Description

Specification of Thermal Labels 4×6

4×6 thermal labels are perfect for shipping, receiving, inventory management, and so many other field. This article covers the size, mm setting, and printing method for these labels. Knowing about these specifics and the best use for each, users are better able to optimize their thermal printers for productive usages.

What Size is a 4×6 Label?

A 4×6 label is a label that’s 4 inches by 6 inches. It is a popular size because the letter is large enough to list shipping details, and small enough that they will remain on just one page. 4 x 6 labels in mm: To measure yourself in millimeters as are used in the metric system, you will find that 4 inches by 6 inches becomes approximately 102mm x 152mm. With this size, you will have enough room for barcodes, addresses, shipping mark on packages of all shapes and sizes.

When you consider the thermal labels 4×6, be aware that the actual dimensions must match the settings of your thermal printer. The slightest measurement error can throw off the label’s alignment and print quality.

What Does MM Mean on Zebra Thermal Labels for 4×6?

When used for thermal printing it is also important to have the right label dimensions so you get quality prints. Just converting 4 inches to mm, we get something on the order of 102mm. Likewise, 6 inches is approximately 152 millimeters. So the way your thermal 4×6 label should be set is:

Width: 102 mm

Height: 152 mm

These settings cause the printer to properly position the label while printing so that the labels don’t drift and waste material. A lot of printers have a pre-set behind-the-printer printed guide that allows you to enter these values to reflect your label roll. Especially in such environments as high volume shipping, reliability is of utmost importance.

How Do I Print a 4×6 Label?

There are several important things to consider when it comes to printing a 4×6 label. First things first, you need a thermal printer that the uses 4×6 labels and that you have the driver setup on your computer. In general, the process is as follows:

Setup Printer Settings:

Open the properties of the printer and choose the correct paper size. If you need to do this, put in the dimensions (102 x 152) in the custom paper size.

Design the Label:

Use label creation software that is compatible with your thermal printer. Enter the relevant shipping information, barcodes, and images. Software such as BarTender or ZebraDesigner is commonly suggested.

Load the Label Roll:

Check that the 4×6 thermal labels roll is installed properly. Alignment here might be off resulting in inaccurate prints.

Test Print:

Print a test print prior to printing mass quantities. You will be able to have a clear look at the settings and modify if required.

Finalize and Print:

Once the test print is acceptable, print the number of labels needed. Keep eye on the first few prints to make sure the quality is coming out to be good.

When you do these steps, you can be confident that the labels print well and print fast.

Product Specifications Thermal Labels 4×6

We created the following table for you with comparison of a column of thermal label 4×6 in order to help prevent any confusion as to specifications or settings:

Printing Technology Thermal Print Doesn’t require ink, toner or ribbons because printing is performed with heat-sensitive paper

Compatible software BarTender, ZebraDesigner, etc support Custom size supported software to be selected

Applications Shipping, stock, logistics Used all type of industry

This table gives a nice quick comparison between feature points in the label specifications.

Pros and Cons of Thermal Labels 4×6

There are several advantages that come with using thermal labels 4×6 but also don’t forget to think about its downsides. Here’s a closer look:

Advantages

High-Quality Print:

It used thermal printing technology to produce crisp lettering/graphics and high quality printing on retail receipts, shipping labels, files and foldersNo carbon staining or ink cartridges clean and easyThermal printing is clear crisp images and text best for shipping labels and bar coded products.

Durability:

These label are made to handle most any condition so that the information is easily read for transit.

Versatility:

The 4×6 size allows plenty of room to pack in lots of details, making it ideal for shipping and stock control.

Efficient Workflow:

User-friendly printer with direct thermal printing enables faster printing with minimized downtime and reduced printer maintenance.

Reduced Maintenance:

Less moving parts with a thermal printer vs inkjet printers = less things that need to be maintained or replaced.

Disadvantages

Initial Setup:

It takes time to set up the printer with accurate measurements (102 x 152 mm), especially when you do not have clear hints like you get in PS Class printer.

Cost:

4×6 thermal labels may be more pricy than standard labels given their size and quality.

Limited Color Printing:

Most of the thermal printers print in black and white. If you need color with no additional processing, different technology may be required.

Special Software Request:

Some thermal receipt printers may use proprietary software and driver, which reduces the likelihood of operation with alternative Os parody systems.

Traditional Printing to Thermal Printing Change Over

The transition to thermal labels 4×6 doesn’t need to be a painful one, when you follow some best practices. First thing to do is to see if your printer firmware supports custom sizes. Then get comfortable with the design software and the settings it has. A transition also means teaching your team how to load the label rolls properly and how to diagnose common issues.

Transition words like “so,” “also,” and “therefore” can be useful for leading readers through these steps. And they’re easy to follow, so even people who have never used a thermal printer can do the pattern. Plus, appropriate headers and short bullet points make the process digestible and clear.

Conclusion

Labels 4×6 thermal is a part of shipping today. And by knowing the size, mm settings, and how printing processes work, companies can “set themselves up to streamline their operations to be more efficient and accurate. Accurate size 102mm x 152mm to fit most thermal printers, and with Print Recipe Step By Step that can be followed by everyone.