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Tongda Analysis Equipment Is Easy To Use

Posted by tongdaedith on Aug 15, 2019 in News

Select Tongda analysis equipment to ensure that you can perform analytical operations that you once needed to detect trace elements in steel such as boron. In alloy steels, boron has positive properties, such as increased alloy steel hardness - ideal for construction. However, the limit for boron classified as alloy steel is only 0.0008 ppm. If an alloy with an incorrect grade eventually appears in a car, building or machine and fails, it can lead to catastrophic consequences and even death.

With Tongda analysis equipment, you can enjoy the benefits of mobility and light weight. Our equipment has low requirements for the working environment, and the startup time is fast, which greatly reduces the downtime involved in the inspection.

Tongda’s analytical equipment is easy to carry and lightweight, and usually requires very little user training. This analyzer is mainly used for metal scrap sorting and incoming inspection in manufacturing. It features fast detection, long-lasting durability, and the ability to sort metal in one second. It is rugged and durable, even under the toughest operating conditions, and is often less troublesome for licensing and approval. Connect your devices directly to the ExTOPE Connect mobile app to share results anytime, anywhere, while our cloud services allow you to securely store results, share data instantly and access it from any computer in real time.

The combination of the two, in any environment can achieve your testing needs, control quality levels, improve business efficiency.

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Main Features Of Tongda Analysis Equipment

Posted by tongdaedith on Aug 9, 2019 in News

Tongda analysis equipment mainly uses X-ray penetration, integrated optoelectronic technology, fusion of computer, digital signal processing and other technologies to distinguish, extract and discriminate image information through visual and pattern recognition, and finally realize foreign matter mixed in food. Or the processing of missing products.

Using Tongda’s ability to analyze the penetration of materials, from hard objects such as bones and plastics to various types of metal foreign objects, it can be detected with higher sensitivity and stability, helping you to improve the quality of finished products more effectively. Not only can detect foreign matter in food, including metal, glass, ceramics, stones, bones, plastics, etc.; it can also identify product defects, such as packaging cracks, bubbles, content defects, etc.; to achieve complete product testing. Tongda analytical equipment is widely used in the food industry; pharmaceutical industry; textile industry, integrated circuit board and other industrial industries. Quality control in the food industry to meet HACCP and IFS requirements Identify product defects, such as product damage, product distortion or product loss, to eliminate product quality hazards.

The main features of Tongda’s analytical equipment:

1 There is no product effect, and the detection capability is not susceptible to electromagnetic interference.

2, X-ray leakage is small, in line with international standards, will not cause damage to the operator.

3. The software has many functions such as product parameter storage, image storage, detection log storage and product quality assessment management.

4. The absorption effect of X-rays in different directions is different for irregular foreign objects, and the multi-view X-ray source ensures the detection of irregular foreign objects.

5. In addition to the basic functions such as foreign matter detection in the software, it also has many auxiliary functions such as packaging defect detection, food defect detection and weight analysis.

6. Tongda analysis equipment has software self-learning function. Through automatic software analysis of the measured object, the X-ray voltage and current parameters are adjusted to ensure the best detection accuracy.

7. Simultaneously working with multi-view X-ray source, one vertical direction and two horizontal ray sources simultaneously illuminate the product, covering the entire area to the greatest extent, and avoiding the blind area to improve the possibility of detection.

8. Developed Windows-based Tongda analysis device software, which realized parameter setting control and mechanical control of X-ray foreign object detection and rapid foreign object detection algorithm of X-ray image. The man-machine interface is friendly.

9. For foreign objects, it is often close to the edge or bottom of the product or package. The multi-angle X foreign object detector uses the self-use area shielding technology to detect the foreign objects at the edge to avoid false detection.

10. The Tongda analysis device adopts the high-speed video CameraLink interface protocol to achieve a maximum image transmission speed of 1.6 Gbps, which ensures the system has good real-time performance in high-speed detection. In addition, the use of the CameraLink image acquisition card greatly enhances the detection. System versatility and scalability.

11. The function of X-ray camera is realized by high-integration pure digital solution. The driving of X-ray line array detector, the acquisition and transmission of image data, and the image pre-processing algorithm are all realized on the single-chip FPGA. It greatly simplifies the structure of the system, improves the reliability of the system, and reduces the failure rate of the equipment. The system is more reliable, stable and partial to maintenance.

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Non-destructive Testing Of Tongda Analysis Equipment

Posted by tongdaedith on Jul 19, 2019 in News

Non-destructive testing of Tongda analysis equipment refers to the use of heat, sound, light, electricity, magnetism, etc. caused by abnormalities or defects in the internal structure of the material without damaging or affecting the performance of the object to be inspected without damaging the internal organization of the object to be inspected. The change of reaction, by means of physical or chemical means, with the help of modern technology and equipment, the type, nature, quantity, shape, position, size and distribution of the structure, nature, state and defects of the test piece and its surface Change the way to check and test.

Why do you want to perform non-destructive testing of Tongda Analysis Equipment?

Non-destructive testing of Tongda analytical equipment is one of the more direct and effective ways to find safety hazards. The larger feature is that it does not damage the object to be measured, and has high sensitivity, and can detect small defects and internal defects that cannot be observed by the naked eye.
When do I need to perform non-destructive testing of Tongda analytical equipment?

In the stage of manufacturing pressure vessels.

After use, check it regularly.

When improving the production process, understand whether the production process is appropriate.
What is non-destructive testing of Tongda analytical equipment?

Using characteristics such as sound, light, magnetism and electricity, without detecting or affecting the performance of the object to be inspected, detecting whether there is a defect, and giving information such as the size, position, nature and quantity of the defect, thereby The technical state of the object to be inspected, that is, the eligibility, the remaining life, and the like are determined.

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Tongda Analysis Equipment Has Complete Protection

Posted by tongdaedith on Jul 12, 2019 in News

Tongda analysis equipment will release x-ray rays. For the human body, if excessive absorption of x-ray will cause harm to the human body, how is the Tongda analysis device designed for radiation protection? Let me give you a concrete answer.
The x-ray machine chassis adopts the steel-lead steel three-layer structure design. At the beginning of the xray discovery, the experiment found that the lead plate can effectively isolate the x-ray light penetration and prevent the human body from being exposed to x-ray light;
The visible glass window is also a lead-containing glass plate with a thickness of about 21 mm;
Some people may worry that during the operation of the Tongda analysis device, if the chassis door is opened, it will not release x-ray rays. In design, the Tongda analysis device adopts the safety interlock function, that is, only the closed state x-ray can start normally. , x-ray can not open doors and windows during normal operation;
X-ray detection radiation safety standard: <=0.5mR/Hr

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Does Tongda Analysis Equipment Cause Damage To The Human Body?

Posted by tongdaedith on Jun 28, 2019 in News

The X-ray used by non-destructive testing equipment manufacturers is a short-wavelength electromagnetic wave with strong penetrating power. It was discovered by the German physicist W.K. Roentgen in 1895, so it is also called Roentgen Ray. Over the years, people have been constantly exploring and innovating. X-rays have been widely used in people’s lives and work areas. However, one thing that cannot be ignored is that X-rays are harmful to human health. The greater the amount of X-ray exposure, the greater the damage to the human body.

X-ray exposure can accumulate in the body. The main hazard is the lethality of white blood cells in human blood components, which reduces the number of white blood cells in the human blood, which in turn leads to a decrease in immune function of the body, making the bacteria easily invade the body and become sick. First of all, I would like to say the working conditions of the Tongda analysis equipment, that is, the trigger conditions for X-ray generation. The main part of the Tongda analysis equipment is the X-ray tube. Without X-ray tube X-rays are not available, then the X-ray tube is what?

To put a simple assumption, of course, this is not rigorous. You can think about the bulbs used at home. X-ray tubes are similar in style. The premise of X-ray tube radiation is that the power must be turned on and then generated by the controller. high pressure. This means that the Tongda analysis device will not generate any radiation when it is not energized. If the high voltage does not generate electrons, the electrons will not hit the anode target, and no radiation will be generated at all. Therefore, friends who worry that the Tongda analysis equipment has radiation hazard during transportation or storage do not have to worry about it. Because there is no power supply, no radiation will be generated at all.

In another case, for the user, when the power is turned on and the Tongda analysis device is activated by the controller, how can it not be radiated? There are basically only two methods: one is shielding protection and the other is distance protection. The so-called shielding protection is generally carried out by a laboratory made of lead or special reinforced concrete. The X-ray shielding is effective. This kind of protection is designed because the detailed parameters are designed before construction. of.

Distance protection means that there is no effective protection when testing outdoors. At this time, people are required to stay away from the effective ray distance of the X-ray high-voltage generator. It is effective to ask how far it is. I only have theoretical data here. The result of the calculation is that there is no weight to let the stone in your heart fall. However, at the scene, the operator is equipped with a high-precision radiation warning dose device, so that you can work with peace of mind, peace of mind, and practical work.

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Tongda Analysis Equipment Strength Is A Good Helper

Posted by tongdaedith on Jun 19, 2019 in News

X-ray inspection machines are very important testing equipment in modern industrial production. Whether it is in lithium batteries, SMT, semiconductors, LEDs, or automotive electronics, aerospace components, medical products and other industries have a wide range of applications.

Why are X-ray applications so extensive?

First, let us understand what is X-ray?

X-ray is a kind of electromagnetic wave with extremely short wavelength and great energy. It has strong penetrating power and can penetrate various kinds of substances of general density that cannot be penetrated by visible light.

Second, let’s take a look at the principle of X-ray detection.

The principle of X-ray detection is to emit X-rays through the X-ray generator, which can penetrate the test samples without damage (for example: PCB board, lithium battery, etc.). According to the difference in light absorbance of the sample material, X-rays are received by the image intensifier and imaged. And taking pictures, comparing, analyzing and judging the formed images.

So, how does the Tongda analysis equipment device perform the inspection?

Detection range and effect:

1, lithium battery industry battery inspection

2, PCB electronic components internal defect inspection

3, automotive electronic assembly inspection

4, IC package inspection

5. Aerospace component inspection

6, LED placement inspection

7, medical product packaging inspection

Tongda Technology’s Tongda analysis equipment is widely used in the above industries. As an important means of non-destructive testing, it has played an important role in improving product quality. At the same time, we have also launched other inspection equipment series, which is believed to meet the needs of different customers.

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Adjustment Of Tongda Analysis Equipment

Posted by tongdaedith on Mai 8, 2019 in News

The Tongda analysis device circuit has no adjustment part except the sensitivity adjustment potentiometer. As long as the welding is correct, the circuit can work normally. When the whole machine is static, that is, when the speaker does not sound, the total current is about 10mA. When the sound of the metal speaker is detected, the current of the whole machine rises to 20mA.

If the new Tongda analysis equipment does not work properly, first check whether the components on the circuit board and the wiring are soldered incorrectly, and then measure whether the battery voltage and the power supply loop are normal. The voltage regulator diode VD1 is stable between 5.5 and 6.5V, VD2. Do not weld the polarity. Do not weld the primary and secondary ends of the oscillating coil in the disc.

Tongda Analysis Equipment Maintenance Instructions:

1. Equipment maintenance (especially welding and drilling) is prohibited during the operation of the equipment. An isolation barrier should be provided to prevent welding slag and debris from scattering.

2. A complete isolation board should be used when installing new equipment.

3. Prior to transporting the repaired equipment back to the production line, it should be cleaned with magnetic pads, brushes and a vacuum cleaner.

4. After completing any repairs or installations, a quality assurance team member should inspect the equipment and its surrounding area.

5. Tongda analysis equipment usage precautions.

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Tongda Analysis Equipment Received State Funding Support

Posted by tongdaedith on Mär 13, 2019 in News

X-ray inspection, divided into industrial large parts inspection; plastic bonding; safety inspection; IC, small motor, circuit board parts inspection; medical;

Xray micro focus Use: Check the chip, the internal structure of the device, bit shift.

Uses: Semiconductor BGA, circuit board and other internal displacement analysis; to facilitate the determination of BGA welding defects such as empty welding, virtual welding

XRAY: Micro-focus X-rays can pass through the molding compound and image the metal parts inside the encapsulation. Therefore, it is particularly suitable for evaluating lead deformation caused by flow induced stress. In circuit testing, the result of lead breakage is an open circuit, and the leads are The cross or lead is pressed on the edge of the die pad or on the metal wiring of the chip, which appears as a short circuit. X-ray analysis also evaluates the generation and location of bubbles, which are easily detected in large cavities larger than 1 mm in diameter.

Xray is related to the difference between CT: In simple terms, XRAY is projected by a concentrated beam to output a gray image, and CT is simulated as a three-dimensional image by rotating the beam and the sample and scanning each projection by computer tomography. Microfocus xray, mobile ray tube also has CT three-dimensional imaging computed tomography.

Standard detection resolution <500 nm; geometric magnification: 2000 times maximum magnification: 10000 times;

Low radiation: less than 1 μSv per hour; Voltage: 160 KV, open tube design

Anti-collision design; BGA and SMT (QFP) automatic analysis software, gap calculation software, general defect automatic identification software and video recording. These features are ideal for a variety of 2D inspection and 3D microfocus computed tomography (μCT) applications.

Tongda is a professional R&D manufacturer of analytical instruments. Tongda analysis equipment has received great financial support from the state. Whether it is in the use of equipment or in terms of price, it is very advantageous. Welcome all interested customers to contact us. Believe that we will not let you regret it.

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