Telesis Technologies, Inc. Product Catalog

TeleScribe ® SS3700 Precision, Power, and Permanent Scribe Marking

Reliable Performance

Built for demanding industrial conditions, the SS3700’s servo-driven technology enables fast, deep, and clear marking without sacrificing quality. Its durable construction ensures long-term reliability, making it a trusted solution for manufacturers requiring traceability.

Marking Area

Key Features Rugged X/Y Platform: Designed for high- precision scribe marking with durable construction for long-term reliability. Quiet, Vibration-Free Operation: Virtually silent marking system ideal for noise- sensitive environments. Material Versatility: Marks a wide range of materials, from plastics to hardened steel, ensuring deep and permanent marks. Consistent, Continuous Line Marking: Creates high-quality, smooth marks

Automated Marking Functions: Supports serialization, time/date codes, and other automated marking sequences.

2

in

51

mm

6 in 152.4 mm

TeleScribe ® SS3700

Performance Specifications Material Compatibility

Options + Accessories

Deep Marks

Large Coverage

The Telesis SS3700 is a high- performance scribe marking system designed for applications that demand deep, smooth, and permanent marks. Utilizing a servo-driven motor, it delivers precise and rapid marking, making it an ideal choice for industries like automotive and aerospace, where durable and legible identification is essential.

With a 6" x 2" (152mm x 51mm) marking window, the SS3700 accommodates a wide range of part sizes and configurations. Its robust X/Y platform ensures flexibility for both manual and automated VIN marking applications, providing consistent, high-quality results across various production environments.

Soft plastics to hardened steel (up to RC60)

Bar Code Scanner Controller Diamond Tip Pins Foot Switch Marking Cable Extension

Marking Depth

0.001 in to 0.018 in (0.03 mm to 0.45 mm)

Pattern Storage

Hundreds of patterns

Connectivity

PLC, host computer interface

Rotary Fixture Mounting Post System Computer

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