What are the uses of robot vision glue dispensing
                      source:
www.tywdhb.com  |  Release time:2025年10月28日
                    
 
                            The core purpose of robot vision dispensing is to achieve automated and high-precision dispensing operations on various workpieces through the correct positioning of the vision system. It is widely used in industrial scenes that require precision coating, sealing, fixing, or labeling, especially suitable for the dispensing needs of small-sized, high-precision, or complex workpieces.
1. Electronic and electrical industry: Core guarantee component connection and protection
       The electronic field has high requirements for the positioning accuracy and adhesive quantity control of adhesives, and robot vision dispensing is a key process for achieving product reliability.
       Component fixation and connection: In the production of PCB boards (printed circuit boards), conductive and insulating adhesives are applied to surface mount components (SMD) such as chips, resistors, and capacitors to achieve a firm connection between the components and the circuit board, while ensuring stable electrical performance.
       Sealing and Waterproof Protection: Apply waterproof glue to the screen frames and camera modules of mobile phones and tablets to form a sealing layer, preventing water vapor from seeping in; Apply sealant to sensors and connectors to isolate dust and moisture, and improve the service life of components in harsh environments.
       Insulation and heat dissipation treatment: Apply insulation glue on the power module and LED driver board to avoid circuit short circuits; Apply thermal conductive adhesive to heating components such as CPUs and GPUs, fill the gaps between the components and heat sinks, improve heat dissipation efficiency, and ensure stable operation of the equipment.
2. Automotive manufacturing industry: improving component sealing and structural strength
      The adhesive demand in the automotive industry is concentrated on component sealing and structural fixation, which directly affects the safety and durability of automobiles.
      Glue dispensing for automotive electronic components: Apply sealant to the car's central control screen, dashboard, and reverse radar module to prevent components from loosening due to vibration; Apply insulation glue to the internal points of the automotive ECU (electronic control unit) to ensure the normal operation of the circuit in high temperature and vibration environments.
      Sealing of body and components: Apply sealant to the edges of door frames and window glass to enhance the waterproof and sound insulation of the body; Apply sealant to the joint surface of the engine cylinder block and oil pan to prevent oil leakage; Apply sealant to the lampshade and lamp socket to prevent rainwater from entering and affecting lighting.
      Structural fixation and shock absorption: In the assembly of automotive interior parts such as door panels and center consoles, applying hot melt adhesive to fix the components can replace traditional screws and reduce weight; Apply shock-absorbing glue to chassis components (such as suspension bushings) to reduce vibration and noise during driving.
3. New energy industry: Ensuring the performance of batteries and photovoltaic modules
      New energy products, such as batteries and photovoltaic panels, have strict requirements for adhesive uniformity and positioning accuracy. Visual dispensing is the core process for improving product quality and lifespan.
      Lithium battery packaging and connection: Apply conductive adhesive at the connection point between the lithium battery cell and the terminal ear to ensure stable current transmission; Apply sealant to the joint between the lithium battery casing and cover plate to prevent electrolyte leakage, while isolating air and moisture to prevent cell corrosion; Apply thermal conductive adhesive or structural adhesive between the battery cells of the battery module to enhance heat dissipation performance and structural strength.
      Sealing of photovoltaic modules: Apply insulation glue to the string welding parts of photovoltaic cells to prevent circuit short circuits; Apply sealant between the frame and glass of the photovoltaic module to enhance its waterproof and wind resistance, ensuring the stability of the photovoltaic panel for long-term outdoor use.
4. Medical device industry: meeting high-precision and sterile requirements
      Medical devices have high requirements for process accuracy and material compatibility. Visual dispensing can correctly control the amount and position of glue, ensuring product safety.
      Assembly of small medical devices: Apply medical grade sealant to the interface of syringes and infusion sets to ensure sealing and prevent liquid leakage; Apply insulating or protective glue to the sensor probes of blood glucose and blood pressure monitors to ensure detection accuracy.
      Fixed medical equipment components: Apply lubricating glue to the joint parts of surgical instruments (such as laparoscopic instruments) to enhance operational flexibility; Apply adhesive to the internal components of medical imaging equipment (such as CT machines and MRI devices) to prevent vibration from affecting equipment accuracy.
5. 3C consumer electronics industry: adapted to mass production
      3C products are updated quickly, with small sizes and large batches. Visual dispensing can achieve efficient and accurate automated production, meeting market demand.
      Assembly of mobile phones and digital products: Apply focusing adhesive to the camera module of the mobile phone to ensure the accuracy of lens focusing; Apply structural adhesive between the phone frame and back cover to achieve seamless bonding; Apply sealant to the seams of headphones and smartwatches to enhance their waterproof performance.
      Computer and peripheral products: Apply lubricating glue to the hinge points of laptop screens to extend their service life; Apply conductive adhesive to the bottom of the keyboard keys to ensure key sensitivity; Apply adhesive to the mouse wheel and sensor area to ensure stable operation.