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  • How to properly maintain and store SMT splicing tape?
    SMT splice tape is a tool commonly used in electronics manufacturing for connecting surface mount components. How to properly maintain and store these SMT splicing tapes is crucial, which can effectively extend their service life and improve work efficiency. First of all, the maintenance of SMT splicing tape is very important. 1. Make sure the surface of the patch tape is clean to avoid dust and impurities from adhering. 2. Be careful not to store it in an environment with humidity, high temperature or direct sunlight, so as not to affect the adhesiveness and elasticity of the tape. 3. Check the status of the tape regularly. If damage or aging is found, replace it in time to ensure production quality. Secondly, the correct storage method is crucial to maintaining the quality of SMT single splice tape. It is recommended to store the tape in a cool, dry place and avoid prolonged exposure to air. In addition, you can use a special Smd tape splicing tool to roll up the tape during storage to avoid moisture or damage. This can not only extend the service life of the SMT splicing tape, but also improve the accuracy and efficiency of patch work. By cleaning regularly, keeping it dry, avoiding exposure to harsh environments, and using appropriate storage tools, you can effectively extend the life of SMT splicing tapes, improve production efficiency, and reduce production costs and waste caused by tape damage.

    2024 03/09

  • How to use SMT splice tools to achieve efficient production?
    SMT splice tools are tools used for surface assembly of electronic components, allowing for efficient production. Here are some suggestions for efficient production with SMT splicing tools: 1. Choose suitable welding tools: Choose suitable SMT splice tools according to production needs and product characteristics, such as SMT Machine, wave soldering machine, hot air soldering iron, etc. 2. Automated production line: Establish an automated production line and integrate SMT splice tools with other production equipment to achieve automated production and improve production efficiency and quality. 3. Regular maintenance and upkeep: Perform regular maintenance and upkeep on SMT splice tool to keep the equipment in good working condition, reduce failure rates, and ensure smooth production. 4. Training operators: Provide professional training to operators to improve their operating skills and proficiency, reduce operating errors, and improve production efficiency. 5. Carry out production optimization: Continuously optimize production processes and techniques, improve production efficiency and product quality, reduce production costs, and enhance competitiveness. Through the above measures, SMT splice tools can be fully utilized to achieve efficient production, improve production efficiency and product quality, and meet market demand.

    2024 02/23

  • How does SMT feeder improve production efficiency?
    SMT is a component installation process commonly used in the field of electronic manufacturing, and its efficiency directly affects the efficiency of the entire production line. In order to improve the production efficiency of the SMT feeder, the following aspects can be optimized. Optimize the process flow: analyze and optimize the production process flow of SMT feeder, reduce unnecessary links and cumbersome operations, and improve production efficiency. Reasonable arrangement of equipment: According to production needs, appropriately increase the number of SMT tape feeders to increase production capacity and quantity. Automated production line: introduce automated production equipment to reduce manual operations and improve production efficiency and quality stability. Data analysis and optimization: Analyze production data to identify bottlenecks and problem points in the production process, optimize and improve them, and improve production efficiency. Training operators: Provide professional training so that operators can master the operating skills and maintenance knowledge of SMT feeders and reduce operating errors and equipment failures. Regular maintenance: Regularly perform preventive maintenance and maintenance on SMT machine, and perform timely maintenance and upkeep on the equipment to ensure the normal operation of the equipment. Through the improvement measures in the above aspects, the production efficiency of SMT can be effectively improved.

    2024 01/18

  • What kind of SMT clean products are suitable for your equipment?
    Choosing the right SMT cleaning product for your equipment is very important, as different equipment may require different types of cleaning products to ensure proper operation and long-term reliability. Here are some common SMT clean products and their characteristics: Cleaners: Great for removing dirt and grease from equipment. The appropriate type can be selected according to the requirements of your equipment to avoid damage to the equipment. Ultrasonic cleaner: Uses ultrasonic vibration to generate bubbles to remove dirt and grime on the surface of the equipment. More suitable than other cleaners for cleaning small areas of SMT equipment. SMT Clean Wipes: Clean wipes are a common cleaning product used to wipe down equipment surfaces and components. You can choose a cleaning cloth with finer fibers to ensure better cleaning results. SMT Clean Rolls: Typically used to remove excess solder paste, dust and other dirt from printed circuit boards to ensure board quality and performance. Static rod: A device suitable for removing static electricity from the surface of equipment. In SMT equipment, static electricity can attract dust and impurities and reduce the performance of the equipment. Static wands neutralize static electricity by releasing opposite charges and keep device surfaces clean. To sum up, choosing the right SMT cleaning product for your equipment requires considering the cleaning needs, equipment type and cleaning effect. Depending on your equipment needs, through the correct selection and use of cleaning products, you can ensure that your SMT equipment remains in good clean condition and guarantees its normal operation and long-term reliability.

    2023 12/15

  • How to correctly use SMT feeder to improve production efficiency?
    SMT is a surface mount technology that has been widely used in electronic manufacturing. The SMT feeder in SMT Equipment is a key component used to accurately place surface mount components on the PCB. Choose a suitable feeder: Different models of feeders have different characteristics, such as fixed-point accuracy, speed, reliability, etc. Preparatory work: Check the working status of the feeder and other related equipment to ensure their normal operation. Clear the work area to ensure that no debris or residue interferes with feeder operation. Prepare the required surface mount components and PCB board. Optimize the placement of components: Classify components according to their type and size, and place them in appropriate locations, making it easier and faster to pick and place components. Familiar with the operation of the feeder: Understand how to correctly set parameters such as the coordinates, speed and force of the feeder to ensure accurate placement of components. Learn how to calibrate and adjust to accommodate different types and sizes of components. By using SMT feeders correctly, manufacturing companies can improve production efficiency, reduce costs, and provide high-quality products. Preparation, appropriate equipment selection, familiarity with operation, optimized procedures, regular maintenance and continuous improvement are key to achieving this goal. The working principle of the SMT feeder mainly has the following steps: First, load the electronic components to be mounted into the SMT feeder cart of the feeder; then, the feeder uses a motor or servo motor to feed the electronic components as required The feeding position of the equipment; finally, under the control of the equipment, the electronic components are accurately mounted on the PCB.

    2023 12/05

  • How to choose suitable SMT feeder accessories and consumables?
    It is very important to choose suitable SMT feeder accessories and consumables because they directly affect the efficiency and quality of the SMT production line. Consideration needs to be given to required feeder accessories such as vacuum nozzles, vacuum tubes and mouth plates. Suitable vacuum tubes and mouth plates need to be selected to ensure a smooth feeding process. You also need to consider the choice of consumables. Consumables include SMT tape, patch paper and permanent patch materials. SMT tape is an important material used to fix the piece of material. Its stickiness and heat resistance should be taken into consideration to ensure that the stability of the material can be maintained during the patching process. The patch paper is used to protect the patch tape and the material, which can reduce damage to the material. Permanent patch material is used to reinforce components that may be subject to greater stress during the welding process. Care needs to be taken to choose the right consumables supplier. Considering the particularity of SMT production, it is recommended to choose suppliers with a long history and good reputation. They are usually able to provide high-quality accessories and consumables, and can provide timely technical support and after-sales service. When selecting suitable SMT feeder accessories and consumables, you also need to consider comprehensively based on actual production needs. For factories that produce multiple varieties and small batches, it may be necessary to choose accessories and consumables suitable for quick replacement to improve production efficiency. For factories with mass production, they may pay more attention to the durability and stability of accessories and consumables to ensure that long-term continuous production is not affected. There is also a cost factor to consider. When choosing the appropriate SMT feeder parts and consumables, not only do you need to consider its quality and performance, but you should also consider it comprehensively based on the actual budget of the factory. When choosing accessories and consumables, you need to weigh the pros and cons and find a balance that ensures quality and efficiency while minimizing costs.

    2023 11/23

  • What is the use of SMT splice tape?
    SMT splice tape is a tool used in surface mount technology. Its main use is the precise assembly of small electronic components onto printed circuit boards during the production of electronic components. SMT splicing tape is usually made of plastic material and comes in a roll shape, which contains a large number of neatly arranged holes, each with a component. Common splicing tapes include SMT single splicing tape, double splice tape, and other SMT special splice tape. There are also multiple colors to choose from, such as yellow, blue, and black. SMT single splice tape are also available. Equipped with SMT splice clip. 1. Component protection: The small holes in the SMT splicing tape can accurately accommodate components, which can effectively prevent damage or deformation of components, as well as prevent collision and friction between components and other components. It can also effectively protect electronic components from the external environment, such as dust, moisture, etc. 2. Improve work efficiency: By accurately connecting the components to the SMT splicing tape, the placement equipment can automatically remove the components from the splicing tape and attach them to the pads. This automated feeding function can greatly improve Production efficiency, reducing the time and cost of manual operations. 3. Easy to store and manage: SMT splicing tape has a roll structure, which can be conveniently stored and managed. Can be suitably packaged and labeled for quick supply when needed. 4. Adapt to components of different sizes: Can be customized according to components of different sizes to meet different needs. By adjusting the size and arrangement of the holes, a variety of different sizes, shapes and types of components can be accommodated. The main uses of SMT splicing tape include component protection, improving work efficiency, facilitating storage and management, and adapting to components of different sizes.

    2023 11/09

  • What types and specifications of SMT Splice Tape are available?
    SMT Splice Tape is an assembly equipment commonly used in surface mount technology. It is used to transport electronic components from the feeding position to the placement position to achieve automated production processes. The types of SMT Splice Tapes can be mainly classified according to material and function. 1. Classification according to materials 1.1 Plastic splicing tape: This is the most common splicing tape. It is made of plastic material and can provide good electrical insulation properties and good mechanical strength. The plastic splicing tape can fix the components with hot glue or double-sided tape to ensure the stability of the components. Common plastic splicing materials include PE, PVC, PET, etc. 1.2 Metal splicing tape: Metal splicing tape is usually used for some components that require high conductivity, such as LED lamp beads. Metal splicing strips can provide better electrical conductivity, effectively reduce resistance and improve current conduction efficiency. Common metal splices include aluminum, copper, etc. 2. Classification according to functions 2.1 Surface tension adjustment: The surface tension adjustment splicing tape can keep the components in the appropriate position by adjusting the surface tension of the splicing tape. This type of splicing tape is usually used for smaller components or specially shaped components to ensure that they do not fall off during transportation. 2.2 ESD handling: ESD SMT Splice Tape can effectively reduce the impact of static electricity on components. This splicing tape is usually made of conductive material that can conduct electricity and protect components from electrostatic damage. 2.3 Dust-proof treatment: Dust-proof splicing tape can effectively reduce the entry of dust and impurities. This splicing tape is usually made of materials with better sealing properties to avoid dust from having adverse effects on components. 2.4 Splicing tape with infrared sensor: This splicing tape is equipped with an infrared sensor, which can monitor the position of components in real time and send out signals in time to ensure that the components are correctly transported to the placement position. In addition to the above categories, there are also some other special types of splicing tapes to choose from, such as SMT Double Splice Tape, special splicing tapes for printed circuit boards, etc. These splicing tapes are constantly being innovated and improved with the advancement of technology and the continuous development of industry needs.

    2023 10/25

  • How to use SMT Splice Tape?
    Using SMT splices comes with the following steps: 1. Preparation: Make sure the work area is clean and tidy, and prepare the required SMT Splice Tape, solder paste and other necessary tools. 2. Place the Yellow SMT Splice Tape on the workbench, making sure the pins of the splicing tape are aligned with the pads on the circuit board. 3. Use scissors or a razor blade to cut the SMT Single Splice Tape to the desired length. 4. Apply solder paste evenly to the pad. 5. Place the pins of the splicing tape on the solder pad, making sure that the pins are in full contact with the solder pad. 6. Use a soldering iron to heat the pins and pads to solder them together. Make sure not to weld for too long to avoid overheating. 7. Check the welding quality to make sure there is no looseness or gap between the splicing strip and the pad. 8. Repeat the above steps until all pins are soldered. 9. Check the welding quality and make necessary repairs or re-welding. 10. Clean the work area to ensure that waste materials generated during the welding process are removed. Please note that when using SMT Splice Tape, make sure to operate in accordance with the relevant operating manual or guidance and follow safety regulations.

    2023 10/11

  • Info News: Basic Instruction On The Proper Handling And Application Of SMT Splice Tape
    October 16, 2018: KDW shares some information on proper handling and usage of SMT Splice Tape: KDW is China's leading manufacturer of high quality SMT and AI Splice Tapes, Splice Tools, Splice Carts and other SMT production Line consumable Products - visit us at www.smtsplicetape.com BASIC INSTRUCTION ON THE PROPER HANDLING AND APPLICATION OF SMT SPLICE TAPE: I. To begin the splicing procedure, first remove protective liners from both ends of the Slicing Tape. II. Place end of OLD reel over the pins , to make a near seamless joint. III. It is recommended to loosen the cover tape by lifting it with a knife about 1/8-inch (3mm) from beginning of the new reel. Place the carrier tape over the pins using KDW Splice Tool. IV. Place end of OLD reel over the pins, to make a near seamless joint. V. Close the Splicing Tool. VI. Place narrow strip of spicing tape over the covers of the joined tape. The narrow splicing tape is for 8mm carrier tape. Use the wider strip of splicing tape for >12mm carriers tape. Extra-long splicing strips are included and are only necessary To use on very wide carrier tape. VII. The Splicing procedure is now completed. Remove the joined carrier tape from the Splicing Tool and feed into the Pick and place machine without line shut-down. Use KDW Splice Tapes to experience good jointing effects. KDW Spliced Tapes is made of high quality materials and has high quality adhesive material to ensure quality. Contact us to learn more about KDW Splice Tapes . View KDW Splice Tapes at Http: //www.smtsplicetape.com/smt-splice-tape/ Website: www.smtsplicetape.com Contact us: kdw@ai-part.com

    2018 10/16

  • Buyers Guide – 10 Things You Need to Know Before Buying an Ultrasonic Cleaner
    Buyers Guide – 10 Things You Need to Know Before Buying an Ultrasonic Cleaner:September 2018 – KDW MACTECH (KDW), Inc., a world-leading provider of automated assembly products, parts, and consumable items A little search in the web will convince first-time buyers of an ultrasonic cleaner that the selection seems almost endless and with prices and features [all over the map." Those looking to replace their ultrasonic cleaner may also be confused by the array of features available and have cause to wonder what they really need for their ultrasonic cleaning procedures. This post will help ease feature selection by letting you focus in on what you really need to do your job – cleaning parts or doing sample preparations. 10 Things you must know before buying your new Ultrasonic Cleaner: 1. Choose the correct dimensions of the ultrasonic cleaner tank for your specific needs. Put another way, how large are the parts being cleaned or the number of samples processed? Measure the dimensions of largest parts to be cleaned (or number of flasks or beakers to be processed) and make sure to select a tank that will accommodate them. In addition, pay attention to the internal dimensions of the parts or sample baskets. Baskets are discussed below. You`ll also need to know the working depth of the cleaning fluid as it relates to the size of parts you`re cleaning. The working depth is the distance from the inside bottom surface of the basket to the surface of the liquid in a filled tank. It`s important because parts being cleaned must be fully immersed in the liquid. Sample prep, on the other hand, may require less depth because the entire container need not be immersed in the solution. (Special units are designed for sample prep operations.) Product specs for benchtop ultrasonic cleaners may not include this information. If they do not, feel free to contact the manufacturer or supplier for this information. On the other hand manufacturers of large industrial tanks often report both tank depth and working depth. 2. What is your purpose for using an Ultrasonic Cleaner? Are you cleaning or are you processing samples? Put another way, what is it you are doing? Ultrasonic cleaners do a lot more than clean parts such as gears, carburetors, PCB boards and surgical instruments. In the lab they are broadly employed to degas solvents, disperse nanoparticles, and emulsify, dissolve, disperse and otherwise prepare lab samples. If you are cleaning parts, to get started you need to consider the following before making a selection: Identify what type of contamination to be removed; there`s a big difference, as you can imagine, between removing coolant from machined parts, varnish deposits from a carburetor, ink from printing rolls, and blood and tissue residues from the surgical instruments. Know the composition of the product being cleaned; different parameters apply to cleaning aircraft engine components and glass capillaries. You`ll need compatible cleaning solution and ultrasonic cleaning frequency. How will the parts be used after cleaning? How do you define [clean"? Will you be cleaning batches or individual parts? What is the component size and weight? Once you define exactly what you`re trying to accomplish the following points will help narrow down your equipment selection. Then it`s time to contact Mactech for specific recommendations. You can visit us at www.ai-part.com and www.smtsplicetape.com, or you can send your inquiries to sales@ai-part.com. 3. Add Baskets to your Spec Sheet. Ultrasonic cleaner baskets and accessories Baskets support parts and sample containers in an ultrasonic cleaner. They affect cleaning and sample processing efficiency and, importantly, protect tanks from damage. Baskets with insulated handles facilitate placing and removing parts being cleaned in hot liquid. They also keep parts, flasks and beakers off the tank bottom where they suppress vibration and lower cleaning effectiveness. In terms of tank life, keep in mind that the bottom of the tank is a vibrating membrane. Any solid item, particularly a metal part, can act as a drill while the ultrasound is operating. Over time this can wear a hole in the tank. That`s a good enough reason to use baskets. Some baskets hang on the tank rim; others are equipped with rubber-coated feet positioned near the corners of the tank bottom where vibration is at a minimum. Fine mesh baskets for small parts can be positioned in beakers or standard baskets. 4. How to Specify Ultrasonic Frequency. Ultrasonic frequency is produced by generator-powered transducers bonded to the bottom of the tank. They vibrate in kilohertz (kHz or thousands of cycles per second) above the hearing range, which is approximately 20 kHz. Most ultrasonic cleaners operate between 35 and 45 kHz. This frequency range is well suited to the vast majority of cleaning tasks. Sample prep is often accomplished with units operating at 37 kHz. A lower frequency such as 25 kHz produces larger cavitation bubbles. When these bubbles implode they release a larger amount of cleaning energy. For coarse cleaning such as removal of lapping abrasives or polishing paste, a lower frequency will be more effective. Note that the lower the frequency, the louder the cleaning operation. Sound-deadening tank lids with insulation are a good idea when operating at 25 kHz. A higher frequency produces smaller cavitation bubbles. These cover fine featured complex surfaces more thoroughly and are gentler than low frequencies. For fine cleaning of very delicate jewelry, electronics, and soft metals with polished surfaces consider a unit operating at 80 – 130 kHz. If you are cleaning capillary tubes or spectrophotometer cuvettes you will need a unit that operates at 80 kHz or higher. If you are cleaning a variety of materials consider a dual-frequency ultrasonic cleaner. 5. Does your ultrasonic cleaning call for a heated cleaning solution? MKS Series Ultrasonic Cleaner is an effective machine to many cleaning tasks. This makes cleaning time faster and more efficient when using a heated solution. For example, a hot cleaning solution is best for removing oils, machining coolants and a whole host of other contaminants from just about any surface you can think of. If this is the case for your requirements you can improve throughput by using ultrasonic cleaners with thermostat-controlled heaters. 6. The Pulse Mode Boosts Ultrasonic Power If you are cleaning products with particularly tenacious contaminants specify an ultrasonic cleaner equipped with a pulse mode. Pulse mode boosts ultrasonic power 20% on some models to remove stubborn contaminants. 7. Understanding Ultrasonic Power When an ultrasonic cleaner is running electrical power is consumed evenly but it is released in intervals to create the sound waves that shape the ultrasonic signal. Some manufacturers report ultrasonic peak power, others report average power, and some report both. When comparing equipment you must compare based on the same criterion otherwise you`d be comparing apples with oranges. While more power usually indicates faster and more effective cleaning, more power is not always better. Too much power can damage electronic parts, the surface finish on a soft metal (e.g. aluminum), and other delicate items. For cleaning extremely sensitive items, adjustable power is a useful feature. Keep in mind that the larger the volume of solution, the more ultrasonic power will be needed for cleaning. Most cleaners run at an average power of 50 to 100 watts per gallon, so the larger the tank the more power you need. Don`t attempt to increase the effective power of an ultrasonic cleaner by under-filling the tank. Ultrasonic cleaner generators that power transducers are tuned to a particular fill level. Operating the unit with less fluid can damage the generator and will result in less than optimized cleaning. 8. Selecting Ultrasonic Cleaner Accessories A variety of accessories are available to support the use of ultrasonic cleaners. Blending, dissolving and dispersing are facilitated when suspending samples in a water bath with a surfactant. Use Erlenmeyer flask holders, flask clamps, test tube holders or specially designed lids to hold beakers. Beakers and beaker holders are also useful when cleaning small parts with volatile media. If high bath temperatures are a concern a cooling coil attached to a cold water line serves as a heat exchanger to prevent the bath from overheating. See our post on accessories for more on this topic. 9. Selecting the right MKS Series Ultrasonic cleaning machine for your specific needs. The MKS Series Ultrasonic Machine is a collection of different models of the Ultrasonic Cleaning Machine. MKS Series Ultrasonic Cleaning Machines offers various machine dimensions to suit different needs or cleaning requirements. The main cleaning part of MKS Series Ultrasonic Cleaning Machines is made of durable Industrial plate and professional industrial transducer (head). Its case is made of High Quality Stainless Steel Material. Check our Product Catalog and find the appropriate Ultrasonic Cleaning Machine for your needs. Contact us to learn more about MKS Series Ultrasonic Cleaning Machines. The MKS Series Ultrasonic Machine is a collection of different models different sizes of the Ultrasonic Cleaning Machine. Available in the following machine dimensions; 400 * 300 * 380 (mm) 430 * 350 * 380 (mm) 600 * 350 * 380 (mm) 600 * 350 * 480 (mm) 650 * 400 * 580 (mm) 700 * 500 * 720 (mm) 10. Choose your MKS Ultrasonic Cleaner now. Model Capacity Ultrasonic Power Heater Power Tank Size Machine Outer Dimension Packaging Size Gross Weight Box Outer Dimension Total Weight Frequency L W W L x W x H (mm) L x W x H (mm) L x W x H (mm) KG. L x W x H (mm) KG. MKS-060AL 14L 360 500 300x240x200 400x300x380 430x370x490 14.0 without wooden packaging 14.0 28KHZ/40KHZ 68KHZ 80KHZ 120KHZ 200KHZ MKS-080AL 20L 480 500 330x300x200 430x350x380 460x430x490 16.5 without wooden packaging 16.5 28KHZ/40KHZ 68KHZ 80KHZ 120KHZ 200KHZ MKS-100AL 30L 600 500 500×300×200 600×350×380 630×430×480 22.0 Wooden packaging 22.0 28KHZ/40KHZ 68KHZ 80KHZ 120KHZ 200KHZ MKS-120AL 38L 720 1000 500×300×250 600×350×480 640×440×560 32.0 Wooden packaging 720×520×790 (1pc) 45.0 28KHZ/40KHZ 68KHZ 80KHZ 120KHZ 200KHZ MKS-180AL Industrial Use 58L 1080 1000 550×350×300 650×400×580 710×520×650 36.0 Wooden Packaging 720×520×790 (1pc) 51.0 68KHZ 80KHZ 120KHZ 200KHZ MKS-240AL Industrial Use 78L 1440 2000 550×400×350 650×450×620 710×550×680 45.0 Wooden Packaging 720×520×790 (1pc) 68.0 28KHZ/40KHZ 68KHZ 80KHZ 120KHZ 200KHZ MKS-360AL Industrial Use 130L 2160 3000 650×450×450 750×500×720 830×580×820 68.0 Wooden Packaging 880×630×870 (1pc) 80.0 28KHZ/40KHZ 68KHZ 80KHZ 120KHZ 200KHZ For more information, please visit us at; www.smtsplicetape.com www.ai-part.com

    2018 09/25

  • Latest innovation – Automatic Solder Preform Feeder, SMT Feeder that automatically produces and feeds feeder preforms to SMT Mounter
    SHENZHEN, CN – September 2018 – KDW MACTECH (KDW), Inc., a world-leading provider of automated assembly products, parts, and consumable items - KDW introduces their latest innovation for solutions and placement of solder preforms, THE AUTOMATIC SOLDER PREFORM FEEDER. The basic function of the Automatic Solder Preform Feeder is to flatten the solder thin/wire and produce solder plates. Flatten solder wire are cut into solder plates according to length settings. The use of the solder plate is to add thickness to some components that requires more solder (3 pins transistors, USB jack pins, etc.) - PCB will still undergo normal solder paste printing process and this solder plates will be mounted by pick and place machines (a little off-set to the pad with solder paste on it). Then component will also be mounted on the pad. The purpose of the feeder is to lessen the cost by taking out costings on component reels or other solutions that is currently implemented in SMT production process. Lead-free or lead solder wire can be pressed into solder plate through the central of feeder and then cut into 0603, 0805 1206 or customized size component, and feed the solder plates into pick-up area and picked up by all brand of SMT machine. Different diameter solder wire can be used for different preform sizes, these are; Preform Size – Component Type 4.0 mm x 2.5 mm x 1.3 mm (1510 Component) 1.2 mm x 3.2 x 1.6 mm (1206 Component) 0.8 mm x 2.0 x 1.25 mm (0805 Component) 0.6 mm x 1.6 x 0.8 mm (0603 Component) Features and Benefits from using KDW Solder Preform Feeder - High efficiency, 0.25 sec. / preform - Small width (36 mm.), light weight (3.5 kg.) - Pure electric, low noise - Can be customize to all mounter machine brand and type - Apply to any location with particular need for additional solder - Good solder ability, no-clean, environment friendly, convenient - Reduce labor cost, improve quality - Use of different wire diameter to create preforms of different size - Working with any brand of solder wire So, instead of spending heavily on using the Tape & Reel Solder Preforms, use the Automatic Solder Preform Feeder. Automatic Solder Preform Feeder is manufactured by KDW. This is one of the new innovations in Electronic Feeder designs that KDW made to help with the SMT production process. KDW continues to discover and develop new designs of SMT solution products. Contact us for more details about the KDW Automation Solder Preform Feeder. For more information about KDW, visit www.smtsplicetape.com

    2018 09/21

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