ASU (Air Supply Units for air suspension) is a core subsystem of automotive air suspension systems. By generating, storing, and regulating compressed air, it enables dynamic control of suspension height, stiffness, and damping, thereby improving vehicle comfort, handling, and off-road capability.

Its main functions include:

1.Supplying stable high-pressure air to support vehicle weight and adjust suspension travel;

2.Dynamically regulating air pressure according to driving conditions;

3.Preventing abnormal states such as overpressure, overheating, or air leakage to ensure system reliability.

The air suspension supply system primarily consists of four parts: the air source module, control module, actuation module, and auxiliary components:

Air source module: responsible for air pressure generation and storage. The air compressor compresses ambient air to high pressure, operating on-demand with built-in overload protection. The air tank stores high-pressure air to reduce compressors recycling and stabilize air pressure output. The air dryer removes moisture from compressed air to prevent freezing or corrosion during winter.

Control module: Handles signal processing and logic control. The ECU/TCU receives sensor data, calculates target pressure and controls solenoid valve actions. It implements closed-loop height control, stiffness adjustment, overpressure relief (via safety valve), compressor thermal shutdown, and leak detection alerts. The pressure regulator reduces high-pressure air from the air tank to working pressure suitable for air springs, preventing damage from overpressure.

Actuation module: Manages air distribution and regulation. The solenoid valve set directs air flow through inflation, deflation, and pressure-holding operations, with individual solenoid valves for each air spring. Some vehicles include mechanical lock valves that maintain pressure when powered off. Air lines.

Auxiliary components include: Safety Valve, Exhaust Muffler, Filters and filter elements, which enhance system reliability and performance.

Working principle of the ASU Air Supply System:

Height sensors continuously monitor vehicle posture, acceleration sensors detect road impact signals, pressure sensors measure air tank pressure. The ECU integrates these data and driving modes to form control strategies. Based on algorithms, it automatically inflates or deflates air springs to maintain the vehicle at a preset height, ensuring optimal working conditions for the air suspension.

Example operations:

Vehicle raising (inflation process): When increased load lowers the body height, the sensors detect the drop, and the ECU opens the solenoid valves to inflate the air springs. The rising pressure lifts the vehicle until the target height is reached, then the valves close to maintain the height.

Vehicle lowering (deflation process): When reduced load causes the body to rise, the ECU opens the valves to release air. The pressure drop lowers the body until the desired height is reached, after which the valves close.

Air spring pressure directly affects suspension stiffness:

Higher pressure → firmer springs → better handling

Lower pressure → softer springs → better ride comfort

A closed-loop control algorithm (e.g., PID) ensures height deviation stays within ±3 mm and minimizes compressor cycling to extend system lifespan.

Technique features and advantages of the Air Suspension Supply System:

Active Adjustment & Dynamic Response: Real-time monitoring via height and pressure sensors combined with ECU control enables quick and precise adjustment of air pressure, ride height, and suspension stiffness.

Modular & Integrated Design: Core components such as the compressor, air tank, solenoid valves, and sensors are highly integrated for a compact layout, suitable for various vehicle platforms. Lightweight materials ensure pressure resistance while reducing system weight and improving energy efficiency.

Stable Pressure & Safety Protection: The air tank provides a stable pressure reserve, reducing compressor start/stop frequency and extending component lifespan. Safety valves protect against overpressure. Fault detection features (e.g., for air leaks, overheating, or sensor failure) trigger automatic protection mechanisms and alerts.

Through “real-time sensing, intelligent decision-making, and precise execution”, the ASU air suspension system enables active control over ride height and suspension characteristics. Compared to traditional suspension systems, it offers clear advantages in comfort, load adaptability, and smart functionality.

HOLS Automation has years of expertise in industrial automation, backed by a strong technical team and R&D capabilities. The company offers intelligent manufacturing solutions for chassis suspension systems, including: Automated Air Spring Dampers Production Line, Air Suspension Supply System Assembly Line, Air compressor Assembly Line, Automated Chassis Domain Controller Production Line, etc.

In industrial manufacturing, there are automated machines that specialize in controlling fluids and dribbling and coating them onto the surface or interior of products, including glue dispensing machines, coating machines, and dispensing machines. What is the difference between glue dispensing machines and dispensing machines

The glue dispenser, also known as the AB glue dispenser, is an automated machine that specifically controls the fluid and drips, coatings, and seals the liquid onto the surface or inside the product, achieving sealing, fixation, waterproofing, and other functions. Generally, two-component glue is used. The dispensing machine, also known as the glue coating machine, drip glue machine, glue dispensing machine, etc., is specifically designed to control the fluid. An automated machine that drips and coats the fluid onto the surface or interior of the product, achieving three-dimensional and four-dimensional path dispensing, precise positioning, precise glue control, no drawing, no leakage, and no dripping

The dispensing machine is mainly used for precise dispensing, injection, application, and dripping of glue, paint, and other liquids in the product process to the precise position of each product. It can be used to achieve dispensing, drawing lines, circular or arc shapes
The most straightforward difference between a glue dispenser and a dispensing machine is that glue dispensing is aimed at products with large amounts and areas of application, while dispensing is more focused on fine products with small areas

The glue dispenser is suitable for large areas and large quantities of glue. The cost of the glue dispenser is much higher than that of the dispensing machine. If the monthly usage is within a few hundred kilograms, it is generally not considered to use a glue dispenser, manual operation or dispensing machine 

The specific differences between glue dispensers and dispensing machines are as follows:

1. Different glue control methods: Currently, most dispensing machines on the market still rely mainly on air pressure to control the dispensing process. Of course, there are now some machines that do not require air pressure control, while dispensing machines mainly rely on a metering pump to control the dispensing process. The amount of dispensing is adjusted by adjusting the pump speed.At present, the main metering pumps on the market are: gear pumps (mainly used for unfilled glue), screw pumps (mainly used for filled glue, wear-resistant), plunger pumps (also known as ceramic pumps, super wear-resistant, but expensive). Therefore, when choosing a glue dispenser, everyone depends on their own products and the properties of the glue used to consider which pump is most suitable, Ruicheng Automation will recommend cost-effective equipment to customers based on their actual requirements <

2. Different sizes of dispensing volume: Relatively speaking, the minimum dispensing volume of the dispensing machine is larger than that of the dispensing machine, and the maximum dispensing volume of the dispensing machine can reach more than ten to twenty grams per second, while the dispensing machine has a smaller dispensing volume. Some dispensing machines can achieve a minimum dispensing volume of 0.001g.

3. Different dispensing accuracy: Relatively speaking, the dispensing accuracy of the dispensing machine is higher than that of the dispensing machine

4. Different applicable adhesives: Generally speaking, the dispensing machine is mainly suitable for two-component AB adhesives such as silicone, epoxy resin, crystal glue, polyurethane, and other two-component adhesives. And the glue dispenser is mainly suitable for single component glue, such as UV glue, EPOXY (black glue), white glue, EMI conductive glue, instant glue, silver glue, red glue, solder paste, heat dissipation paste, solder paste, transparent paint, screw fixing agent, etc. In recent years, due to technological progress, glue dispensers are no longer limited to only suitable for single component glue. Currently, there are also many glue dispensers that can be used for two-component glue.

In recent years, industrial automation has developed rapidly. Many companies use glue machines instead of manual labor. The use of glue dispensers can save labor and improve production efficiency. Besides, what other electrical and equipment features does the automatic glue dispenser have

The advantages of automatic glue filling machine:

1. An automated mobile platform, with high efficiency in mixing and dispensing glue, and higher precision and automation compared to traditional glue filling processes

2. At the same time, the device also adopts computer programming control, with a high degree of intelligence. It adopts a touch type Chinese operation interface, which is simple and easy to operate. Can store 30 sets of glue parameters, and the same workpiece does not need to be reset

3. The glue amount, thickness, coating speed, dispensing time, and stopping time can all be set as parameters, with stable glue output and no leakage of glue

4. Automatic glue filling machine can save labor very well, and one device can achieve the production capacity of traditional 5-6 people

5. The automatic glue dispenser can be proportioned according to needs, achieving simultaneous mixing and glue filling, greatly saving glue water

6. Double barrel design, A glue and B glue are stored separately to ensure that the glue does not solidify when left for a long time. Using dynamic or static mixing to achieve uniform and thorough mixing

Equipment performance of automatic glue filling machine

1. Equipment purpose: It can be suitable for various types of glue, and can freely dispense various amounts of glue. The glue dispensing ratio, dispensing amount, and dispensing speed can be freely set by the touch screen

2. Adopting a volumetric metering type steel loading pump that is not affected by changes in material liquid viscosity, it can perform stable and high-precision metering and dispensing

3. When the glue contains hard fillers, a pump should be used to ensure that long-term use does not affect the accuracy and ratio of dispensing

4. When selecting dynamic mixing, a new type of mixer is used, and multi-layer stirring paddles are used for forced mixing to ensure uniform mixing

5. Adopting dual servo drive, A agent pump and B agent pump are respectively driven by a servo motor, and signal interfaces are reserved, which can be directly connected to automation equipment such as robotic arms

The overall equipment design is compact, and the operation is simple and convenient

The above is a complete introduction to the advantages and equipment performance of automatic glue filling machines. Helishi is a factory enterprise that integrates technology research and development, equipment manufacturing, and sales. Our main products include non-standard automation equipment, fully automatic dispensing machines, automatic dispensing machines, and other automated production equipment. We welcome everyone to come and inquire.

In the ongoing transformation of the automotive industry towards electrification and intelligence, electronic oil pumps are emerging as a pivotal component within vehicle power systems. Unlike traditional mechanical oil pumps, which rely on engine-driven mechanical transmission, electronic oil pumps achieve more precise and efficient management of lubrication and cooling through electric drive and intelligent control. This technology is becoming indispensable for enhancing the performance and energy efficiency of modern vehicles, particularly in the realm of new energy vehicles.

I. Definition and Key Features of Automotive Electronic Oil Pumps

An automotive electronic oil pump is an electrically driven fluid transfer device primarily responsible for the lubrication and cooling of vehicle power systems. Its core components include a DC brushless motor, a pump body assembly, and an Electronic Control Unit (ECU).

The most significant technological breakthrough of the electronic oil pump lies in its highly integrated drive and control system. Traditional mechanical oil pumps are directly driven by the engine crankshaft, meaning their operational state is constrained by engine speed. In contrast, electronic oil pumps utilize an independent motor, allowing them to intelligently adjust their operation based on system demands for precise flow and pressure regulation.

Key technical characteristics of electronic oil pumps include:

• High Efficiency: Electrically driven and supplying oil on demand, electronic oil pumps can reduce energy consumption by over 80% under WLTC testing conditions compared to traditional mechanical pumps.
• Precision Control: Flow and pressure can be accurately managed through the electronic control system.
• Rapid Response: The electric drive ensures quick adaptation to changes in system requirements.
• Smooth Operation: Designs incorporating brushless motors and optimized fluid channels contribute to low-noise operation.

II. Detailed Working Principle of Electronic Oil Pumps

The operation of an electronic oil pump can be described as a complete intelligent control system, comprising four key stages:

1. Signal Acquisition & Processing
   The system employs sensors (such as temperature, pressure, and flow sensors) strategically placed at critical points. These sensors act as the system's "sensory nerves," continuously collecting real-time data on parameters like oil temperature, pressure, and flow rate. This information, along with operational data from the vehicle's main control system, is transmitted to the Electronic Control Unit (ECU).
2. Intelligent Decision-Making by the ECU
   The ECU, acting as the system's "brain," processes the incoming multi-source data. Using advanced control algorithms and pre-set strategies, it calculates the optimal oil flow and pressure required for the current operating conditions. For instance, it might increase flow during a cold start to accelerate lubrication or optimize distribution under high-temperature conditions to ensure adequate cooling of critical components.
3. Precision Execution by the Actuator
   Upon receiving commands from the ECU, the drive motor responds promptly and precisely adjusts its speed and torque output. This electric drive enables stepless flow regulation, completely freeing the pump from the limitations imposed by engine speed in traditional mechanical systems. Precise motor control ensures a stable and reliable oil supply under all operating conditions.
4. Continuous Optimization via Feedback
   The system incorporates a feedback mechanism where sensors continuously monitor the execution results. These feedback data are compared with the expected targets. If any deviation is detected, the system immediately adjusts the control parameters to ensure the oil pump consistently operates at its best. This closed-loop control strategy guarantees stable performance across various complex operating conditions.

III. Technical Advantages and Application Prospects

The advanced working principle of the electronic oil pump offers several significant advantages:

• High Efficiency and Energy Savings: The on-demand supply mode drastically improves energy utilization efficiency.
• Precise Control: The intelligent control system ensures the power system receives optimal lubrication and cooling under various conditions.
• Reliability and Durability: Optimized structural design enhances its ability to perform in harsh operating environments.
• Broad Applicability: It holds significant value for both traditional internal combustion engine vehicles and new energy vehicles.

As vehicle electrification accelerates, the applications for electronic oil pumps are expanding. In new energy vehicles, they are not only responsible for cooling and lubricating the drive motor but are also widely used in critical areas like battery thermal management systems and electric drive assembly cooling systems. Their excellent adaptability and reliability make them vital for ensuring the safe and stable operation of new energy vehicles.

Conclusion

The technological evolution of the automotive electronic oil pump perfectly aligns with the automotive industry's shift towards intelligence and electrification. Its innovative working principle and superior performance provide crucial technical support for enhancing vehicle reliability, economy, and environmental friendliness. With extensive experience in automotive electronic component automation, HOLS Automation offers customers comprehensive intelligent manufacturing solutions for key components like electronic oil pumps. We are committed to supporting technological innovation and upgrading in the automotive industry with our advanced production technology and rich project experience.

 

In the wave of automotive intelligence, innovative technologies are redefining traditional vehicle systems. Brake-by-Wire, as a core technology in smart chassis systems, is revolutionizing how vehicles brake by fundamentally changing how braking commands are transmitted and executed.

From Physical Connection to Electronic Control

Traditional braking systems rely on mechanical and hydraulic connections. When the driver presses the brake pedal, physical force is transmitted through brake fluid to the wheel calipers. While reliable, this approach offers limited flexibility in control.

Brake-by-Wire replaces these physical connections with electronic controls. The system converts the driver's braking intention into electronic signals, which are processed by the Electronic Control Unit (ECU) to precisely control braking force at each wheel.

Core Components: A Complete Control System

The system consists of three main components working in harmony:

Sensors act as the system's perception network, including pedal travel sensors that detect braking intensity, wheel speed sensors that monitor individual wheel rotation, and vehicle motion sensors that track dynamic status. These provide real-time data about driver input and vehicle behavior.

The Electronic Control Unit (ECU) serves as the intelligent brain. It processes information from all sensors and calculates the optimal braking force for each wheel. The ECU also manages integrated functions like ABS and ESC, and enables coordination with other vehicle systems such as steering and powertrain.

Actuators form the execution layer. Electric motor-driven actuators provide the main braking force, offering fast response and precise control. Most systems incorporate hydraulic backup mechanisms to ensure basic braking capability remains available even during electronic system failures.

Technical Advantages: Beyond Basic Braking

Brake-by-Wire brings multiple performance benefits that extend beyond traditional braking:

Faster response times significantly shorten emergency braking distances. Electronic signal transmission is quicker than hydraulic pressure buildup, providing crucial milliseconds in critical situations.

Enhanced stability control comes from intelligent brake force distribution. The system can apply different braking forces to individual wheels based on driving conditions, improving vehicle stability during cornering and on low-friction surfaces.

For electric vehicles, the system enables optimized energy recovery. By precisely coordinating friction braking and regenerative braking, it maximizes energy recuperation and extends driving range.

Most importantly, Brake-by-Wire provides the essential execution foundation for ADAS and autonomous driving. It serves as the reliable interface that converts electronic commands into precise braking actions for functions like adaptive cruise control and automatic emergency braking.

Future Development and Applications

As vehicle electrification architecture evolves, Brake-by-Wire systems are developing toward higher integration and functional safety. Future systems will be more deeply integrated with domain controllers and will feature enhanced redundancy designs. The application of AI-based predictive control algorithms will further improve system adaptability across various operating conditions.

Conclusion

Brake-by-Wire represents the future direction of braking technology, enhancing both fundamental braking performance and intelligent vehicle capabilities. As an innovator in automotive chassis technology, HOLS possesses core technologies and manufacturing expertise in Brake-by-Wire systems, committed to providing high-performance, reliable solutions for the industry. We look forward to collaborating with partners to advance smart chassis technology and create greater value for future mobility.

 

As modern manufacturing advances towards intelligence and automation, traditional manual glue dispensing methods can no longer meet the demands of high-quality and high-efficiency production. The automatic glue dispensing machine, an outstanding representative of non-standard automation, is becoming a key choice for manufacturing enterprises seeking to enhance their competitiveness, thanks to its exceptional performance and significant benefits.

1. Why Choose an Automatic Glue Dispensing Machine?

Traditional manual glue dispensing presents numerous challenges: low production efficiency, with a single worker capable of completing only a limited amount of work daily; unstable product quality, as the amount of adhesive and dispensing path rely entirely on the operator's experience; significant material waste due to inaccurate mixing ratios; not to mention rising labor costs and the difficulty in recruiting workers.

The automatic glue dispensing machine perfectly addresses these issues. It represents more than just simple "machines replacing humans"; it is a profound innovation in production processes, delivering comprehensive efficiency improvements and quality assurance for businesses.

2. How Does the Automatic Glue Dispensing Machine Improve Efficiency?

2.1 Automated Continuous Operation for Multiplied Output
Equipped with precision motion control systems, automatic glue dispensing machines can operate uninterrupted 24/7. One standard machine can achieve a work efficiency equivalent to the combined output of 5-6 skilled workers. This allows businesses to adopt a "one operator, multiple machines" management model, significantly increasing output per unit time while effectively alleviating labor shortages.

2.2 Intelligent Program Control Ensures Consistent Quality
The machine features an intuitive Chinese touchscreen interface for simple and convenient operation. All dispensing parameters—including adhesive volume, dispensing speed, and motion path—can be precisely set and stored. When producing identical items, simply select the corresponding program to begin production immediately, eliminating the need for repeated adjustments.

More importantly, the machine executes tasks strictly according to the program, ensuring completely consistent dispensing results for every product. This effectively prevents rework and waste caused by inconsistencies in manual operation, thereby enhancing overall production efficiency from another perspective.

2.3 Advanced Process Design Optimizes Production Flow
The automatic glue dispensing machine incorporates multiple optimizations at the process level:

• Precision Metering and Mixing: Utilizes an advanced pump system to achieve accurate proportional output of components A and B, mixing while dispensing to avoid material waste and waiting times associated with pre-mixing.
• High-Efficiency Mixing Technology: Through a high-speed rotating mixer, the adhesive is homogenized instantly, with prompt dispensing response and no lag.
• Quick Adhesive Changeover and Cleaning: The modular design and automatic cleaning function enable rapid flushing of the lines when switching between different adhesive types, minimizing equipment downtime.

2.4 Stable and Reliable Operation Ensures Production Continuity
Equipment failure and unexpected downtime are the "invisible killers" of production efficiency. Automatic glue dispensing machines, built with industrial-grade precision components and robust design, ensure long-term stable operation:

• Special pump design is unaffected by variations in adhesive viscosity.
• Preventive measures address common issues like clogging and leakage.
• The failure rate is significantly lower than that of operations relying on manual expertise.

This ensures smooth execution of production plans and avoids disruptions caused by equipment problems.

3. Other Notable Advantages of Automatic Glue Dispensing Machines

Beyond efficiency improvements, automatic glue dispensing machines offer multiple additional benefits:

• Material Savings: Precise ratio control and on-demand dispensing can save 15%-30% in adhesive consumption.
• Quality Assurance: Dual-container design ensures long-term storage of adhesives without curing, guaranteeing product quality from the source.
• Flexibility and Adaptability: The equipment can handle various adhesive types, including those with special fillers.
• Easy Integration: Modular design facilitates connection with other automation equipment like robotic arms, allowing seamless integration into smart production lines.

4. Choosing a Reliable Partner is Crucial

Any advanced equipment requires professional technical support and service assurance. As a high-tech enterprise deeply rooted in the field of non-standard automation, HOLS not only provides high-performance automatic glue dispensing equipment but is also committed to offering complete solutions for our customers.

Our professional team can:

• Conduct in-depth analysis of your specific process requirements.
• Provide tailor-made automation solutions.
• Offer continuous technical support and after-sales service.
• Assist with equipment integration and personnel training.

Conclusion

During this critical period of manufacturing transformation and upgrading, the automatic glue dispensing machine, with its remarkable efficiency improvements and quality enhancements, is becoming the smart choice for a growing number of enterprises. It not only solves current production challenges but also lays a solid foundation for future intelligent development.

Choosing HOLS means selecting a trustworthy automation partner. We look forward to discussing how automatic glue dispensing solutions can create greater value for your business and moving forward together towards a promising future of smart manufacturing.

Please feel free to contact our engineering team for specialized technical consultation and customized solution planning.

 

In precision industries such as electronic communications and automotive manufacturing, the potting process is a critical step to ensure product quality and stability. As the core equipment for executing this process, the standardized operation and meticulous maintenance of glue dispensing machines directly impact production efficiency and product yield. This article details the precautions and maintenance methods for glue dispensing machines to help you fully utilize equipment performance and extend its service life.

I. Precautions for Using Glue Dispensing Machines

1. Brief Introduction to Core Principles
Glue dispensing machines utilize a precision control system to achieve automatic mixing and quantitative dispensing of two-component adhesives (AB glue). The basic process is as follows: Inject components A, B, and cleaning fluid into their respective designated tanks -> Set parameters such as glue ratio and dispensing path via the touchscreen -> After starting, the three-axis robotic arm moves according to the program, the head motor drives the mixing tube to rotate at high speed, and the internal spiral blade thoroughly mixes the adhesive before dispensing -> Upon completion, execute the automatic cleaning program to remove residual adhesive.

2. Strictly Prevent "Silicone Poisoning" Phenomenon
Silicone is widely used in the electronics industry, but its catalytic curing system is very sensitive and prone to "poisoning," leading to non-curing or incomplete curing.

• Cause of Poisoning: The curing of addition-cure silicone requires a platinum (Pt) catalyst. If the adhesive comes into contact with organic compounds containing elements such as Nitrogen (N), Phosphorus (P), or Sulfur (S) during the dispensing process, it will react with the catalyst, deactivating it and preventing the silicone from curing properly.
• Preventive Measures:
• Isolate Contamination Sources: Strictly avoid contact between silicone and the aforementioned compounds during operation. Simultaneously, avoid using products such as polyurethane, epoxy resin, etc., that may contain harmful substances nearby when the dispensing machine is operating with silicone.
• Thorough Cleaning: When switching between different brands or types of silicone, the material tank, adhesive pump, and the entire adhesive pipeline must be thoroughly cleaned to prevent cross-contamination and poisoning caused by residues.

3. Daily Operation Specifications

• Test Production First: Before large-scale production, always conduct small-batch tests to confirm the glue ratio and curing effect meet requirements, avoiding batch defects due to parameter errors.
• Monitor Air Supply: Regularly check the air pressure source and drain moisture from the regulator filter to ensure stable operation of pneumatic components, preventing moisture from affecting adhesive performance or damaging the equipment.
• Adhesive Management: The larger the volume of mixed adhesive, the faster the reaction and curing speed. Allocate glue reasonably based on actual production needs to avoid waste. For bubbles generated during mixing, utilize the equipment's vacuum degassing function or let the mixture stand for 10-20 minutes to allow bubbles to escape before use.

II. Maintenance Methods for Glue Dispensing Machines

Consistent maintenance is key to ensuring reliable equipment operation.

1. Daily Maintenance

• Clean Promptly: After each use, the cleaning program must be executed immediately. Wipe all visible parts, especially key components like the mixing tube and glue valve, clean with recommended solvents such as alcohol to prevent residual adhesive from solidifying and causing blockages.
• Maintain Lubrication: Regularly apply machine oil or grease to frequently moving parts of the equipment, such as guide rails and lead screws, to maintain good lubrication and reduce wear.
• Power Off for Energy Saving: When the equipment is out of service for extended periods, unplug the power. This not only saves energy but also effectively protects the electrical system and extends its service life.

2. Regular and Deep Maintenance

• Pipeline Cleaning and Adhesive Change: Deep cleaning is necessary when changing the type of adhesive. The operational procedure is: Close the supply valve -> Open the discharge valve to empty residual adhesive -> Close the discharge valve -> Pour in dedicated cleaning solvent -> Start the equipment and circulate the solvent through the entire pipeline according to the normal operation method until completely clean.
• Comprehensive Wiping: Regularly perform a comprehensive wipe-down of the machine's surface and interior to remove dust and stains, maintaining equipment cleanliness, which aids heat dissipation and operational monitoring.
• Empty Adhesive Completely: If the equipment is planned to be idle for a long time, be sure to completely drain all adhesive from the system and perform a thorough cleaning. Never allow adhesive to remain and solidify inside the equipment, as this will cause severe blockages and significantly increase repair difficulty and costs.

Standardized operation and meticulous maintenance are the cornerstones for ensuring the stable and efficient operation of glue dispensing machines and creating sustained value for enterprises. Hollysys Automation not only provides high-performance automated dispensing solutions but is also committed to offering comprehensive equipment management support to help customers achieve lean production.HOLS Automation has deep expertise in the field of industrial automation, providing customers with various precision automated assembly production lines, including glue dispensing machines, and comprehensive technical support and services.

 

Intelligent chassis is based on By wire technology, which replaces traditional mechanical connections with electronic signals to achieve precise control of vehicle lateral and longitudinal movements.

 Its core system includes wire controlled throttle, wire controlled braking, wire controlled steering, and integrates sensor networks, high-performance controllers, and intelligent actuators to form an integrated digital control platform.

 Intelligent chassis is not only an innovation of traditional mechanical structures, but also the core driving force for the intelligent transformation of automobiles.

 With the maturity of technology and the coordinated development of the industry chain, it will continue to reshape safe, efficient, and sustainable travel experiences.

1、 How does an intelligent chassis work?

The working mode of intelligent chassis is very similar to our body, mainly composed of three parts working together:

1. Perception (sensors): Various sensors scattered throughout the chassis, like the "eyes" and "ears" of a car, collect real-time data on vehicle speed, steering, tire pressure, road bumps, and even perceive the surrounding environment.

2. Decision making (brain): A powerful "brain" - the electronic control unit (ECU) - analyzes massive amounts of data sent by sensors and makes instant decisions, such as "smoother suspension is needed now" or "immediate light braking to maintain stability".

3. Execution (hands and feet): After receiving instructions from the "brain", actuators (such as electric steering motors, electronic brakes, etc.) will immediately take action to accurately adjust the vehicle's state.

The process of perception decision execution repeats in an instant, ensuring that the vehicle is always in optimal driving condition.

2、 What are its outstanding advantages compared to traditional chassis?

The advantages of intelligent chassis are directly related to the personal experience of every car owner and passenger:

• Safer: It can predict risks in advance.

 For example, during sharp turns, the system will actively adjust the body posture to prevent skidding;

 In case of emergency, its response speed far exceeds that of humans, and it can automatically brake faster, becoming a "safety guard".

 By real-time monitoring of vehicle status and environmental data through multiple sensors, the intelligent chassis can actively adjust suspension damping, brake pressure, and steering assistance. Combined with multiple systems such as electronic stability control (ESC) and anti lock braking system (ABS), it greatly improves handling stability under extreme road conditions.

 Based on road conditions and driving modes, the chassis parameters are adaptively adjusted to achieve seamless switching between comfortable, sporty, and economical modes, as well as obstacle detection and automatic emergency braking functions, further enhancing active safety protection capabilities.

• More comfortable: Facing bumpy roads, the intelligent chassis can actively adjust the suspension softness and hardness, effectively filtering out vibrations, like putting on "smart air cushion shoes" for the vehicle, making the riding experience in the car smoother and quieter.

 Millisecond level response capability, significantly improving steering and braking accuracy.

• More energy-efficient: By optimizing power output and efficiently recovering the energy generated during braking, the intelligent chassis can effectively improve energy utilization efficiency, help electric vehicles extend their range, and make your travel more economical and environmentally friendly.

 Lightweight design and simplification of mechanical structure effectively reduce vehicle weight and energy loss.

• More intelligent: It is the cornerstone for achieving advanced driver assistance (ADAS) and autonomous driving.

 The modular architecture supports the rapid integration with ADAS and auto drive system, and provides the underlying support for intelligent navigation, automatic parking and other functions.

 Support OTA remote upgrade and data interconnection to achieve continuous iteration and remote diagnosis and maintenance of the chassis system.

 Whether it's automatic parking or adaptive cruise control, an intelligent chassis is needed to accurately execute various commands, allowing technology to truly serve people.

The intelligent chassis provides a reliable execution foundation for autonomous driving technology through closed-loop control of "perception decision execution".

 In short, intelligent chassis has evolved cars from traditional means of transportation to intelligent companions who understand what people think and need.

 It is an inevitable trend for the future development of automobiles to comprehensively improve the safety, comfort, energy efficiency, and intelligence level of vehicles through technological integration.

 

As an innovative partner in the automotive manufacturing field, HOLS Automation is committed to providing advanced automated assembly lines for key components of intelligent chassis, such as sensors, controllers, and line control systems. With precise and efficient manufacturing solutions, it helps the automotive industry accelerate towards an intelligent future.

In the field of electronics manufacturing, curing ovens are far from simple "heating equipment" - they represent a sophisticated system integrating thermal engineering, automation control, and materials science. Through precise control of temperature, time, and environmental factors, they ensure every product achieves optimal curing results.

Precision Temperature Control: The Technology Behind Accurate Regulation
Modern curing ovens employ PID intelligent temperature control systems (such as Japanese Fuji temperature controllers) combined with high-precision PT100 platinum thermal resistance sensors, achieving temperature control accuracy of ±1°C. The system continuously monitors the internal temperature and automatically adjusts heating power to ensure the temperature curve perfectly matches process requirements. This precision control is particularly crucial for heat-sensitive electronic components, guaranteeing complete adhesive curing without damaging delicate parts due to overheating.

Uniformity Design: Perfect Application of Thermodynamics
Through computational fluid dynamics-optimized bilateral centrifugal fan systems and unique air duct configurations, hot air circulates horizontally within the working chamber. This design ensures temperature uniformity of ±2% across all points in the working area. Even with fully loaded multi-layer PCB boards, consistent heating for components at every position is guaranteed, preventing quality issues caused by uneven curing.

Intelligent Management: The Leap from Experience to Data
The equipment's programmable controller supports 100-segment program programming, capable of storing hundreds of curing recipes. Through Ethernet interface connectivity, remote monitoring and data acquisition enable real-time temperature curve recording and generate comprehensive curing process reports. This data-driven approach not only ensures process repeatability but also provides complete documentation for product quality traceability.

Safety and Reliability: Multi-layered Engineering Protection
The equipment incorporates triple safety protection: independent overtemperature protectors automatically cut off heating during controller failures; electromagnetic door locks ensure the chamber remains securely closed during operation; silicone rubber seals and rock wool insulation maintain thermal efficiency while keeping surface temperatures below national standard requirements. These design features ensure safe and reliable operation even during extended continuous use.

HOLS curing ovens demonstrate our commitment to quality in every detail: from the fully welded SUS304 stainless steel interior to programmable multi-segment heating curves; from intelligent network monitoring systems to ergonomic operating interfaces. We are dedicated to providing customers with intelligent curing solutions that not only meet current needs but also adapt to future process developments, making this critical manufacturing step a reliable cornerstone of your quality assurance system.

If you are looking for curing equipment that can precisely control quality, please feel free to contact us. The HOLS professional team will provide personalized solutions tailored to your requirements.