When headcount is tight, cycle counts and audits are the first things to go. Here’s how plants are using barcode-based tracking to keep inventory records accurate with leaner teams.
Running several plants or DCs often means the same label exists under several part numbers. Here is a practical path to label standardization across multiple sites, from site inventory and pilot testing to approved specs your supplier can hold steady.
Blank or preprinted direct thermal labels? The answer depends on how much of each label changes, how often artwork changes, and how many SKUs share one format. Here is how to weigh setup costs, inventory, and obsolete stock before your next RFQ.
Inventory can physically exist inside a facility while becoming surprisingly difficult to locate, count, or verify. For manufacturers, inventory visibility gaps often develop when the physical movement of materials no longer matches the information recorded in inventory systems. The problem may involve technology, but everyday identification and process issues often drive it. Here are seven common ways manufacturers can lose track of inventory and what operations teams can do about them. 1. Inventory Moves Without Being Recorded Moving material from receiving to storage or from inventory to production creates two events: a physical movement and a record of that movement. When the physical move happens without the corresponding scan or system update, the recorded location becomes outdated. Repeated missed transactions can eventually create significant differences
For most manufacturers, the barcode vs. RFID tracking decision is not about choosing the more advanced technology. It is about selecting the identification method that fits how assets move, how information needs to be captured, and how much complexity the operation actually requires. Barcodes offer straightforward, scan-based identification. RFID can support identification without the same direct line-of-sight scanning process. Both can support manufacturing and warehouse tracking, but neither is automatically the right choice for every application. Barcode vs. RFID Tracking at a Glance Consideration Barcode RFID Reading method Optical scanning Radio-frequency reading Line of sight Generally required Not required in the same way Identification Individual items can be scanned Can support reading multiple tagged items Implementation Typically simpler Requires additional infrastructure Label/tag cost Generally lower
Unexpected printhead replacements? Review media compatibility, printer settings, residue, and maintenance practices to identify possible causes of premature wear.
Tariff changes can make packaging and labeling procurement harder to predict. When imported materials, components, or finished products face new or changing duties, businesses may face higher landed costs, supplier price adjustments, and greater uncertainty when planning future purchases. For procurement teams, the tariff impact on packaging costs is therefore about more than a potential price increase. It can affect sourcing decisions, budgeting, lead times, inventory strategies, and the level of supply chain risk a business is prepared to accept. How Tariffs Can Affect Packaging and Label Costs Packaging and labeling supply chains can involve materials and components sourced from multiple countries. Even when a finished product comes from a domestic label supplier, parts of its upstream supply chain may still be exposed to international
Cold chain and pharmaceutical environments push labels harder than almost any other application. Refrigeration, freezer cycling, condensation, sanitizing chemicals, and strict compliance tracking all test a label’s ability to stay scannable and legible. Choosing between direct thermal and thermal transfer labeling isn’t just a print preference; it directly affects traceability, audit readiness, and downstream product safety. How Each Technology Works Direct thermal labels use heat-sensitive paper or synthetic material that darkens when exposed to a thermal printhead. There’s no ribbon involved. Thermal transfer labels, by contrast, use a heated ribbon (wax, wax-resin, or resin) to transfer ink onto the label surface. Thermal transfer ribbon compatibility matters here: the ribbon type has to match the label substrate to get a durable, smudge-resistant print. Durability in Cold
As warehouse and distribution operations scale, labeling needs change fast. A supplier that worked fine at lower volumes can quietly become a bottleneck once order frequency and throughput increase. The challenge is that these problems rarely show up all at once. They surface gradually, as rush orders, missed deadlines, and quality issues. Here are five signs it’s time to reassess the current label supply setup. 1. Warehouse Placing Rush Orders More Often Than Standard Ones Occasional rush orders are normal. But when expedited requests become the default instead of the exception, it usually means the supplier’s standard lead times no longer match the actual demand pace. High-volume warehouse label demand requires a supply relationship built around the real order cadence, not one that forces managers
Grocery labels are informative tags or stickers attached to food products sold in stores. They include essential details about the item, such as the ingredients, nutritional value, serving size, and allergen information. These labels enable consumers to make informed purchasing decisions, allowing them to check for dietary restrictions, nutritional value, and ingredient preferences. In this article, we will delve into the specific information typically found on these labels. We will also examine how innovative label technologies transform how consumers interact with product information. Essential Information in Grocery Labels Listed below are common label elements that aid consumers in making informed purchasing decisions: Label Technologies in the Grocery Industry The following innovations contribute to enhancing transparency, efficiency, and convenience in the grocery industry: Smart Labels Smart
Warehouses demand meticulous organization to ensure efficient operations. In this framework, distribution labels are pivotal in facilitating streamlined processes, from receiving goods to their final dispatch. They are designed to convey essential information about each item, enabling warehouse staff to easily identify, categorize, and locate products within the facility. Let’s explore more about distribution labels and understand the different types available, their advantages, and how to use them properly in warehouse operations. Types of Distribution Labels in Warehousing Distribution tags and labels come in the following types, each serving specific logistics and supply chain management purposes: Barcodes Barcodes offer a standardized and efficient method for product identification. They feature unique codes that can be swiftly scanned. Their main advantage is their widespread use, which ensures
Efficient and accurate labeling in fast food and convenience stores is essential for consumer safety and product transparency. Clear and concise label applications provide customers with all information about nutritional content, allergens, and expiration dates, enabling them to make informed choices. Additionally, accurate labeling ensures compliance with standards, which fosters trust between businesses and consumers. In this article, we will explore the diverse applications of labels within the convenience store and fast food industries. We will also discuss the proper label’s pivotal roles in elevating customer experience and operational efficiency. Roles of Labeling in the Food Retail Sector Labeling elements play multifaceted roles that significantly contribute to the overall consumer experience in the food retail industry, including fast food and convenience stores. First, labels serve
