Chip Packing AOI Machine
https://www.bozhontech.com/products/chip-packing-aoi-machine/
#automatic #optical #inspection #machine #price
Chip Packing AOI Machine
The CesiStar Series is a series of high-speed and high-precision fully automatic visual inspection equipments that use optical principles to detect chip defects. It is widely used in the research, development, and manufacturing of semiconductors, consumer electronics, optics, and other fields. It can perform detective functions for v... moreChip Packing AOI Machine
https://www.bozhontech.com/products/chip-packing-aoi-machine/
#automatic #optical #inspection #machine #price
Chip Packing AOI Machine
The CesiStar Series is a series of high-speed and high-precision fully automatic visual inspection equipments that use optical principles to detect chip defects. It is widely used in the research, development, and manufacturing of semiconductors, consumer electronics, optics, and other fields. It can perform detective functions for various types of chip packages such as BGA, LGA,QFN, and QFP to ensure the final packaging appearance quality and yield improvement.
Advantages of Chip Packing AOI Machine
high-speed and high-precision fully automatic visual inspection equipments
For various types of chip packages such as BGA, LGA,QFN, and QFP to ensure the final packaging appearance quality and yield improvement.
Car-space Type Battery Swapping Station (16 Bays)
https://www.bozhontech.com/products/car-space-type-battery-swapping-station-16-bays.html
#battery #swapping #station
Car-space Type Battery Swapping Station (16 Bays)
Car-space Type Battery Swapping Station (16 Bays) The layout is based on the parking space configuration. The battery swap cabinet also has an independent electrical cabinet, compatible with both reverse and drive-through modes. Only requiring more than two and a half parking s... moreCar-space Type Battery Swapping Station (16 Bays)
https://www.bozhontech.com/products/car-space-type-battery-swapping-station-16-bays.html
#battery #swapping #station
Car-space Type Battery Swapping Station (16 Bays)
Car-space Type Battery Swapping Station (16 Bays) The layout is based on the parking space configuration. The battery swap cabinet also has an independent electrical cabinet, compatible with both reverse and drive-through modes. Only requiring more than two and a half parking spaces for station deployment, it meets scenarios with extremely limited space. If the ground hardness meets the requirements, direct deployment is possible. Supports future expansion into a dual-cabinet mode, with a simultaneous increase in battery quantity and swap efficiency.
Parameters of Passenger Vehicle Battery Swapping Station (DF16)
Equipment dimensions L5.4m * W7.0m * H3.5m
Battery swap time ≤ 180s (overall cycle time)
Battery swapping success rate ≥99.9%
Service capacity 288 times/day
Number of battery packs 16 (with an optional 18)
Working environment -35°C to 55°C
Altitude ≤2000m
Lifting method Body lifting
Power AC380V
Deployment period ≤24h
Installation site requirements Ground levelness: ±5mm, Ground load-bearing capacity≥800kg/m²
Compatible vehicles Dongfeng E70 with battery-swap feature
Blade Battery Electrolyte Filling Machine
https://www.bozhontech.com/products/blade-battery-electrolyte-filling-machine/
#electrolyte #filling #machine
Blade Battery Electrolyte Filling Machine
Blade Battery Electrolyte Filling Machine It is applicable to fully automatic electrolyte injection for blade battery batch production, and can achieve functions of cell feeding, shaping, code scanning, weighing, hi-pot testing, positive and negative pressure circulation electrolyte injection, weighi... moreBlade Battery Electrolyte Filling Machine
https://www.bozhontech.com/products/blade-battery-electrolyte-filling-machine/
#electrolyte #filling #machine
Blade Battery Electrolyte Filling Machine
Blade Battery Electrolyte Filling Machine It is applicable to fully automatic electrolyte injection for blade battery batch production, and can achieve functions of cell feeding, shaping, code scanning, weighing, hi-pot testing, positive and negative pressure circulation electrolyte injection, weighing after electrolyte injection, electrolyte replenishment, nail sorting, pin pressing, injection nozzle cleaning, unloading.
Parameters of Blade Battery Electrolyte Filling Machine
Equipment size L18.4m * W8m * H3.5m
Weight About30000kg
Air source 0.5-0.7MPa
Power source 380VAC,50Hz
Power 40KW
Capacity ≥16PPM
Yield ＞99.8%
Activation ≥99%
Applicable product Intra-series Replaceable clips Cross-series replaceable clips Ask technical support for details
Product size L350-600mm W80-140mm T15-30mm
Advantages of Blade Battery Electrolyte Filling Machine
High Speed：Operating Efficiency: ≥16 ppm
It has functions of code scanning, weighing, hi-pot testing, automatic electrolyte replenishment, positive and negative pressure circulation
Vacuum injection, infiltration, effectively promote better absorption of electrolyte, automatic identification and classification of bad products
Electrolyte storage system adopts double storage tank design,Effectively solve the bubble problem,
Automatic pipe cleaning,Easy operation and maintenance
Injection accuracy: ≤±100g n±0.5g ≤±1% of injection volume 100g
Automobile Electronics & Parts Process Equipment
https://www.bozhontech.com/products/automobile-electronics-parts-process-equipment/
#auto #production #line
The Automobile Electronics & Parts Process Equipment suite is designed for the new energy vehicle sector, featuring advanced production and assembly lines for electric motor components, including flat wire motor rotors and stators. It also encompasses automated lines for critical parts like EV charging DC converters, controllers, and tir... moreAutomobile Electronics & Parts Process Equipment
https://www.bozhontech.com/products/automobile-electronics-parts-process-equipment/
#auto #production #line
The Automobile Electronics & Parts Process Equipment suite is designed for the new energy vehicle sector, featuring advanced production and assembly lines for electric motor components, including flat wire motor rotors and stators. It also encompasses automated lines for critical parts like EV charging DC converters, controllers, and tire pressure sensors, ensuring precision and efficiency. Key offerings include intelligent assembly lines for electric power steering columns and automated systems for exhaust gas catalysts, highlighting a focus on enhancing vehicle performance and safety. This comprehensive equipment range is pivotal for innovating in electric vehicle manufacturing.
Quality Control Technologies for Ensuring Reliability in Automobile Electronics
In the realm of automobile electronics, ensuring reliability is paramount, given the critical role these components play in vehicle safety, performance, and comfort. Quality control technologies have evolved significantly to meet the stringent standards required in the automotive industry. Advanced Automated Optical Inspection (AOI) systems are now widely used to detect a wide range of defects in electronic components and printed circuit boards (PCBs) at various stages of the manufacturing process. These systems utilize high-resolution cameras and sophisticated software algorithms to identify discrepancies that might affect the functionality or longevity of the electronic parts.
Additionally, X-ray inspection technology provides a deeper insight by allowing quality control engineers to examine the internal structures of solder joints and other connections that are not visible to the naked eye or even AOI systems. This is crucial for identifying potential weak points in densely packed electronic assemblies common in modern vehicles.
Moreover, Environmental Stress Screening (ESS) methods, including thermal cycling and vibration testing, are employed to simulate the harsh conditions automobile electronics must endure. This ensures that only components capable of withstanding extreme temperatures, vibrations, and other environmental stresses are installed in vehicles.
Together, these quality control technologies play a vital role in ensuring the reliability of automobile electronics, contributing to the safety and satisfaction of the end-users.
Automated Assembly Lines: The Backbone of Modern Automobile Parts Manufacturing
Automated assembly lines stand as the backbone of modern automobile parts manufacturing, revolutionizing the industry by enhancing efficiency, precision, and productivity. This transformative approach leverages robotics, computerized control systems, and sophisticated machinery to streamline the production process, from the initial stages of component fabrication to the final assembly of parts. The integration of automation into assembly lines has significantly reduced human error, ensuring consistent quality and reliability across all manufactured parts. Moreover, it has enabled manufacturers to meet the growing demand for vehicles by substantially increasing production speeds.
The use of automated assembly lines also allows for greater flexibility in manufacturing. Programmable robots and machines can be quickly reconfigured to accommodate new vehicle models or design changes, making it easier for manufacturers to adapt to market trends and consumer preferences. Additionally, automation has improved workplace safety by taking over repetitive, strenuous tasks that pose risks to human workers.
By reducing production costs and enhancing the quality of automobile parts, automated assembly lines have become indispensable in the competitive landscape of the automotive industry. They not only facilitate the mass production of vehicles but also drive innovation, pushing the boundaries of what is possible in automobile manufacturing.
Automatic High-precision Eutectic Die Bonding Machine
https://www.bozhontech.com/products/automatic-high-precision-eutectic-die-bonder/
#eutectic #die #bonder
Automatic High-precision Eutectic Die Bonding Machine
The MicroStar Series is a series of leading multifunctional Die Attach Equipments with high efficiency (12~50s/pcs) and high precision (0.5-3μm) . This series serves functions of eutectic bonding, dipping glue bonding and Flip Chip bonding. It is also able to meet the needs of mult... moreAutomatic High-precision Eutectic Die Bonding Machine
https://www.bozhontech.com/products/automatic-high-precision-eutectic-die-bonder/
#eutectic #die #bonder
Automatic High-precision Eutectic Die Bonding Machine
The MicroStar Series is a series of leading multifunctional Die Attach Equipments with high efficiency (12~50s/pcs) and high precision (0.5-3μm) . This series serves functions of eutectic bonding, dipping glue bonding and Flip Chip bonding. It is also able to meet the needs of multi-chip bonding. Its modular design enables the equipment to have highly flexible manufacturing capability. Also, equipped with an intelligent calibration and data management system, the MicroStar Series is capable to trace and manage process.
Parameters of Automatic High-precision Eutectic Die Bonding Machine
Patch efficiency 12~50s/pcs
Patch accuracy ±0.5~±3μm
Advantages of Automatic High-precision Eutectic Die Bonding Machine
Eutectic bonding, dipping glue bonding and Flip Chip bonding.
Meet the needs of multi-chip bonding
Advantages of Automatic High-precision Eutectic Die Bonding Machine
Its modular design enables the equipment to have highly flexible manufacturing capability
Advantages of Automatic High-precision Eutectic Die Bonding Machine
with an intelligent calibration and data management system, capable to trace and manage process.
INDUSTRIAL EQUIPMENT APPLICATIONS
https://www.bozhontech.com/products/
#industrial #equipment #for #sale
BOZHON primarily specializes in the manufacturing of digital equipment across various high-tech industries. Their focus areas include consumer electronics, new energy vehicles, semiconductors, and key components. Additionally, they are heavily involved in smart warehousing and smart logistics, providing innovative solutions to enhance efficiency and automation in these sectors.
Types of ... moreINDUSTRIAL EQUIPMENT APPLICATIONS
https://www.bozhontech.com/products/
#industrial #equipment #for #sale
BOZHON primarily specializes in the manufacturing of digital equipment across various high-tech industries. Their focus areas include consumer electronics, new energy vehicles, semiconductors, and key components. Additionally, they are heavily involved in smart warehousing and smart logistics, providing innovative solutions to enhance efficiency and automation in these sectors.
Types of Industrial Equipment
1Consumer Electronics Manufacturing Equipment
BOZHON Precision mainly produces automation equipment that can replace human hands and eyes In the field of consumer electronics manufacturing equipment. including high precision dispensing, high precision assembly, high-precision Bonding, high precision measurement/inspection, airtightness testing, inkjet printers in the packaging section and other process equipments, fully automated flexible production lines, complementary work loading fixtures and logistic systems, and so on. The company continues to give full play to its core strengths represented by special machines and automated customized equipment, providing customers with customized solutions to help consumer electronics manufacturing more efficient and smarter.
2New Energy Lithium-ion Battery Manufacturing Equipment
As a leading manufacturer and service provider of lithium-ion battery intelligent equipment, BOZHON provides lithium-ion battery manufacturing equipment and battery whole line turn-key solutions for well-known battery customers at home and abroad.
3EV Charging and Battery Swapping Station
In the field of new energy intelligent charging and battery swapping equipment, BOZHON Precision provides customers with various products, including passenger vehicle charging and swapping stations, commercial vehicle charging and swapping stations, intelligent station control systems, cloud platform systems, commercial vehicle charging piles, battery boxes, and undertrays. Up to now, BOZHON Precision has successively launched multiple charging and swapping station products with diverse functions to meet the needs of different customers. The first-launched chassis-based charging and swapping station for commercial vehicles can complete the entire battery swapping process in just 300 seconds.
4Automobile Electronics & Parts Process Equipment
In the field of new energy vehicle parts manufacturing equipment, BOZHON is mainly committed to three core equipment lines of automobile electric-drive control part, automobile electronic and electrical part, and automobile structural part. The main products are flat wire motor rotor and stator assembly line, electric-drive final assembly line, EV charging DC converter production line, electric power steering column intelligent assembly line. Complete industrial chain equipment line, end-to-end rapid delivery capabilities, to provide customers with cost-effective products and services, to help automobile manufacturing intelligent production.
5Semiconductor Manufacturing Equipment
BOZHON Precision is mainly committed to the research and development, production, and sales of high-precision epoxy and eutectic die bonding equipment, as well as AOI inspection equipment in the field of semiconductor process equipment. The company continues to carry out innovative research and development, continuously deepening its expertise in the fields of high-speed and high-precision mounting and AOI inspection, providing ‘BOZHON wisdom’ for the industry, and promoting the development of advanced semiconductor processes and industrial upgrading.
6Smart Warehouse & Logistics
BOZHON focuses on the smart warehousing and logistics industry, combining flexible hardware equipment with software systems such as WMS and WCS to form a complete production chain, promoting the transformation of automated factories into digital factories.
Maximizing Efficiency with Smart Industrial Equipment
Maximizing efficiency in today's industrial landscape is increasingly reliant on the integration of smart industrial equipment. This advanced machinery, embedded with IoT sensors and powered by AI algorithms, is revolutionizing how factories operate. By providing real-time data analytics, smart equipment enables predictive maintenance, reducing downtime by alerting operators before breakdowns occur. This proactive approach ensures that machinery is always operating at peak performance, significantly enhancing productivity.
Furthermore, smart industrial equipment can optimize energy use, automatically adjusting consumption based on the workload, thereby reducing operational costs. The integration of such equipment into manufacturing processes also facilitates seamless automation, allowing for more precise and consistent production outcomes. This not only improves product quality but also accelerates production times, meeting the demands of the market more efficiently.
In essence, smart industrial equipment is at the forefront of the fourth industrial revolution, offering unprecedented opportunities for manufacturers to enhance efficiency, reduce costs, and stay competitive in a rapidly evolving industrial environment.
Industrial Equipment Maintenance: Best Practices for Ensuring Longevity and Performance
Effective maintenance of industrial equipment is crucial for ensuring its longevity and optimal performance. Adopting a proactive maintenance strategy, rather than a reactive one, can significantly reduce downtime and extend the life of machinery. Regularly scheduled inspections and servicing, based on the manufacturer's recommendations, are fundamental. This includes checking for wear and tear, lubricating moving parts, and replacing components that are near the end of their service life before they fail.
Implementing a predictive maintenance program, utilizing sensors and IoT technology, allows for real-time monitoring of equipment condition. This approach enables the identification of potential issues before they escalate into major problems, facilitating timely interventions. Additionally, maintaining a comprehensive maintenance log helps in tracking the history of equipment performance and repairs, aiding in the prediction of future maintenance needs.
Training staff on the proper operation and maintenance of equipment is also essential. Well-informed operators are less likely to misuse machinery, reducing the risk of breakdowns. By adhering to these best practices, businesses can ensure the reliability, efficiency, and longevity of their industrial equipment, ultimately saving time and resources in the long run.
