laser Diagnostics measuring tire tread depth & wear conditions
'Hand-Held' model h-1 Call 312.337.4100If you can't measure it, you can't manage it | TAC-Scan Models F1 & H1 mearsures tread depth to analysizes tread wear; Managing tire longevity and safety
designed with the operator in mind TAC-Scan, designed for ease with the operator in mind. TAC-Scan provides quantitative measurement of tread depth to accuracy of 0.4 mm, with visual report record for the customer. Whether it is the F-1 Floor Version or the H-1 Hand Held models have common purpose.
Illustration of The TAC-Scan H-1 Model
TAC-Scan Model H-1 Scanner

DO-1 Model, F-1 Model & H-1 Model
common elements
  • Laser Measurement System provides accuracy of 1/64” (0.4mm)
  • Scans up to a 13” (330mm) tread width in 15 seconds
  • Measures tread depth across 600 data points on a 13” wide tire
  • Stores up to 500 scans downloadable via USB memory module
  • USB Bar Code Scanner or Magnetic Card Reader for quick vehicle ID entry
  • Scan from 1 to 18 wheels in the most popular axle configurations
  • F-1 floor model is light weight at 11 lbs providing excellent portability
  • Utilizes a Class II laser with less than 1 mW of  laser output power
  • NEMA 5/IP52 rating provides resistance to dust, dirt and water
  • PC Based Diagnostic Software Package provides customized report that includes tire tread profile, tread depths, inflation pressure, customer/vehicle information and recommended actions
  • Patented Worldwide (US Patent 6,789,416 B1)
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Unique To The TAC-Scan H-1 Handheld Model
  • Rechargeable battery provides up to 250 scans per charge  
  • 1,000 cycle Rechargeable Battery Pack
  • Unit is lightweight portable - easy to manage – 8 to10 Lbs.
  • Ergonomic adjustable handle for ease in tire inspection
  • Primarily design for scanning tires while vehicles are on hoist systems
  • Extremely versatile for scanning tires on fleets or many sizes of OTR tires while in the field
  • Control’s handle folds for ease of operation, transport, and storage protection
If you can't measure it,
            you can't manage it.