Telesis is the number one choice for permanent marking. From the heat, vibration, and dirt of steel plants, to the quiet intensity of quality control labs; from the high throughput of automotive plants to the precision required by medical device manufacturers, Telesis Technologies is the preferred choice.

Telesis Fiber Laser Marker System

The Telesis Fiber laser marking system is the most versatile marking technology due to its adaptability, minimal maintenance, and the total elimination of consumables from the marking process. They are most used in metal and plastic processing industries for precise and efficient direct marking of parts and products. From automotive manufacturing through medical and security technology to electronics, Telesis Fiber delivers.

Fiber Laser Marker Application Examples:
Telesis Fiber laser Marker
Fiber Laser Marker models:

1. F30V- 30 Watt
2. F50W- 50 Watt
3. F100V- 100 Watt

Telesis Laser Marking Systems
Technology Options:

1. Vari-Z 3 Axis
2. iZONIT Vision System
3. TeleView Quality Control
4. Programmable Mounting Post

Medical Device Marking:
Producing safe, sterile, and accurate marks on medical devices are some of the most important concerns when choosing a marking system—medical devices interact intimately with the human body or are inserted inside where they remain permanently or for a long time.

Special care must be made to ensure that implantable devices maintain corrosion resistance and are resistant to bacterial growth. The Telesis Fiber Laser makes delicate annealed marks without any superficial damage, safeguarding the integrity of the product. This series of low-maintenance yet highly dependable lasers produce consistent and precise results.

Automotive Marking:
1. Marking on all automobile parts
2. Laser welding for car bodies
3. Laser cutting- Metals and other materials

There are numerous industries that use fiber lasers:

Aerospace
Automotive
Batteries
Dental
Electronics
Jewelry
Medical
Printing
Scientific
Sensors
Semi Conductors
Solar

Telesis Pinstamp Dot Peen Marker

As Telesis PINSTAMP® systems remain the gold standard in dot peen marking consistently bringing game-changing products to market. Telesis offers the widest array of high quality, reliable dot peen markers.

Pinstamp Dot Peen Application Examples:

1. Telesis- TMP1700
Dot Density: Up to 200 dots-per-inch (79 dots-per-centimeter)
Choice of interchangeable marking pins: .001 in – .018 in (0.03 mm – 0.34 mm) Marking speeds up to six characters per second
Automatically generates serial numbers, time, date, and shift codes
Store up to 400 marking patterns
Easily interfaced to PLCs and host computers

2. Telesis- TMP3200
Dot Density: Up to 200 dots-per-inch (79 dots-per-centimeter)
Choice of interchangeable marking pins: .001 in – .018 in (0.03 mm – 0.34 mm)
Marking speeds up to six characters per second
Automatically generates serial numbers, time, date, and shift coes
Store up to 400 marking patterns
Easily interfaced to PLCs and host computers

3. Telesis- TMP4500E
5.5″ x 1.57″ (140mm x 40mm) marking window
Rugged, low-maintenance rack and pinion driven X/Y platform
Marks a wide range of materials from soft plastics to hardened steel — up to Rc60
Double strike feature allows dot to be marked twice when additional depth is an issue
Shutter assembly protects marking head from solid contaminants
Available with 2 controllers:
Self-Contained, state-of-the-art TMC470 controller features two serial ports, USB port, and Ethernet port.
Self-Contained, state-of-the-art TMC600 controller features a durable touchscreen and an intuitive user interface, Merlin Touch software
Dot density up to 200 dots-per-inch (79 dots-per-centimeter)
Choice of interchangeable marking pin types for depths from 0.001″ – 0.018″ (0.03mm – 0.45mm)
Pin travel accommodates surface irregularities to 0.25″ (6mm)
Automatically generates serial numbers, time, date and shift codes
Easily interfaced to PLCs (Programmable Logic Controllers) and Host Computers

4. Telesis- TMP4750
5.5″ x 1.57″ (140mm x 40mm) marking window
Rugged, low-maintenance rack and pinion driven X/Y platform
Marks a wide range of materials from soft plastics to hardened steel — up to Rc60
Double strike feature allows dot to be marked twice when additional depth is an issue
Shutter assembly protects marking head from solid contaminants
Available with 2 controllers:
Self-Contained, state-of-the-art TMC470 controller features two serial ports, USB port, and Ethernet port.
Self-Contained, state-of-the-art TMC600 controller features a durable touchscreen and an intuitive user interface, Merlin Touch software
Dot density up to 200 dots-per-inch (79 dots-per-centimeter)
Choice of interchangeable marking pin types for depths from 0.001″ – 0.018″ (0.03mm – 0.45mm)
Pin travel accommodates surface irregularities to 0.25″ (6mm)
Automatically generates serial numbers, time, date and shift codes
Easily interfaced to PLCs (Programmable Logic Controllers) and Host Computers

5. Telesis- TMM5400
3.78″ x 0.5″ (96mm x 13mm) marking window
Rugged, low-maintenance rack and pinion driven X/Y platform
Marks a wide range of materials from soft plastics to hardened steel — up to Rc60
Shutter assembly protects marking head from solid contaminants
Available with 2 controllers:
Self-Contained, state-of-the-art TMC470 controller features two serial ports, USB port and Ethernet port.
Self-Contained, state-of-the-art TMC600 controller features a durable touchscreen and an intuitive user interface, Merlin Touch software
Dot density up to 200 dots-per-inch (79 dots-per-centimeter)
Choice of interchangeable marking pin types for depths from 0.001″ – 0.018″ (0.03mm – 0.45mm)
Pin travel accommodates surface irregularities to 0.25″ (6mm)
Automatically generates serial numbers, time, date and shift codes
Easily interfaced to PLCs (Programmable Logic Controllers) and Host Computers

6. Telesis- TMP6100
Dot Density: Up to 200 dots-per-inch (79 dots-per-centimeter)
Choice of interchangeable marking pins: .001 in – .018 in (0.03 mm – 0.34 mm)
Marking speeds up to six characters per second
Automatically generates serial numbers, time, date, and shift codes
Easily interfaced to PLCs and host computers

Diverse industries such as automotive, metalworking, and aerospace rely on Dot Peen Marking. The engraving pin creates small dots on the part, which join to form symbols like numbers, letters, and graphics outline.