WHAT IS A ROLL TEMPERATURE?
Roll stamp printing is one of the most popular forms of printing today. Roll stamps are printed in a small width and focus on length. Then roll it up to save space. Different from conventional label printing, roll stamps are more convenient, save costs, materials and labor.
Label printing technology is developing day by day, and Hadupack is always the pioneer in upgrading modern printer systems.
REASONS WHY BUSINESSES SHOULD CHOOSE TO PRINT ROLL TEMPERATURES
For people to understand better why businesses are now prioritizing the choice of roll stamps over conventional labels. We’ll go over a few reasons below.
MACHINE CAN BE USED TO PERFORM THE BOLDING PROCESS
Roll stamps will help to paste on the product as quickly as possible, especially the machine can be used to paste on the product. This will make the stamping process faster and save more labor. Only one person needs to put the stamp roll into the machine and check the stamping process. Suitable for large-scale enterprises, with a large quantity of goods produced in line.
Ordinary stamps that are only used will have to be manually pasted. It just takes a lot of time, the cost of hiring labor, but the efficiency is not high. Manual stamping is only suitable for small businesses with more professional products.
HELP PRODUCTS MORE PROFESSIONAL
If using a gluing machine, the balance and uniformity of the product will be almost absolute. As a result, the product will look more beautiful and professional, convey the messages and promotions that businesses want to send to consumers and potential customers.
An advantage that is also the reason that many people choose to use roll stamps instead of ordinary sheet stamps is the variety of materials. Roll stamps can be printed on many different materials such as paper, plastic, polyester, silver, cotton fabric, satin fabric, etc.
TEMPERATURE ROLL PRINTING MATERIAL
Normally, printing units will use the following materials to print roll stamps. In addition, people also rely on the material to classify roll stamps. Specifically, the materials and types of roll stamps are as follows:
DIRECT TEMPERATURE TEMPERATURE ROLL
This is a thermal paper that will be printed directly by the thermal head at the machine, without using ink. This type of paper and stamp is often used in machine-cutting workshops, or used in supermarkets and commercial centers.
NORMAL ROLL TEMPERATURE
Ordinary paper is the type of paper such as Couche paper, Bristol paper, ford paper, Kraft paper, etc. If you want beautiful and quality roll stamps, you can choose high-quality paper such as couche, art paper, bristol paper, … ordinarily, Kraft paper or Ford paper to save. This type of plain paper roll stamp is the most widely used and most chosen by many businesses to print stamps on their products.
TEMPERATURE TEMPERATURE PRINTING PAPER
This paper is often used to print barcode roll stamps to stick on products. Unlike direct thermal paper, this thermal transfer paper will still have to use ink, usually ribbon ink.
POLYESTER MATERIAL ROLL TEMPERATURE
Next is polyester material, this type is often used to print barcodes and stick on jewelry. Very durable, scratch-resistant, extremely flexible, tear-free.
FABRIC ROLL TEMPERATURE
Printing roll stamps with fabric is also one of the popular materials chosen by businesses. Especially in the fashion and garment industry, the fabric people often use is satin or cotton fabric. Satin fabric is often used for high-class clothes, while cotton fabric is used for casual clothes.
Silver, also known as aluminum, is often used for printing and pasting on products in the automotive, electronics, and refrigeration industries. This type of stamp has 2 types, which are tear-free and tearable, with gold or silver color.
This stamp usually uses Resin ink material to print, so it has very good ink adhesion, and the quality after printing is sharp. Moreover, the durability of this stamp is quite good, no need to worry about scratches or fading during use.
TECHNOLOGY OF TEMPERATURE RELING
In the field of roll stamp printing, people will use the following printing technologies to implement. Each technology will have its own characteristics, so before printing, everyone needs to have a preliminary understanding of this issue to implement.
FLEXO . PRINTING TECHNOLOGY
The first is Flexo printing technology, also known as embossing technology. This is one of the fairly new technologies and is chosen by many businesses, because it brings something special to the product.
Some words and images will be embossed on the surface of the stamp, thereby creating an impression on customers. This technology will combine with Flexo printers to perform. Of course, the cost will be quite high.
DIGITAL PRINTING TECHNOLOGY
Next is digital technology, this is the solution for customers who need to print a small number of rolls, print quickly. Just put the data into the machine will output the finished product immediately. The reason it is only suitable for small orders is that the digital printer only produces 1 copy at a time.
OFFSET PRINTING TECHNOLOGY
This is the most advanced and modern printing technology available today, each print can produce thousands of copies at the same time. The print quality is sharp, the ink adheres well to the material, hard to fade. However, each printing takes 3-4 days, so it is only suitable for bulk stamp printing orders.
LASER LASER PRINTING TECHNOLOGY
Laser printing technology is also used to print roll stamps. However, because it takes a long time and the quality is not stable, many printing shops now switch to other technologies.
PRICE PRICE PRINTING TEMPERATURE ROLL
- Roll stamp printing also has many different prices, the difference can come from 1 or more factors as follows:
- Number of roll stamps to print
- Complexity in design, layout.
- Roll stamp size
- Paper materials
- Post-print processing
- Printing address
- Therefore, to be able to get specific numbers, you need to contact the printing unit directly. Then provide the accompanying information to get the most specific roll stamp printing quote.