Dot peen marking machine
max. 16 x 114 mm (0.625" x 4.5"), 6 p/s | TMM5100
TELESIS
Mark up to six characters/second with the TMM5100/420 Multiple Pin Marking System. Its lightweight, compact design and minimal footprint are ideal for hand-held, stand-alone or completely integrated, factory automated operations. A variety of pin sizes/confi gurations are available to mark character heights from .04˝ - .63˝ (1 - 16mm) on a wide range of materials.
FEATURES
• High speed — up to six pins marking simultaneously
• Marking windows up to .625˝ x 4.5˝ (16 x 114mm)
• Marks a wide range of materials from soft plastics to hardened steel — up to Rc60
• Available with a variety of marking pin cartridge confi gurations for optimal combination of character size, marking depth, marking window size and cycle time
• Compact, rugged X/Y positioning mechanism
• The right choice for many VIN (Vehicle Identifi cation Number) Marking Applications
• Compact, convenient TMC420 Controller with rubber keyboard and 4-line LCD display — no PC required (see page 25)
• Automatically generates serial numbers, time, date and shift codes
• Stores up to 75 marking patterns
• Easily interfaced to PLCs (Programmable Logic Controllers) and Host Computers
• Pin travel accommodates surface irregularities to .25˝ (6mm)
FEATURES
• High speed — up to six pins marking simultaneously
• Marking windows up to .625˝ x 4.5˝ (16 x 114mm)
• Marks a wide range of materials from soft plastics to hardened steel — up to Rc60
• Available with a variety of marking pin cartridge confi gurations for optimal combination of character size, marking depth, marking window size and cycle time
• Compact, rugged X/Y positioning mechanism
• The right choice for many VIN (Vehicle Identifi cation Number) Marking Applications
• Compact, convenient TMC420 Controller with rubber keyboard and 4-line LCD display — no PC required (see page 25)
• Automatically generates serial numbers, time, date and shift codes
• Stores up to 75 marking patterns
• Easily interfaced to PLCs (Programmable Logic Controllers) and Host Computers
• Pin travel accommodates surface irregularities to .25˝ (6mm)
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