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China, Chinese Hydraulic Fastener Insertion Riveting Machine for Sheet Metal Clinching1 Industrial Products Supplier Manufacturer Details, price list catalog:
China Industrial Products Supplier Manufacturer List Catalog
Metallic Processing MachineryRiveting MachineFastener Insertion MachineRiveting Machine
Shanghai Bomu Import and Export Co., Ltd
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Product Description Product ParametersModelBM-618 Hydraulic Riveting MachineThroat depth500MMThroat height380MMReciprocating stroke of upper punch200MMDecline Speed of upper punch52MM/SHand Protection SystemControl Principle Of Conductive/Non-Conductive DetectionMax. pressure2-54KN(6T)Load Delay(Holding Pressure) Within 6 seconds (pressure holding function, special for pressure elastic plate,such as stainless steel plate )Distance0-8"(0-203MM)Forward Limting DeviceControl lower limit position (adjustable range 100MM )Drive ModeLow noise and high efficiency hydraulic systemRepeatability of Equipment Load+/-1%Installation And Replacement of Mould BaseQuick change module of lower die locking sliding toothAutomatic Nail Plate(Optional)Fast automatic feeding systemECO Energy SavingcccEquipped with intelligent hydraulic control system, power saving, energy saving and environmental protection, standby noise-free systemBath Leak Proof System(Optional)Detection of riveting error warning function(optional specifications)Laser Positioning Indication(Optional)Fast positioningAuto FeederoptionalSpecification of form2.26 x 0.82 x 0.98MHeight Of Working1050MM(Adjustable range 80MM)Gross Weight750KGInput power/voltage4KW 3 phase 380VHS Code8479819000Detailed Photos AdvantagesOur Hydraulic Riveting Machine is a device that uses hydraulic power to drive rivet tools for joining operations, commonly used in industries like automotive, aerospace, home appliances, and electronics. Its main advantages include:1. High Precision and ReliabilityThe hydraulic system provides precise pressure and displacement control, ensuring high-quality rivet joints and minimizing defects in the production process.2. VersatilityIt can handle a wide range of materials and thicknesses, from metals to plastics and composites, making it suitable for various applications.3. High EfficiencyHydraulic riveting machines operate quickly, improving production speed and reducing cycle times, especially in mass production environments.4. Torque ControlStable and consistent pressure ensures uniform and strong riveting, which is critical for high-strength connections in industries like automotive and aerospace.5. Easy OperationWith advanced digital control systems, hydraulic riveting machines are easy to operate and set up, allowing operators to adjust parameters like pressure, stroke, and speed easily.6. Reduced Mechanical WearThe hydraulic system minimizes mechanical wear, extending the machine's lifespan and reducing maintenance needs compared to mechanical riveting machines.7. Low NoiseHydraulic machines produce less noise compared to traditional mechanical machines, making them ideal for noise-sensitive environments.8. High SafetyHydraulic riveting machines are typically equipped with safety features such as overload protection and emergency stop buttons, ensuring operator safety.9. Energy EfficiencyThe hydraulic system efficiently transfers power, reducing energy consumption compared to other types of riveting machines.10. AdjustabilityThe machine's adjustable parameters, including pressure, stroke, and speed, offer flexibility to meet different production requirements.Performance characteristicsThe faster stamping speed increases the efficiency of the equipment and decreases it Single piece processing cost, improve the return on investment of equipment.Less susceptible to heat and humidity.High precision load (load repetition accuracy +/1%)High precision pressure riveting, especially for softer or thinner substrates.The instantaneous pressure ensures the correct positioning and installation of the riveted parts.The working load can be applied in the full working stroke.The ram head can slow down at any point in the travel Up or down. Reference Range:Stainless steel plate M4;cold rolled plate M8: Copper and aluminum plate M12; 1,Double tooth extraction: the dental process of carbon steel below M6; 2,Bulump molding: molding area diameter not more than 45mm process; 3,No rivet connection: non-riveting connection process of carbon steel with total thickness less than 6.0mm; 4,Puncture lock riveting connection: puncture lock riveting connection process of carbon steel with total thickness less than 6.0mm. Optional accessories Packaging & ShippingCompany ProfileFAQ1. What is a hydraulic riveting machine?A hydraulic riveting machine is a piece of equipment that uses hydraulic pressure to perform riveting operations. It is used to join materials, typically metal, by inserting rivets and applying force to form a secure and permanent connection.2. How does a hydraulic riveting machine work?The hydraulic system generates force by using hydraulic fluid under pressure, which drives the riveting tool. The machine applies controlled pressure to insert and secure rivets into the workpiece. The hydraulic system allows precise control over the force and stroke, ensuring accurate rivet placement.3. What industries use hydraulic riveting machines?Hydraulic riveting machines are widely used in industries such as:Automotive: For assembling body panels, chassis parts, and components.Aerospace: To fasten aircraft parts with high-strength joints.Electronics: For assembling electronic components and housings.Home appliances: For joining metal parts in appliances like refrigerators and washing machines.Construction and heavy machinery: In the assembly of equipment parts.4. What are the advantages of a hydraulic riveting machine?High Precision: Provides accurate pressure control for consistent rivet quality.Versatility: Can handle various materials and thicknesses.Efficiency: Fast operation, ideal for high-volume production.Adjustable Parameters: Pressure, stroke, and speed can be easily adjusted to suit different rivet sizes and materials.Low Noise: Quieter operation compared to mechanical riveting machines.Durability: Fewer mechanical parts reduce wear and tear, extending the machine's lifespan.5. What types of rivets can be used with a hydraulic riveting machine?Hydraulic riveting machines can work with various types of rivets, including:Solid rivetsBlind rivetsSemi-tubular rivetsPop rivetsThe specific type of rivet used depends on the application and material being joined.6. What materials can be riveted using a hydraulic riveting machine?Hydraulic riveting machines are capable of riveting a wide range of materials, including:SteelAluminumCopperBrassComposites (depending on machine specifications)These machines are particularly useful for joining materials with varying thicknesses and hardness.7. What is the maximum force or pressure a hydraulic riveting machine can exert?The force or pressure exerted by a hydraulic riveting machine depends on the machine's specifications. Generally, hydraulic riveting machines can provide forces ranging from several tons (e.g., 5 tons, 10 tons, or more) to handle different rivet sizes and material thicknesses. Larger machines may provide up to 200 tons or more of pressure.8. How do you maintain a hydraulic riveting machine?To maintain a hydraulic riveting machine:Regularly check and change hydraulic fluid to ensure proper function.Inspect seals and hoses for leaks or wear.Clean the machine after each use to prevent debris buildup.Lubricate moving parts to reduce friction and prevent wear.Check and calibrate the pressure and stroke to ensure consistent performance.Perform regular safety checks to ensure all protective mechanisms are functional.9. What are common issues with hydraulic riveting machines?Common issues may include:Hydraulic fluid leaks due to damaged seals or hoses.Inconsistent riveting pressure due to issues with the hydraulic pump or pressure valve.Misalignment of tools causing uneven rivet application.Worn-out parts that need replacement, such as pistons or hydraulic cylinders. Regular maintenance and timely repairs can prevent these issues.10. How do you select the right hydraulic riveting machine for my needs?When choosing a hydraulic riveting machine, consider:Rivet size and type: Ensure the machine can handle the specific rivets you intend to use.Material thickness: Choose a machine with the right pressure capacity for the materials you will be working with.Production volume: For high-volume production, select a machine with faster cycle times and higher efficiency.Adjustability: Opt for a machine that allows easy adjustment of pressure, stroke, and speed to accommodate various production needs.Space and capacity: Ensure the machine fits within your production area and can handle the required force.11. Are hydraulic riveting machines safe to use?Yes, hydraulic riveting machines are generally safe, provided proper safety protocols are followed. Many machines are equipped with safety features such as:Overload protection to prevent excessive pressure.Emergency stop buttons to quickly halt operation in case of danger.Safety guards and shields to protect operators from moving parts.Automatic shutdown in case of system malfunction.Always ensure operators are trained on the correct usage and safety procedures.12. Can hydraulic riveting machines be used for other types of fastening?While hydraulic riveting machines are designed primarily for riveting, some models may also be adaptable for other fastening methods, such as:Compression (for certain types of fittings).Punching (for creating holes before riveting).Staking (for certain metalworking applications).However, for these tasks, specialized equipment may be more efficient.13. How much does a hydraulic riveting machine cost?The cost of a hydraulic riveting machine can vary widely based on its specifications, capacity, and features. Prices typically range from a few thousand dollars for small machines to tens of thousands of dollars for larger, more advanced machines designed for heavy-duty industrial use. It's important to consider the required specifications, including pressure capacity, stroke length, and automation features, when budgeting for the machine.
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