跳至主要内容

T130 Handheld Code Machine

 


T130 Handheld Code Machine

Handheld Code Machine Printing Height 25.4 mm:

T130-H thermal foam handheld code machine series, ergonomically designed comfortable handle, light and compact size, easy to carry, suitable for various use scenarios.

Handheld and online integrated, suitable for various production and operation environments, with strong flexibility.

The maximum printing height can reach 25.4mm, and any number of lines can be printed within the printing height range

About Handheld Inkjet Coder

Machine Type

T130 handheld code machine

Nozzle type

TIJ 2.5 thermal foaming nozzle

Nozzle number

1

Printing accuracy

Maximum: 600DPI * 600DPI

Vertical optional: 100DPI, 150DPI, 300DPI, 600DPI

Horizontal optional: 30-600DPI precision adjustment

Printing height

25.4mm

Printing distance

1-5mm

Number of printing lines

Any number of lines can be edited within the effective printing height

Printing speed

406m/min(90DPI), 304m/min(120DPI), 240m/min(150DPI), 120m/min(300DPI), 60m/min(600DPI)

Print content

Text, time, date, pattern, shift, serial number, dynamic barcode / QR code, dynamic serial data, dynamic database(Additional content can be added as required)

Barcode types: CODE11, C25INTER, CODE39, EXCODE39, EAN13, EAN13x, CODE128, CODE16K, CODE49, CODE93, Flattermarken, UPCA, UPCE, EAN14, VIN, NVE18

2D code types:QRcode, DataMatrix, MicroQRcode, PDF417, PDF417TRTRUNC, MICROPDF417

Counter

More than 20 independent counters

Printing material

Carton, plastic, metal, sheet, pipe, stone, cable, glass, electronic components, auto parts, industrial chemical packaging, medical food gift box

评论

此博客中的热门博文

Advantages of Thermal Inkjet Printer

Understanding Thermal Inkjet Technology Thermal  inkjet technology  is a non-impact printing method that involves the use of tiny droplets of ink expelled onto the printing surface. It relies on thermal energy to heat the ink and create the necessary pressure for droplet ejection. This technology enables precise and controlled placement of ink droplets, resulting in high-resolution prints. How Thermal Inkjet Printers Work Thermal inkjet printer  consist of a print head with a series of microscopic nozzles. These nozzles are heated rapidly using a tiny heating element. As the ink within the nozzles heats up, it forms a vapor bubble, which forces an ink droplet out of the nozzle and onto the paper or other printing substrate. This process repeats for each required dot, creating the desired image or text. High-Quality Prints with Exceptional Detail One of the primary advantages of thermal inkjet printers is their ability to produce prints with exceptional detail and clarity....

Benefits of Using DOD Large Character Inkjet Printer

In today's fast-paced and competitive market, efficient and precise product labeling and packaging play a pivotal role in determining the success of any business. As industries evolve, so do the methods and technologies used for labeling and packaging. One such groundbreaking innovation that has taken the manufacturing and packaging world by storm is the   DOD (Drop-On-Demand) Large Character Inkjet Printer . In this comprehensive guide, we delve into the numerous benefits and advantages that this cutting-edge technology brings to the table. Enhanced Product Identification and Branding In the world of commerce, effective branding and product identification are paramount. DOD Large Character Inkjet Printers excel in this regard, allowing businesses to imprint clear, bold, and high-resolution text, graphics, and logos directly onto their products and packaging materials. This level of customization enhances brand visibility and recognition, making the product stand out on the shelves...

The Differences Between CIJ Printers and TIJ Printers

  As a  inkjet printers supplier   , I will share it with you.   The Working Principle of  CIJ Printers Continuous Inkjet Printer CIJ printers operate on the basic premise of creating a continuous flow of ink. And the process begins when two chipped cartridges within the printer. And one for the ink itself, and the other for solvent. These two liquids are then fed to a larger main tank where the mixture becomes pressurized and fed toward the printhead. After reaching the printhead, a piezoelectric element oscillates the ink, causing it to form droplets. These droplets are then charged by an electrode plate, pushing them towards the substrate in a precise manner.