In the modern business environment, hang $tag printers have becδ₽ome an indispensable part, especially★≥ in retail industries such as clothing, shoes♠♣€™, hats, bags, etc. This profession ∞δal equipment provides stronσ≠ g support for product identificatπ€ion and information transmission• ≠ due to its efficient and accurate characteristi©•÷cs. The main application of hang t ☆≈ag printers is to create hang tag♣•λ×s for goods. Hang tags, as the "ID car¥<d" of a product, carry basic informationσ∞ about the product, such as brand, model, materia∑®l, price, etc. These piecesα÷₩≈ of information are crucial forγ> consumers as they ser¥✘♦δve as important basis for purchas→≥ing decisions. The hang tag printer presents this✘✔× information clearly on the hang↑≠ tag through high-pr↔¶↔ecision printing technology, ensuring that≤∑↕₽ consumers can accurately >£ and quickly obtain the requiπ≥₩↔red information durinΩg the purchasing process. In addition, tag p¶'rinters also play an im >↕portant role in product quali ty traceability. By printing different product co∞♠™εdes o
Step 1: When we receive a label barcode priβ↑&nter, the necessary steps are to☆≈₩← install the power supply, da↑ ←ta cable, and consumables. Although it is©← simple, users will still forget it in practφγ★ical operation. Step 2: Calib rate the paper, this operation is to e&↔nable the label barcode printer to recogniz±♣e the label normally, ensuring that the σ¥label can be accuratel§€πy conveyed during printin×&αg to avoid waste. Step 3: After completσ<£εing the basic operations, it is still necessary t↑ ↕↕o set the working mode of the label printer ac←↑cording to our usage needs. For example, "Shε↑<ould I print thermal labels or thermal transfer lγabels?", "Do I need to t₽© ↕ear, cut, or peel the paper after printing★∑?", and so on, all rδ♠↔♣equire corresponding settings in the label print∏↔₹er to achieve. To set these functionβ•s, users need to configure the↕£m through the operation panel and LCD mα∑ enu before printing, f↑×∞ind the corresponding functions and select them♦∑∏, which is simple and fast. The LCD menu se₩©tting function of the labe
Although UV flatbed pri€≠γnters can print patterns on surfaces €©<of hundreds or thousands of materials, dif∑÷§₹ferences in surface characte∏↕∏ ristics, UV ink adhe☆←₽✘sion, flexibility, and other properties c&φ∏an lead to peeling and detachment on some ≤∏↔materials, which requires the use oγ₹f UV coatings to solve this problem. 1.±> ∞ UV flatbed printer silicone coatingπ≈ Suitable for silicone and rubber mate$$∑rials. The surface acti≠→vity is poor and requires flame tr★¥eatment, otherwise the adhesion is insuffici✘✔β'ent. Flame treatment dφ✔¥epends on experience, a∑ ¥nd the surface should not ¥ be sprayed too thick, otherwis™♠e it is not easy to dry. ≥€2. Metal coating for UV flatbed printer Met★↓al coating: suitable for materials such as alum ÷inum, copper plate, tinplate, aluminum σβ₽σalloy, etc., available in transparent and wh♥•'∞ite colors, and should be used on finished produc×₩ts. It cannot be used before stamping or inj♣γ→ection molding, otherwise the effect will be gre↕≥γatly reduced. 3. Leather coating fo♥↕ ₩r UV flatbed printers Suitabl↕≈≠e f
In the modern business env↔≤Ω£ironment, efficiency anφβ&d professionalism are t↔he key to success. Por♦↔ table printers are precise♣™$ly designed as efficient tools for busi× ♥ness elites. Whether it's contract sig∞₹φ"ning, meeting minutes, or customeφ✘★r proposals, portable printers can provide high-™$ quality printing services an↓↔ytime, anywhere. Thiλ™s portable printer is compa₹∞αγct in size and lightγ₹₹weight, making it easy to fit into a b×&riefcase or suitcase without§₩$ taking up a lot of space. It≠♦& supports wireless connection, a ∞llowing you to print directly≠δ from your smartphone, tablet, or lap'™top via Bluetooth or Wi Fi. Whether ®δyou are in the office, coffee shop, or oφ ₹ n a plane, you can print out the required docum≠πδ ents in just a few minutes. In→λ addition, this printeλ✘✔r also has efficient ↓ &battery life, and can print hundreds of pages>₹ continuously on a single c×harge. It supports mu®↕ltiple paper types and sizes to meet y×σour different printing γσ☆"needs. High quality printi$Ωπ☆ng results and fast printing speed make every doc•&✘um
In fact, there are several✘$® factors that make our cylindrical pr<≥≤inter faster: 1: We use Ricoh G5☆₹I nozzles, each with 4 rows of holes for simu"₹≤ltaneous inkjet printing, and a tot≤&al of 12 rows of holes ← α€for three nozzles. However, ≤♥∑ordinary nozzles only have 2 ≈ rows of holes, while three nozzles ha€♣ve 6 rows of holes. ∞α©At the same time, our inkjet output is <λε↕twice that of ordinary nozzles ✔. 2: If the cylindrical ↕¥printer only needs to print colors, our four c ♣☆ olumn hole nozzle can complete≤♥ all colors at once, while a regular nozzle r$ $≈equires two nozzles to have fo©≈←ur column holes. Therefore, the printed pro≠λduct needs to go through two nozzles to compl≠®×ete all colors. Our nozzle pr★Ω×inting process is twice as long as that of→≠γ∏ a regular nozzle. 3: When pri☆♥nting varnish, the lamp should λβnot be used to irradiate the produc •γt for a long time, othε•©erwise the varnish just sprayed on th♣'↔♥e product will not have time to flow flat and γ>δspread out, resulting in rough and unev←ε<₩en varnish effect. Thereforπ÷≠e, most ma
The nozzle of a universal printer is a sensit≤★Ωive component in a flatbed printer. In₹♣ daily work, the clean₽γ♥✔ing of the nozzle should not be taken li₩βαghtly. High pressure gun£→s should not be used t∑¶o clean the nozzle, as it may cause damage to the¶€ nozzle; It should also be noteδ™d that excessive cleaning of the☆₩"Ω nozzle is not allowed, as cleaning so∞'♣₽lutions are slightly "€₽↑corrosive. If used excessively, it can ca¶★π↔use corrosion and dam₹↓age to the nozzle. Some people also use ultras<∑ onic cleaning for the universal printer no★≠zzle. Although this cleaning ←↑can achieve a very cle §an effect, it can also φhave adverse effects on the nozzle. If the nozz×♥♥≥le is not severely clogged, it is recommended n€✘ot to use ultrasonic cleaning to cσ♣"₹lean the nozzle