Costly Errors Were Eroding Customer Confidence

Honeywell's Tempe facility was trapped in a cycle of quality issues, rework, and customer returns - all traced to manual part-marking. Slow keyboarding, error-prone inspections, and a bulky YAG laser created five critical problems: no SAP integration, manual data entry, human-only inspections, traceability failures, and wasted floor space.

A Total Traceability System, Built Together

• Direct SAP database integration - zero manual data entry
• SAP-based barcodes accelerate workflow & eliminate errors
• SMARTmark vision system - 100% mark verification
• Standard 120V - plugs in anywhere, half the footprint
• Custom GUI streamlines operator tasks end-to-end

Traditional Laser Enclosures Were Cost-Prohibitive on a Live Assembly Line

Ford's Livonia, Michigan transmission plant needed to permanently mark every transmission case with 2D Data Matrix codes and human-readable serial data - directly in the flow of the line. Traditional flash lamp laser markers required massive safety enclosures that ate floor space, stopped production, and cost too much to justify. Ford needed a fundamentally different approach: smaller, faster, Class 1 safe, and line-integrated.

The Safety Seal - The Part Itself Becomes the Sixth Wall

• Patented vacuum-seal design - transmission case surface forms the light-tight enclosure
• CDRH Class 1 laser-safe - no large guarding, no expensive enclosures required
• Marks at 3,000 mm/s (250 characters per second) across a 5″×5″ marking field
• Compact footprint integrates directly into active assembly flow - no line disruption
• Marks verified at multiple predetermined checkpoints along the transmission line

Deep Marks AND Short Cycle Times - No Other Vendor Could Deliver Both

Badger Meter is a leading manufacturer of flow measurement products. Their brass water meters need a unique serial number marked deep enough that a field technician can read it years later after the meter is installed underground. At high volume - 3 shifts/day, 5-6 days/week - that means zero compromise on speed. Every vendor tested before Brady Marking could deliver depth or speed. Not both. Badger needed a system that would run hard without breaking down and mark with precision every single cycle.

SuperFast Vibra Peen + Two Custom-Engineered Station Configurations

• SuperFast 100×17 with N20 marking head - very deep marks at up to 16 characters/second
• Only vendor tested that simultaneously hit required depth AND short cycle time
• Custom-designed index table rotary workstation for standalone high-volume marking
• SuperFast U-Model integrated directly into production assembly lines
• Low maintenance, high reliability - built for demanding 24/5 production environments

Permanent UID Traceability That Survives the Life of a Defense Component

As a military supplier on programs like the Bradley armored vehicle, BAE Systems must meet MIL-STD-130: every item costing $5,000 or more requires a permanent, specifically formatted Data Matrix UID encoding supplier code, part number, and serial number. The mark has to survive the entire life of the item - across cast, forged, and fabricated metal that is anything but easy to mark consistently.

SMARTmark Fiber Laser, Backed by Automated Dot Peen

• SMARTmark 20W Fiber lasers plus automated dot peen on cast, forged & fabricated metal
• MIL-STD-130 Data Matrix UID - supplier code, part number & serial number
• Turnkey UID system for BAE supplier Red River Army Depot - fiber laser with programmable Z-axis, dot peen backup
• Marks stainless data plates, aluminum tags, flexible foil & polyester plates
• Tags up to 6″ square anneal-marked with alphanumerics, 2D Data Matrix & linear barcodes; automated tag station for high volumes

Prior Marks Filled In With Paint and Became Unreadable

Komatsu's Candiac, Quebec plant needed to mark heavy-duty components directly so the marks stayed readable after final spray paint. With their prior systems, the marks filled in during painting and became unreadable. They needed a permanent, human-readable VIN on frames and components - one engineered deep enough that paint couldn't bury it.

A 100×17 mm SuperFast Portable Unit With an N20 Marking Head

• 100 mm × 17 mm SuperFast portable unit with an N20 marking head - among the deepest marks in the industry
• Marks survivable after final paint - deep enough to stay legible once components are painted
• Brady Marking was the only vendor that achieved sufficient depth for the requirement
• A bar-code scanner feeds VIN data into the system as keyboard text
• Objectives met: human-readable VIN on frames and components, deep enough to survive painting

Hand-Stamping a 17-Digit Serial on Every Machine Was Slow and Inconsistent

At its Shippensburg, Pennsylvania division, Ingersoll Rand hand-stamped a 17-digit serial number onto every machine. The manual process was slow, the stamps fractured in use - an injury hazard for operators - and the results were inconsistent: variable quality, placement errors, and rapid tool wear. A continuous-improvement project set out to remove the hand stamp entirely and bring repeatable, controlled marking to the line.

Eight Couth SuperFast Portable Dot-Peen Systems, Computer-Controlled

• Eight computer-controlled SuperFast systems installed to replace the hand-stamping operation
• Portable design - marking head with a tethered control unit positioned up to 30 ft away, with keyboard input
• Marks the full 17-character VIN in less than 30 seconds - consistent quality and placement every cycle
• 2D Data Matrix capable - the industry's fastest portable dot-peen marker
• Small and easy to integrate - cost-effective versus laser and larger dot-peen systems

A Three-Coat Anti-Corrosion Paint System Buried Every Hand-Stamped ID

Walkup Co. is a Southwestern-US fabricator marking oil-field parts - belt guards, brackets, and covers. A three-coat anti-corrosion paint system buried the hand-stamped IDs, so operators had to stamp twice or inspectors issued non-conformance reports. A typical mark runs about 20 characters - human-readable, plus occasional serialization. Hand-stamp errors and re-deepening drove up cost, and hand marking also caused injuries. They needed marks deep enough to survive the paint, applied fast, without putting operators at risk.

The COUTH N-34 Series Dot Peen - Deep Marks That Survive the Paint

• COUTH N-34 Series heavy-duty deep marking - available portable, integrated, or combination
• Marking 20 characters dropped from "a lot of time" to about 5 seconds
• The T2 controller auto-increments serial numbers for occasional serialization
• Magnet attachment plus a small marking head reach awkward areas on the part
• Result: major time savings and reduced injury and medical costs versus hand stamping

Marks Had to Survive Paint - Without Creating Cracking Points in the Steel

American Bridge Manufacturing in Pittsburgh, PA has fabricated new bridges and rehabilitation parts for over 100 years. State regulations require all members to be marked legibly after a three-coat paint process. Hand stenciling was slow, labor-intensive, injury-prone, and had to be tailored per piece. The key constraint: any automated process had to be low-impact to avoid stress risers - cracking points - in the steel, yet deep enough to survive paint.

SuperFast With an H-Controller and a 5-lb Portable N20 Head

• Brady Marking's SuperFast with an H-Controller and portable N20 head - tested deep, clean, and legible
• Low-impact marking produced no stress risers - no new cracking points in the steel
• Marks deep enough to remain clearly legible after the three-coat paint process
• 5-lb portable head adapts to all shapes and sizes; online for two years
• Fewer hand injuries and meaningful project-cost savings - thousands of lacing bars marked via the H-Controller

2D Codes Deep Enough to Survive E-Coat in an Aggressive Weld-Cell Environment

Northern Stamping (a Hilite International division) supplies precision stamped and welded components to automotive OEMs and Tier 1s. To support a zero-defect goal, every passed part needs permanent traceability marked right at the inspection and check stations outside the robotic weld cells. That meant 2D Data Matrix codes on stampings like cross members and trailer hitches - deep enough to survive e-coat downstream, and a marking system rugged enough to run reliably in an aggressive weld-cell environment.

COUTH SuperFast Dot Peen Markers at Every Inspection Station

• COUTH SuperFast dot peen markers positioned at every inspection/check station outside the robotic weld cells
• Passed parts marked with part number, Julian date, weld-cell location, and operator number
• 2D Data Matrix added for final-assembly sequencing on cross members and trailer hitches
• N20 marking head produces deep marks that survive the downstream e-coat process
• High-speed throughput with smooth Vibra Peen® marking, built rugged for the weld-cell environment

Gray-Market and Counterfeit Breakers Threaten Revenue and Safety

Counterfeit and diverted electrical components are a large, growing problem across the industry - not a niche one. Industry research (KPMG / AGMA) finds OEM gray-market losses run roughly 15-20% of potential revenue, 60% of OEMs report increased gray-market activity, and 90% have found their products outside approved channels; in a single April 2026 action, U.S. Customs and Border Protection seized more than $150,000 of counterfeit electronics. Against that backdrop, a multinational power-management OEM needed to protect its circuit breakers - and its brand - by making each part verifiably authentic and very hard to clone. (Figures above are industry context, not this manufacturer's results.)

Preemptive, Marking-Based Brand Protection Etched Into Every Part

• Overt + covert marks laser-etched directly into each breaker's molded plastic case
• SMARTmark Fiber with rotary indexing + integrated vision identifies each part by barcode and marks up to four sides
• Marking data pulled automatically from the manufacturer's ERP database
• iTRACE 2DMI suite adds encrypted, proprietary data (footprint < 0.25 mm) that counterfeiters can't reproduce
• The OEM keeps full production control on-site - no cloud dependency