Smart Manufacturing

Real connectivity of manufacturing processes is the result of a meaningful evaluation of all data. Production becomes transparent, versatile, and flexible. With the fully-connected Industry 4.0 production line, we take the digital factory to the next level.

Automated Production line design and installation.

An automated assembly line involves using assembly and/or process stations that progressively produce manufacturers’ end products. These lines may deploy robotics, conveyance, vision, or other automated technology to complete production tasks in multiple stations, moving the part or product through each step in an automated production sequence.

TYPES OF ASSEMBLY LINE AUTOMATION

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A fully automated production line describes equipment and systems that complete all or part of the process with machines and virtually little to no human intervention. whereas Semi-automated systems employ more human intervention to initiate machine commands following the manual loading of parts into fixtures or other such tooling. This type of system can involve humans working side by side with automation.
In lean manufacturing strategy, comprehensive studies are done and automation is only added to steps in the assembly process where it will add value.
This assembly technology typically involves using mechanical or servo-based cams, tooling, and sometimes machine vision to optimize cycle time to attain high throughput speeds. Benefits of continuous motion include higher system overall equipment effectiveness (OEE), reduced cycle time, and increased system throughput.
Fixed, or hard, automation involves applications that use hard-tooled automation platforms that are made specifically for the product and generally do not allow flexibility .. However, operators must retool and reprogram the technology for each new product.

Comparatively, programmable / soft automation applications known as flexible automation, can adapt operations to new parts or products with little or no downtime due to preprogrammed recipes that allow ease of product changeover. As a result, these applications typically do not have output as high volume as fixed automation.

Benefits of Automating Your Production Line

Advantages of automation in your production line include boosting capacity, increasing quality and lowering per-unit production costs, allowing companies to realize higher ROI. Automation solutions run with limited personnel, reduce error and scrap, and increase productivity.

Clean room design & installation

Generally speaking a “clean room” is an enclosed room that has equipment which controls the amount of particulate matter in the air by using air pressure and filters. To meet requirements of a “clean room” as defined by Federal Standard 209E and newer ISO Standards, all clean rooms must not exceed a particulate count as specified in the air cleanliness class.
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Cleanrooms are high-risk areas that need to be treated with particular attention in devising building management concepts. With contamination being among the greatest threats for product quality and the cleanroom environment, these rooms must be closely monitored and precisely controlled at all times. Cleanroom technology is important to maintain good manufacturing practices in the life science industries. In order to reliably control all relevant parameters such as temperature, humidity and airborne particles, combining all management systems into a single, comprehensive solution is the best approach to ensure a high cleanroom classification and standards.


we assemble cleanroom technology economically, rapidly and reliably from our tried and tested range of standardized components. We keep the complete lifecycle of your cleanroom facility in mind. Through intelligent data evaluation, we achieve further cost reductions. This leads to a maximum energy efficiency and minimum downtimes. And throughout all planning and construction phases, our extensive network of cleanroom experts ensures your project is completed reliably and on time.

Precisely measure and control the cleanroom environment and its parameters including air flow volumes, particle concentrations and pressure differentials as well as monitor environmental emissions.
Safeguard people and assets in high-velocity air zones with our cleanroom technology: Earliest fire detection, integrated explosion protection, and guided operation and evacuation in hazardous situations.
Facilitate good manufacturing practices for cleanrooms through comprehensive statistical information and verification of all quality-related parameters of the building infrastructure.

Product testing solutions

At SEIYOON, we understand that quality control isn’t something you can compromise on. As a full-service supplier of turnkey board testing solutions, we will work with you to determine the best way of testing your products while maintaining acceptable cycle times. Our testing automation solutions can be implimented both in line and off the line depending upon the customer requirement

Our Product testing solutions includes but not limited to :

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PCB assembly testing methods are an integral part of the manufacturing process. We offer a variety of PCB testing methods, which includes:

  • In-circuit testing
  • Flying probe testing
  • Automated optical inspection (AOI)
  • Functional testing
  • Other functional testing (solderability, contamination, and more)
Vision system technology and methods are used to provide imaging-based automatic inspection and analysis for applications such as automatic inspection, process control, and robot guidance, in manufacturing industry.

Choosing the right vision system is essential to meeting the needs of your specific vision applications. Broadly speaking the different types of vision systems include.

  • 1D Vision Systems
  • 2D Vision Systems, Line Scan or Area Scans
  • 3D Vision Systems
  • Machine vision systems
  • AI bases visual inspection
" Our mission is to enable manufacturers to automate their production
process with iOT and AI, ensuring their productivity. "