Product Details
Manufacturers are increasingly turning to the use of 2-D code direct part marking (DPM) and reading technologies. DPM reduces costs, improves quality, and satisfies a number of industry specific and government mandates, including U.S. Department of Defense UID (Universal Identification) requirements. Successful implementation requires the integration of robust,industrial marking systems with 2-D code verifiers located at the marking station. Together, they insure the ability to easily read and track the 2-D code.
TELESIS’ extensive experience in theautomotive, aerospace and firearmsindustries makes us uniquely qualified toprovide, completely integrated, “mark-read”solutions. We offer the following products andservices to satisfy a wide range of 2-D code

Applications:

• TELESIS PINSTAMP® Dot Peen Marking Systems
• TELESIS Laser Marking Systems
• Expert integration of these TELESISproducts, as well asthe integration of 2-Dcode verifiers marketedby a number ofsuppliers

COMPLIANCE
All TELESIS Laser Marking Systems and all PINSTAMP
® Markers except for the TMM5100/420 and
TMM7200 comply with all major 2-D code

DPM standards, including:

• SAE AS9132 (as adopted by the International Aerospace Quality Group)
• AIAG B-4
• AIAG B-17
• AIM DPM-1-2006
• NASA-STD-6002
• NASA-STD-HDBK-6003
• Department of Defense Guide to Uniquely Identifying Items (UID)
• MIL-STD-130N
• ATA SPEC-2000

PINSTAMP® Markers provide an effective but extremely economical solution to many 2-D code DPM applications on materials as diverse as plastics and hardened steel. TELESIS’ patented PINSTAMP® Marking Technology provides highly accurate dot placement at specific X/Y locations. This process makes PINSTAMP® Markers far superior to conventional “oscillating stylus” dot peen markers, especially in QR and other 2-D code applications, where accurately marked codes are the key to readability. TELESIS’ Laser Marking Systems are truly “state-of-the-art”, producing almost perfectly formed 2-D codes nearly instantly on a wide range of materials, including virtually all plastics and metals. These qualities make lasers the perfect choice for applications requiring extremely high throughput or very small QR or other 2-D codes. Page 54

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