Category: Unique Device Identification (UDI)

BAND-IT® Identification Solutions: Engineered Visual Identification for Harsh-Duty Applications

2/17/2026

A durable stainless steel identification systems designed to
remain legible and mechanically secure in harsh industrial environments

Band-It Clamping Tie Lock ID TagsFrac Iron ID

BAND-IT® identification products provide engineered visual identification components designed for consistent performance in harsh and mission-critical environments. These solutions enable clear, durable marking of cables, hoses, fluid lines, and assets across industrial, transportation, energy, and infrastructure applications.

BAND-IT’s identification products integrate stainless steel materials, robust locking mechanisms, and modular tagging systems to support traceability, inspection compliance, and asset tracking requirements in demanding field conditions.

ID Tags and Colored Bands
The identification product line includes stainless steel identification tags, preassembled colored bands, character sets, embossing systems, and accessory kits. Each product is engineered to address specific identification needs that arise during installation, maintenance, and lifecycle management of equipment and systems.

Stainless steel identification tags are flat tag plates fabricated from 304 or 316 stainless steel. These tags accept custom embossed or printed character data, enabling specification marking such as part numbers, serial numbers, inspection data, or fluid designations. Tags secure to fixtures such as cables, hoses, conduits, or supports using tie systems engineered for repeatable tension and low-profile attachment.

Preassembled bands utilizing the BAND-FAST® system are provided ready for installation with integrated clips, buckles, or seals. COLOR-IT® coating options provide colored visual cues that resist UV degradation and abrasion, improving identification visibility over time without adhesive residue or premature fade common with tape solutions.

Tie-Lok® Locking Mechanism and Tools
The Tie-Lok® stainless steel tie system functions as both a secure attachment method and an identification conduit.

These ties employ a patented dimple locking mechanism that maintains clamp tension consistently under load and prevents slipback after installation. Ties are available in Type 304 and Type 316 stainless steel to match corrosion resistance requirements across typical industrial and marine environments.

BAND-IT hand tools are designed to tension, lock, and cut band and tie assemblies in a single motion. Tool tension settings are adjustable to calibrate applied force for specific cable or hose diameters, ensuring uniform installations.

The controlled tensioning mechanism supports installation repeatability across multiple assemblies in field or shop environments.

$BAND-IT colored bands are used for frac iron recertification$

Frac Iron Identification: BAND-IT colored bands are used for frac iron recertification, asset management, and other visual identification programs. Colored Bands can be laser etched to display inspection dates or asset tracking numbers. BAND-IT COLOR-IT® technology resists weathering and color fading, with 16 stocked colors available. Preassembled BAND-FAST® bands ship ready for installation with the clips already attached.

Easy Read Characters and Carriers
Easy Read characters consist of individually manufactured stainless steel letters, numbers, and symbols sized to slide onto standard 1/4″ to 3/8″ ties. These characters integrate with carrier strips to form wrap tags when installed with stainless ties. The design facilitates rapid character assembly in restricted access locations and provides enhanced readability under limited lighting conditions.

Carriers are available in coated or uncoated configurations based on environmental exposure and mechanical requirements. Kits containing bulk character sets and carriers support inventory flexibility for field service and preventive maintenance operations.

Stainless Steel Tape Embossing System
BAND-ITs stainless steel tape embossing tools support on-site production of custom identification bands. The portable embosser functions with stainless steel tape stock to create raised character data that resists solvent, abrasion, and high temperature exposure. This system enables verification labeling in remote or field conditions where printed tags are impractical.

Application Context and Performance Criteria
Identification products from BAND-IT are designed for environments that require clear visual cues for routine inspections, regulatory compliance, or operational safety. Typical use cases include hose and fluid line identification, cable and wiring marking, valve and fixture labeling, and asset traceability in industrial plants. Products resist corrosion and maintain legibility in environments affected by moisture, temperature variation, vibration, or chemical exposure.

Materials selections and mechanical designs align with harsh duty requirements. Stainless steel substrates offer inherent resistance to oxidation and mechanical wear. Locking systems and tension tools provide dependable assembly retention even under dynamic load. COLOR-IT® coatings are engineered to minimize fading and surface degradation compared to traditional marking tapes under extended outdoor exposure.

For help selecting the right BAND-IT identification products and understanding how they fit your application, contact Leading Marks.

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Fundamentals of Direct Part Marking

11/17/2021

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When people think of direct part marking the first thing the often comes to mind is steel marking dies

In essence, Direct Part Marking (DPM) is applying identification that lasts from cradle to grave and will sustain very rugged environments. Many US government agencies are making unique device identification (UDI) and direct part marking (DPM), mandatory. The private sector, from automotive manufacturers to medical offices have been using DPM more and more as they have embraced the Deming Principles of TQM.

Direct Part Marking is used most frequently when marks are needed on a variety metals, plastics and wood. Common equipment solutions range from traditional hand stamping processes to cutting edge technology of fiber laser marking. Direct part marking is often a less costly alternative to purchasing RFID tags.

When to Choose Direct Part Marking

The part is too small for a barcode label
The item will be exposed to environmental conditions that traditional labeling may not withstand
When it could be more cost effective to DPM over barcode labels
If identification or data must be tracked throughout the life of the item
If the item could be marked during the manufacturing process
The ability to track items in high-temperatures and other harsh environments
Providing more accurate and reliable part identification
Preventing errors in just-in-sequence production
Eliminating manual data collection approaches for inspections, inventories, and maintenance reports
Ensuring the lifetime traceability of each part
Enabling track-and-trace initiatives that provide chain-of-custody tracking and protect against product diversion
Reducing or eliminating counterfeit parts by providing end-to-end traceability using a method that is difficult to duplicate, and doesn’t rely on package marking
Enabling more comprehensive inventory management

Direct Part Marking Options

Laser marking

Traditional options range from steel hand stamps and holder/type arrangements to various numbering and impact presses, including roll marking machines
Advanced technologies such as dot peen, scribe and laser marking machines enable marking processes to be done automatically communicating with other manufacturing technologies and allow the addition of machine readable codes for component traceability.

2D Codes: Most Popular for Direct Part Marking

In most cases, direct part marking applications use two-dimensional (2D) barcodes such as Datamatrix or QR Code, which carry much more data than linear (1D) barcodes. By using 2D barcodes, manufacturers can also identify very small items and parts.

Dot peen vs vibra peen vs scribe DPM Part marking

Dot Peen vs Vibra Peen vs Scribe and a 2D QR code

2D codes can pack a large amount of data as opposed to linear codes because they can carry data in two directions on the code vs. just one. To give you an idea of the relative size, a 1D barcode can store around 25 characters up to about 80 characters depending on whether it’s Code 128 or Code 39, but a 2D code can store up to 2,000 characters.

In the automotive sector, there is an established standard (AIAG B11) for direct part marking, and a number of large auto OEMs like Ford require suppliers of certain components to use DPM for part traceability.

Manufacturers like to use the 2D code not only for the storage capacity, but for their relative size as well (square vs. rectangular). The flexibility of a 2D code allows for the variation in the amount of information stored in the barcode as well as the size of the item being marked. The most popular uses of the mark are for applications that require:

Traceability
Verification & Error Proofing
Part Identification

This article is part of the Fundamentals Series, a collection of in-depth guides covering essential marking technologies and processes. Explore the full series here to gain deeper insights into industrial marking solutions.

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NEWS

BAND-IT® Identification Solutions: Engineered Visual Identification for Harsh-Duty Applications

Fundamentals of Direct Part Marking

When to Choose Direct Part Marking

Direct Part Marking Options

2D Codes: Most Popular for Direct Part Marking

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