A barcode label printer, Direct thermal or thermal transfer printer is designed to print barcodes, logos, signs and human readable text’s on labels ; which can be pasted in any kind of packing objects. Barcode printers use two types technologies either direct thermal or thermal transfer technologies to apply ink to labels. Thermal transfer printers use wax, wax resin or resin ribbons to transfer image to the barcode directly into the label, while thermal transfer printers use thermal energy (heat energy) to blacken the barcode onto the label.

Billing/Receipt Printers Ticket Printers Wireless /Blue tooth printer printers Print Engines (for Kiosk Applications) Desk Top Printers (Entry Level) Table Top Printers (Medium Duty Industrial Class Printers) Heavy Duty Industrial Class Printers.

A barcode scanner is also known as a barcode reader is an electronic device that decodes and automatically captures data’s coded in barcodes. It consists of the following technology components, which accurately work together to captures data’s contained in a printed barcode.

Light source – Illuminates the barcode for proper reading. Lens – Scans the barcode image. Photo conductor – Translates optical impulses into electrical ones. Decoder – Decodes and Analyzes the data and sends the matter to the scanner’s output port. A decoder can be internal or external. There are three primary barcode scan engines, which decode or read a barcode: Laser – Uses a laser light source to read linear or one-dimensional (1D) barcodes. Linear Imager – Reads/Scans linear barcodes by capturing an image of the barcode. 2D Area Imager – Reads/Scans linear and 2D barcodes by capturing an image of the 2D barcode.

Handheld – The most commonly seen and general purpose type of barcode scanner. Comes in both wired and wireless (cordless) models. Mobile computers – Combines functionality of a PC and a integrated barcode scan engine into the device. We get confused with cordless barcode scanners. Presentation - A type of hands-free scanner that allows users to easily scan multiple items. Also known as an on-counter or multi-purpose scanner or often mentioned as Holographic scanner. In-counter - Similar to a multi-plane presentation scanner except that it fits in table top application for retail POS applications. Un-attended scanning systems – Another type of hands-free scanner that reads barcodes using sensors that are triggered when items pass in front of it. Wearable – These scanners typically worn on the arm, hand, or finger.

As we all Are ware a label/sticker is used for pasting on products, packing’s, caution signs etc., Prime idea of labelling is to calculate/ understand what is the content in the packing ie; Manufacturer name, Marketed by companies name, Item code, ingredients, mfg date, Sl no. Batch code, Lot no, Quantity, Weight, expiry date, mfr location code. Labels comes in different shapes, types, sizes, qualities, packing’s (Roll form/ Fan Fold).

The following are the different types of labels: NORMAL CHROMO LABELS,DIRECT THERMAL LABELS,TRANSPARENT LABELS,JEWELLERY TAGS/LABELS,WRIST BAND LABELS, PREPRINTED LABELS,MIRROR COAT LABELS,TOP COATED LABELS,POLYESTER LABELS,VINYL LABELS

There are three types of thermal transfer ribbons, and each ribbon suits a certain type of label face stock material to provide users to get best quality print image. Wax ribbons Wax-resin ribbons Resin ribbons These ribbons are used for making long-lasting labels. The difference is only in the material used, and what conditions they can withstand. Wax ribbons are commonly used for normal chromo paper labels, matte or semi-gloss. These labels can last long, but they have to remain dry. Also, they are not resistant to abrasion, oils, chemicals, or anything that could dissolve the wax image. Wax ribbon is the most-cost effective option for thermal transfer printers. Wax-resin ribbons are used for very fine, smooth papers, coated paper labels (semi-gloss or gloss) or synthetic stocks. The printed images are fine, but more durable than images printed using wax ribbons. However, they also should not be exposed to moisture. Wax-resin ribbons are less expensive than resin ribbons, but more costly than wax. Resin ribbons are used for printing on polyester, synthetic, plastic and hard film labels for indelible print image. These include polyester, vinyl and polypropylene, which are very durable materials. The resin ribbon ink is designed to slightly dissolve into the face stock which adds strength to the label. Depending on the resin ribbon and label material, these labels withstands exposure to sunlight, chemicals, oils, harsh weather, water, smudging etc. They are often used for labelling automobile and aircraft parts, hazardous chemicals, etc. Again, it is important to specify what kind of elements the label will be exposed to, in order to choose the right combination of resin ribbon and label face stock.

There A thermal transfer /direct thermal printer [1] is not your typical document printer. Instead of using lasers or ink to create text and images, thermal printers use heat sensitive thermal transfer ribbons & direct thermal labels to produce a high-quality result quickly and with less waste. Thermal printers/ Thermal Transfer Printers are now very common for commercial enterprises and in industrial applications. Movie tickets are often printed using direct thermal technology this process as well as labels in grocery stores and even lottery tickets .

This process of thermal transfer printing technology is using thermal energy (heat) to produce on paper, a label, or other material. A wax/wax resin/resin coating is melted onto the chosen material to create an extremely strong bond between the symbol or words and the material itself. There are two different components (other than the printer) used in the thermal transfer process: a supply and ribbon. Think of the supply as the paper and the ribbon as the ink. The ink will be melted onto the supply to create the highest quality text and an extremely durable label.

A barcode scanner barcode reader which is an electronic device that decodes and physically captures information contained in barcodes It consists of the following components, which work together to collect the data contained in a printed barcode: * Light source - Illuminates the barcode for proper reading. * Lens - Scans the barcode image. * Photo conductor - Translates optical impulses into electrical ones. * Decoder - Analyzes the data and sends the content to the scanner's output port. A decoder can be internal or external. Barcode Label/Plain Self Adhesive Die Cut Labels. A barcode label is a type of media on which a barcode has been printed. Barcodes represent data in a machine-readable form. The different widths of bars and spaces represent different numbers or letters which can be decoded by a barcode scanner. There are various types of barcodes, all serving specific application area purposes.

The barcode identification system reduces patient identification errors and ensures accurate traking and management of patient of medical records. Focus more time saving a patient’s life and utilized all resources with one of our many printing solutions .

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