Soldering Robot & Soldering Irons

https://korean-electronics.com//inquiryExso Corp., ltd. was established in 1978 as the nation’s first specialized company for soldering iron and PCB-related equipment.
The products from the company are being exported to more than 30 nations, being recognized as the both nominally and virtually global top brand. The steady investment in R&D has naturally resulted in accumulated brand awareness in global markets. As all of its products from commercial soldering iron to PCB-related equipment to peripherals were produced with strict process of quality management, any clients can use them in full trust.

 

Desktop 4-axis Soldering Robot (AutoRo-5634)

This soldering robot is designed to be used in various facilities at a reasonable price and is economical. Regardless of location and position, this as a tabletop equipment is easy to install. This adopts a high-frequency and high-efficiency mode (direct heating). The heating method can be applied to select for the job. The convenient one-touch indutip in turn benefits the workability in replacement schemes. A drilling method has been applied to the system for shatterproof protection.
This can be applied to various products and soldering temperature can be freely set. As it can adjust the soldering iron unit in different directions, you can prevent the PCB and component damage. Numerical control is available in setting temperature (room temperature conditions: ± 1˚C). With portable LCD teaching pendant, the programming is simple and easy to learn. In the soldering process, solder tip has a fast heat recovery and long life.

 

Pistol-type Wireless Soldering Iron (EX-376G)

This wireless soldering iron has an excellent portability with rechargeable soldering iron. It is possible to shorten the working time by fast preheating time of 20 seconds. The high performance of maximum 420˚C enables soldering at high temperatures. This can be used continuously for two hours after one charge. The front LED lamp enables work in dark place. The ergonomic design allows the user to operate easily.

 

Rechargeable Wireless Soldering Iron (EX-376)

This has an excellent portability with rechargeable soldering iron. It is possible to shorten the working time by fast preheating time of 20 seconds. The high performance of maximum 420˚C enables soldering at high temperatures. This can be used continuously for two hours after one charge. As it is designed as stand-type, storing operation is easy and convenient working environment is ensured. The front LED lamp enables work in dark place. This equipment is also designed in consideration of ergonomic merit, and thus allowing the user to operate easily.

 

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Deep Learning Machine Vision Solutions

https://korean-electronics.com//inquirySUALAB is a leading provider of deep learning machine vision solutions. SUALAB, home of excellent engineers from deep learning and machine vision fields, combines the technologies of those industries to develop products that provide more convenience to people’s daily lives.
In particular, SUALAB enables fast and accurate machine vision inspection by using deep learning algorithms and image analysis technologies.
This solution, ‘SuaKIT’, is applicable in various manufacturing industries such as electronics (display, PCB, semiconductors, batteries, etc.), automotives, and others where existing machine vision technology is not easily implemented.

 

Deep-learning S/W Library for Machine Vision ‘SuaKIT’

SuaKIT accurately detects position, area, and shape of the defects in the unit of pixels. It classifies multiple images in line with predetermined classes. This solution detects, and classifies various types of objects in a single image in a box form.
The company’s president explained, “In line with 4th industrial revolution era, the demand for factory automation solutions in the near future is expected to increase, and so we decided to pioneer a new market for us where big strides so far had not been made through existing technologies –by utilizing our differentiated technologies.”
SUALAB has successfully commercialized solutions for various kinds of manufacturers including Samsung, POSCO, Kolon, Korea Minting and Security Printing Corporation, etc. – based upon its own differentiated AI technologies. SUALAB was selected as a global top-8 start-up in Asia’s only machine vision area in 2016 by the AIA, the largest global machine vision association, in recognition of such performance.
SUALAB was also awarded the grand prize in the machine vision section at the ‘2018 Industry Awards Korea,’ where the company was recognized for creating new value by developing technology related to the manufacturing industry. And early this year, SUALAB participated in a global business meeting where global business issues were dealt with between a BMW official and nine domestic start-ups hoping to advance into overseas markets in both vehicle (AI, sensors, and autonomous driving, etc.) and convergence areas (braille skills, new materials, manufacturing process).

A spokesperson for the company raised expectations by saying “Cooperation with a multinational company offers an invaluable opportunity for start-ups to scale-up, so through this we will aggressively proceed with investment inducement, pioneering overseas sales opportunities.”

 

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Surface Treatment and Processing of Pless Plates

https://korean-electronics.com//inquirySungsan High Tech was established in 2000 and has been engaged in the surface treatment and processing of pless plates for forming centering on SUS plates that are used for lamination such as the SUS plate for CCL, MASSLAM, MLB, FPCB, etc. and also jigs and fixtures.
Sungsan High Tech has so far made great efforts to develop technologies required for processing various types of plates and for surface treatment and processing and secured the quality winning trust of many customers, which enabled it to continuously supply its products to professional PCB companies.
While a variety of PCB materials including those that are used for electronic products such as computers and smartphones, it has made enormous efforts to localize the SUS plate, which had depended on imports for 30 years, and in response to customer demands for quality specification and precision and also made efforts to enhance quality and reduce costs by combining new materials and production.
Currently, Sungsan High Tech is locally supplying parts that PCB companies need when entering overseas markets. Also, it has made efforts since 2017 to localize some of the SUS plates that had depended on imports for 30 years, and as a result it successfully localized SUS plate301 for the first time in South Korea in the beginning of 2018 and began to sell the plate to domestic and foreign (Chinese) PCB companies.
The localized SUS plate is at least 30% less expensive than the imports and can be quickly delivered within two months, whereas imports from Japan currently take around ten months. This increases competitiveness and expansion in domestic and overseas markets is expected.
Sungsan High Tech has delivered its products to more than 100 domestic companies including professional PCB production companies, Samsung Electromechanics Co.,Ltd., Dae Duck Electronics Co., Ltd., Doosan Corporation Electro- Materials, etc. Sungsan High Tech is steadily supplying its products to PCBspecialized companies thanks to the client companies’ accumulated trust in the quality of its products, as a result of its developing technologies required for various kinds of plate processing and its all-out efforts for developing of newer surface treatment methods. Currently, Sungsan High Tech is largely exporting to China, Vietnam, Singapore, and the Philippines.

 

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Optical 3D Scanner

https://korean-electronics.com//inquiryFirst launched in 1995, the ATOS series of 3D scanners has been continually developed by utilizing state-of-the-art technology.
Today, optical 3D measuring technology and full-field surface measurement systems have become a standard tool within virtually all industries worldwide. ATOS systems are used to reduce development times, optimize production processes and, at the same time, improve process security.

 

Full-field Measurement

ATOS is a 3D coordinate measuring machine. The fast, non-contact, optical 3D scanners deliver a high-resolution point cloud which precisely describes free-form surfaces and primitives regardless of part sizes, surfaces, finishes, and geometries. ATOS provides three-dimensional measurement data and analysis for industrial components such as sheet metal parts, tools and dies, turbine blades, prototypes, injection molded parts, castings, and more.

 

Self-monitoring Systems

The high-resolution 3D scanners from the ATOS product line guarantee high process security. The proven stereo camera setup allows a completely self-monitoring system. Calibration and sensor movements are checked continuously preventing measuring errors and thus delivering accurate and reliable measuring data. The projection unit‘s narrowband Blue Light Technology enables precise measurements regardless of ambient light conditions.
Used in conjunction with GOM‘s professional inspection software, ATOS supplies full-field deviations from CAD, complete shape & dimension analyses, and comprehensive measurement & inspection reports.
ATOS 3D scanners are key elements of the entire process chain, from construction through to production and maintenance including shorter research and development times, faster production processes, and improved quality assurance within the entire lifecycle of the product.
Preset sensor models for different resolutions and measurement field sizes can be exchanged quickly and reliably. After the change, there is no need for re-calibration.
The projection technology developed by GOM operates with narrowband blue LED light. As a result, accurate measurements can be taken independently of ambient light conditions.
In ATOS Core, the two cameras are combined with the projector to capture three views of an object in a single measurement process. This requires fewer scans and delivers higher quality data – even on shiny and complex objects.
Thanks to the proven stereo camera setup, ATOS Core monitors its own activities. Calibration, transformation accuracy and component movements are subject to continuous control. This guarantees that the system generates reliable and precise measurement data.
Different software packages are available for ATOS Core. In GOM Scan, the focus is on 3D meshes, while ATOS Professional offers a broad range of functions for parametric inspection.
To enable quick and accurate component and fixture referencing, ATOS Core can be extended to include a photogrammetry option – with TRITOP for manual or ATOS Plus for automated applications.

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Measuring System for Optical 3D Deformation Analysis

https://korean-electronics.com//inquiry

Optical 3D Deformation Analysis

OMA Company’s ARAMIS helps users to better understand material and component behavior and is ideally suited for monitoring experiments with high temporal and local resolution. ARAMIS is a non-contact and material independent measuring system providing 3D surface coordinates, 3D displacements and velocities, surface strain values, and strain rates.
Unlike other techniques, ARAMIS is a robust solution for full-field analysis of small specimens (mm) and up to large components (multiple 10 m). Measurements are carried out independently from geometry and temperature without timeconsuming and expensive specimen preparation.
ARAMIS is the solution for determination of material properties, component analysis, verification of finite element analysis, and real-time controlling of testing devices.

 

Sub-pixel accurate image processing for 3D surface, displacement and strain measurement

ARAMIS evaluates high-resolution images recorded from any test object during loading. With the help of adjustment computations, a precise mathematical calibration model of the sensor setup is calculated including camera positions and lens distortion parameters.
The image processing is based on the principle of digital image correlation. Gray value distributions are calculated for a large amount of small subsets in each camera image and provide sub-pixel accurate positions about corresponding points between all images.
The mathematical model of the sensor setup, the digital image correlation method and a triangulation calculation are combined to derive highly accurate 3D coordinates. Subtracting the surface information in all loading stages in 3D space provides precise X,Y and Z displacement values.
Strains are calculated considering the component‘s geometry and plasticity theory. As the image acquisition is time-based, 3D velocities and strain rates are automatically achieved.
ARAMIS provides the measurement results as full-field 3D coordinates, displacement strains, fine resolution 3D mesh, plain strain tensor, and object contour based visualization.

 

 

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High-definition Visual Inspection System

https://korean-electronics.com//inquiryVisual inspection, magnifying glasses, and microscopes are generally used as product inspection methods in industrial sites. Such methods, however, require a long time of inspections and thus lead to the sharp decline of productivity by causing fatigue increase, declining sight, and lack of motivation for workers.
As a result, many workers in industrial sites are reluctantly choosing to leave their work, causing greater loss to businesses.
Accordingly, the high definition visual inspection system developed by Dae Duk Image Corporation is strongly recommended. If workers can use this system, they can be definitely free from being exposed to fatigue increase, declining sight, and lack of motivation for works. This product can thus provide a better working environment to workers and increase the operation efficiency significantly.
This visual inspection system is largely used for production-related inspection in all areas of industries. Currently Dae Duk Image largely manufactures three models of high definition visual inspection system – FPCB230, FPCB430, and FPCB320.
These models, having much in common in functional features, can directly store the high-definition image at a camera and measure the targeted object by using non-complicated measuring software without a computer. These models’ shutters can be operated manually. The image size to be stored is 1920 x 1080x 240 bit. The pixel of the image to be stored is 2.75 x 2.75 um. The exposure of the three models can be adjusted both automatically and manually.
Established in 1999, Dae Duk Image Corporation is a professional image and analysis equipment company that supplies image interpretation and analysis equipment including visual inspection equipment, microscope system, industrial X-Ray inspection equipment, EDS, etc.
Dae Duk Image has made ceaseless efforts for improvement of service technology and customer satisfaction and it is thus considered a highly trusted company by its clients based upon its high-level technology, honesty, and sincerity.
Since Dae Duk Image’s products are medium-and low level priced industrial inspection equipment, its equipment’s manufacturing can be customized according to each client company’s specific requirements in the manufacturing process.

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Sleep Lights

https://korean-electronics.com//inquiry[INQ. NO. 1809E10] GB-Solutions Inc. is an enterprise that develops various LED smart products and LED lighting control systems for buildings with its web-based S/W implementation technology, and the LED H/W wireless controlling technology as its core foundation.
Under the mission of “More Valuable, More Convenient,” GB-Solutions is continuously aiming for higher technology and providing novelty for its customers. Its typical products include the wireless LED controller device (smart-LED controllers) which can be universally applied to LED lighting and the Luna Square, which has applied the smart LED controller to the LED table light.
Luna Square is the most convenient and safest sleep light in the world. Main functions of Luna Square include the turning on/off, brightness control, timer and motion switch and its big advantage is that you can operate it using the application in your smartphone by connecting such functions through the Bluetooth. Luna Square has various models and has another advantage that it is safe from the burn or fire as it uses a low-power 4W LED bulb with very low heating.
In addition, even if it is turned on for a whole month, the electricity cost amounts to only about KRW 400, which is very economical. Due to the simple and modern nature of its design, it provides you with a cool interior effect blending well with the surrounding environment no matter where it may be located.
It is possible to adjust the brightness finely ranging from 0% to 100% using the application. Otherwise, using the touch switch on the front panel, you can adjust the brightness according to five levels. In addition, you can set the timer up to 60 minutes in 10-minute increments using the application.
You can turn on/of Luna Square easily by gently shaking your smartphone right and left until vibration occurs. Automation pairing is possible within the Bluetooth communication distance between Luna Square and the smartphone. Finally, you can use Luna Square in the same brightness when you turn it on/off by storing the set brightness in the memory.
GB-Solutions has been developing inroads for marketing through the point of contact with customers by participating in both domestic and foreign exhibitions. Also, GB-Solutions strives to connect its activities in the site to R&D for developing better models of Luna Square. Various models of Luna Square satisfy customers according to the purpose of each production.

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3D Audio HMD

https://korean-electronics.com//inquiryWhoborn has developed real 3D audio “HMD”, which is the world’s first wearable headset-type device that offers great sound quality that tops VR images. It is based on patented technology that allows easy shifting among the VR, AR, and MR modes. It is a 360° Real Audio technology, and is a flexibly wearable HMD with a transforming mechanism. It functions as a stand-alone smart computer, and it is the world’s first wearable headset device that is based on a number of patented technologies in countries such as the United States.

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SE CARD

https://korean-electronics.com//inquiryWhoborn’s SE CARD is a next-generation security system where the pictures and purpose of visitors, which are printed on a power-free display, are visually checked. At the same time, the encrypted identification of each person is checked through an NFC tag.
This security system visually checks whether the picture and the documentary information printed on the card match with each other without using an additional device. With the E-Paper technology, the card’s content can be conveniently modified for reuse, and a QR code or barcode can be displayed if needed. This system displays input information without the need for power. Security is enhanced by the use of an NFC tag that contains a unique identifier. The access can be effectively managed by checking and uploading information through a PC or a mobile application. This system can be used for visitor passes for companies, vehicle access and parking management, controlled access to apartments (e.g., milk, newspaper, and parcel delivery, and so forth).

 

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3D Printer Solution

https://korean-electronics.com//inquiry[INQ. NO. 1809E09] Whoborn Inc.’s 3D printer solution is capable of responding to the use of convergent materials. This solution calculates physical information such as weight and the hardness and temperature of normal nonconductors (e.g., ABC, PLA, resin, and others), conductors (e.g., carbon and metal), and biomaterials, and prints out the results under automated control.
This solution is worthy to be called the most ideal automated design and control solution for 3-D printers in the “fourth industrial revolution” era.
Whoborn has expanded its technical capacity by developing and supplying exclusive software for large 3-D carbon printers. This solution has various applicable areas. This convergence technology enables design and printing for various areas such as sensors, medical equipment, ships/automobiles, drones, PCB, and 3DP S/W for the prototype manufacturing of products such as IoT.

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