confined spaces. While highly effective for sharp turns, it inherently induces more turbulence and a greater pressure loss. This is often an acceptable trade-off in systems that have sufficient pressure capacity to handle these effects or where space constraints necessitate a compact, right-angle turn. Offers a more compact directional change, making it suitable for layouts with limited spatial availability. How to choose? The decision between a 45-degree and a 90-degree elbow is not arbitrary; it’s a strategic engineering choice that impacts system efficiency, cost, and longevity. Each elbow type, with its unique angular bend, flow characteristics, and spatial footprint, is designed to meet specific operational demands and environmental constraints. By meticulously considering the nuances of fluid dynamics, pressure tolerances, and layout requirements, engineers can select the fitting that best optimizes pipeline performance. As a leading buttweld steel elbow fittings manufacturer and exporter in China, Rayoung is dedicated to providing tailored solutions for every project. We pride ourselves on our ability to produce bespoke pipe fittings that adhere precisely to your unique drawings and technical specifications. Don’t hesitate to reach out to us with your inquiries; our expertise is your advantage in building robust and efficient piping systems. Tel/WhatsApp: +86-18003119682 Emails: info@hb-steel.com

Minimum Order: 100

The 3D stamping manipulator is designed for efficient and accurate handling of stamped components in manufacturing processes. This material handling manipulator is equipped with advanced features to ensure seamless operation and optimal performance. 3D stamping manipulator features: 1. Precision Transfer: Achieves a high transfer accuracy of ±0.2mm, ensuring precise placement of stamped components during the manufacturing process. 2. Adjustable Movement Stroke: Offers a range of movement strokes (X axis) from 200mm to 900mm, catering to different production requirements and component sizes. 3. Versatile Reclaiming Method: Supports multiple reclaiming methods including vacuum suction cup, electric suction cup, and gripper, providing flexibility to handle various types of stamped components. 4. Advanced Control System: Utilizes Mitsubishi Servo Driver for reliable and efficient control of the manipulator, ensuring smooth and accurate operation. 5. Adjustable Lifting Stroke: Provides adjustable lifting stroke (Z axis) options, allowing for precise positioning and handling of components at different heights. 6. Robust Construction: Built with durable materials and precision engineering, ensuring long-term reliability and minimal maintenance requirements. 7. User-Friendly Design: Designed with ease of use in mind, featuring intuitive controls and ergonomic design elements for operator convenience and efficiency.

2D stamping manipulator features: 1. Precision Transfer: Achieves a high transfer accuracy of ±0.2mm, ensuring precise placement of stamped components during the manufacturing process. 2. Adjustable Movement Stroke: Offers a range of movement strokes (X axis) from 200mm to 900mm, catering to different production requirements and component sizes. 3. Versatile Reclaiming Method: Supports multiple reclaiming methods including vacuum suction cup, electric suction cup, and gripper, providing flexibility to handle various types of stamped components. 4. Advanced Control System: Utilizes Mitsubishi Servo Driver for reliable and efficient control of the manipulator, ensuring smooth and accurate operation. 5. Adjustable Lifting Stroke: Provides adjustable lifting stroke (Z axis) options, allowing for precise positioning and handling of components at different heights. 6. Robust Construction: Built with durable materials and precision engineering, ensuring long-term reliability and minimal maintenance requirements. 7. User-Friendly Design: Designed with ease of use in mind, featuring intuitive controls and ergonomic design elements for operator convenience and efficiency. Stamping Manipulator Specifications: 1) Transfer Accuracy: ±0.2mm 2) Movement Stroke (X axis): 200mm (QF-D200), 300mm (QF-D300), 450mm (QF- D450), 600mm (QF-D600), 900mm (QF-D900) 3) Movement Stroke (Y axis): 0~150mm 4) Lifting Stroke (Z axis): 30-100mm (for QF-D200, QF-D450, QF-D600, QF-D900) 30-60mm (for QF-D300) 5) Reclaiming Method: Vacuum Suction Cup/Electric Suction Cup/Gripper 6) Applicable Driver: Mitsubishi Servo Driver https://www.fuxinrobot.com/

5kg Stamping Manipulator Features: 1. Precision Performance: With a ±0.1mm feeding accuracy, ensuring meticulous handling and consistent quality. 2. Enhanced Reach and Capacity: With a 1650mm reach and 5kg payload, it handles a wide range of stamped products efficiently.  3. Versatile Application: Perfect for small electronics, home appliances, and mechanical parts, offering adaptability across various industries. 4. Efficient Workflow: Streamlines stamping processes, reduces downtime, and optimizes productivity, boosting overall efficiency. 5. Reliable Quality: Built to high standards, undergoes rigorous testing for long-term reliability and stability in operation. 6. Future-Ready Technology: Equipped with advanced features, integrates seamlessly with modern manufacturing systems for scalability. 7. Easy Integration: Plug-and-play convenience, hassle-free setup, and adaptable to standalone or automated production lines.  8. Comprehensive Support: FUXIN Robot dedicated team ensures smooth installation, ongoing maintenance, and technical assistance for uninterrupted operations.   5kg Stamping Manipulator Applications: The 5KG Intelligent Swing Arm Stamping Manipulator is versatile and suitable for various stamping industries, including:   A. Electronics: Ideal for handling small electronic components, circuit boards, and precision parts used in devices like smartphones, tablets, and computers. B. Home Appliances: Well-suited for stamping parts used in household appliances such as refrigerators, washing machines, air conditioners, and ovens. C. Automotive: Capable of handling stamped components used in automotive manufacturing, including body panels, chassis parts, and engine components.  D. Mechanical Engineering: Suitable for stamping mechanical parts used in machinery, equipment, and tools across industries like manufacturing, construction, and aerospace.  E. Metal Fabrication: Offers precision handling of stamped metal parts used in various fabrication processes, including metal furniture, fixtures, and fittings.  F. Consumer Goods: Applicable to stamping industries producing consumer goods such as toys, packaging materials, kitchenware, and decorative items. G. Medical Devices: Can be utilized for stamping components used in medical devices and equipment, ensuring precision and quality in critical healthcare applications.  H. Telecommunications: Su , itable for stamping parts used in telecommunications equipment, including antennas, connectors, and electronic enclosures.

The Dual-Station Linear Feeder is a cutting-edge feeding system designed to streamline material handling processes in metal stamping and fabrication industries. Featuring dual stations for simultaneous loading and unloading, this feeder offers enhanced efficiency, flexibility, and precision, making it an invaluable asset for modern manufacturing operations.   Automatic Material Feeder Specifications: 1) Material Compatibility: Compatible with a wide range of materials, including steel, aluminum, copper, and other non-ferrous metals, with sizes ranging from 60x60mm to 800x800mm. 2) Feed Speed: Adjustable feed speed ranging from 600 pcs to 1000 pcs per hour or 12 times to 17 time per minute, providing flexibility to match various production speeds. 3) Stroke Height: Adjustable stroke height ranging from 300mm to 500mm, allowing for precise positioning and feeding of materials. 4) Power Supply: Operates on AC380V voltage, 50/60Hz frequency, suitable for standard industrial power sources.

Riveting Machine Specifications: 1) Customizable Design: Tailored to meet specific production requirements, including specialized equipment dimensions, rivet types, hole shapes, and feeding methods. 2) High Production Efficiency: Engineered for rapid and efficient riveting processes, ensuring optimal productivity even in demanding manufacturing environments. 3) Versatile Rivet Types: Capable of accommodating various types of rivets, allowing for flexibility in application across different industries and production scenarios. 4) Large Workpiece Compatibility: Designed to handle riveting of large-sized workpieces, providing versatility in assembly and fabrication tasks. 5) Rivet Feeding Options: Supports special feeding methods, enabling seamless integration with automated production lines and custom workflows. 6) In-Mold Riveting Capability: Suitable for riveting tasks inside molds, facilitating efficient assembly processes in industries such as automotive, aerospace, and electronics.   Custom Riveting Machine Features: 1. Customized Configuration: Adaptable to specific production needs, including non-standard equipment dimensions, rivet types, and hole shapes. 2. High Precision Riveting: Ensures accurate and consistent riveting results, meeting stringent quality standards for assembled components. 3. Robust Construction: Built to withstand the rigors of industrial environments, with durable materials and precision engineering for long-term reliability. 4. User-Friendly Interface: Equipped with intuitive controls and a user- friendly interface, allowing for easy operation and setup by production personnel. 5. Efficient Rivet Handling: Streamlines the rivet handling process, minimizing downtime and maximizing production throughput. 6. Flexible Integration: Designed for seamless integration with existing production lines and automated systems, enhancing overall manufacturing efficiency. 7. Safety Features: Incorporates safety mechanisms to protect operators and prevent accidents during operation, ensuring a safe working environment.

Tempo Silicon Flexible Electric Pipe Heating Tape Low 100 Watt Temp 180°C, Volt 230 Size 25mm x 600mm (TI-681-SIL-L2) Tempo Silicon Flexible Electric Pipe Heating Tape Low 200 Watt Temp 180°C, Volt 230 Size 25mm x 1200mm (TI-681-SIL-L4) Tempo Silicon Flexible Electric Pipe Heating Tape Low 310 Watt Temp 180°C, Volt 230 Size 25mm x 1800mm (TI-681-SIL-L6) Tempo Silicone Industrial Heating Tapes are high-performance, ready-to-use, flexible heating elements designed for cylindrical vessels and pipes. Prevent Pipes from Freezing, Freeze Protection, These tapes Cable can be effortlessly installed, removed, and reused, making them an ideal solution for a variety of industrial heating applications. Useful in wide variety of industry such as Laboratory, Medical Science, Analytical Instrumentation, Composite Curing, Gas Handling, General Manufacturing, Food Processing, Agriculture, Oil & Gas, Water, Water Treatment, Petrochemical / Chemical Processing etc. Benefits: Ease of Use: Simple installation and removal process. Durability: Robust and flexible elements withstand demanding conditions. Safety and Efficiency: Enhanced heat distribution reduces risk of overheating and prolongs the lifespan of the heating element. Applications: Industrial Heating: Suitable for heating pipes, tanks, and other cylindrical vessels. Moisture-Prone Environments: Ideal for use in environments requiring moisture resistance. Optimize your industrial heating needs with Tempo Silicon Heating Tapes, providing reliable and efficient performance for a wide range of applications.

Minimum Order: 1 bags

achieves a compact footprint byintegrating optical,mechanical, and electrical modules. The products include 10-300 W IR femto-second laser,15-80 W green femtosecond laser, and 30 W UV femtosecond laser. The Industrial High Power Femtosecond Laser family is controlled by a PC software, which follows the industrialdesign standard, supports a user- friendlyinterface, and has passed 24/7industrial field tests. Optical fiber seed + solid state amplification Pulse energy:> 2 mJ Power:>300 W @ IR, >80 W @ green, >30 W @ UV Pulse duration: <600 fs @ lR, <500 fs @ green, <500 fs @ UV Beam quality: M²≤1.3; Beam circularity: 90% (both near and far fields)

Large Size Intelligent-Continuous Laser Processing Software System Advantages High Precision Combining multiple correction technologies including autofocus, visual correction, galvanometer correction, optical path correction, and platform correction, and combined with real-time fully closed-loop control, it can To achieve high-precision processing; measured at the end customer’s site, the positioning accuracy of the equipment’s motion axis is within ±10um, and the galvanometer correction accuracy is within ±5um. Under this condition, the overall linkage processing accuracy of the system can be within ±20um. High Efficiency The Zeus_V1 card uses a high-performance processor chip, has excellent data processing capabilities and real-time response characteris- tics, and can quickly process large amounts of data, and In the linkage scheme, the waiting time for no light output is reduced, thereby improving processing efficiency; for the characteristics of the motion axis performance being far worse than that of the galvanometer, avariety of methods have been developed. Radial decomposition algorithm reduces axis movement to improve processing efficiency; since sorting has a direct impact on processing efficiency, a variety of sorting algorithms are specially designed. No Seams The linkage solution solves the seam problem caused by cutting graphics by splicing method, so that non-filled drawings can be seamlessly seamed; it also solves the seam problem caused by filled drawings. The reason is that a corresponding sorting algorithm is speciallydesigned to solve the problem of patchwork of partially filled graphics. High Adaptability To Drawings The adaptive control method is used to make the system more intelligent and improve the adaptability of the system to different drawings while ensuring the processing effect and efficiency. User adjustment parameter control reduces the user threshold and improves user experience. Abundant Craft Library On the basis of the original process library, the processing process is optimized according to process requirements such as film cutting, and single- pass movement is realized in batches. Before ensuring the process effect, to ensure processing efficiency. Full-Featured Laser And Galvanometer Control The Zeus_V1 card integrates the mainstream laser and galvanometer control functions in the market, eliminating the need for laser adapter cards and galvanometer adapter cards, avoiding the risk of electrical interference, and is stable and reliable. Reliable, it supports up to 24-bit digital galvanometer closed-loop direct connection, and can fully utilize the performance of high- end accessories without backward compatibility.

The J2000 series laser coding control systems feature full-coverage metal casings, strong interference resistance, a simple and user-friendly interface, and rich functionality. This series can be widely used in various industries such as food and beverage packaging, tobacco, alcohol, dairy products, pharmaceuticals, cables, pipes, electronics, and more, for marking graphics and text including production dates, batch numbers, shifts, manufacturer names, and logos Laser Marking Software & Controller It uses a full-coverage metal shell, with strong anti-interference ability Simple and friendly operation interface High stability Rich functions