LASER MARKING · CO2 · UV · FIBER
Industrial laser date coding
FASTJET CO2 / UV / Fiber
FASTJET F7100 Series CO2, UV and fiber lasers for manufacturing dates, lot numbers, barcodes and QR codes. Select technology for your packaging, metal or plastic application, with actual sample testing by Better Code.
CO2 laser for PET bottling lines · Application concept illustration
CO2 40W
F7141C / F7142C / F7143C
UV 355 nm
F7105U 5W / F7110U 10W
Fiber 20 / 30W
F7121F / F7131F
10.1-inch display
FCPilot control system
What is a laser date coding machine?
A laser marking machine uses a laser beam to mark the material surface directly with manufacturing dates, expiry dates, lot numbers and other product codes, without ink, cartridges or make-up fluid.
Better Code supplies three FASTJET laser series: F7100C (40W CO2) for non-metals such as paper, labels and PET; F7100U (355 nm UV, 5W/10W) for suitable plastics, polymers and fine marking; and F7100F (1064 nm fiber, 20W/30W) for metals and suitable plastics. Test actual samples before selecting a system.
Choose your FASTJET F7100 laser
All three series use FCPilot control, a 10.1-inch touchscreen and a two-axis adjustable aluminium stand. The laser source and suitable substrates differ.
FASTJET F7100C Series — CO2 Laser
40W sealed CO2 laser with air cooling. Select the wavelength to match the substrate.
- F7141C — 40W, CO2 10.6 µm
- F7142C — 40W, CO2 10.2 µm (for suitable coated cartons)
- F7143C — 40W, CO2 9.3 µm (for suitable PET beverage bottles)
- Potential substrates: ceramics, rubber, PVC, PPC, acrylic, labels and food, beverage or pharmaceutical packaging.
FASTJET F7100U Series — UV Laser
355 nm solid-state UV laser with water cooling and an included cooling unit, for fine marking on suitable plastics and polymers.
- F7105U — UV Laser 5W, Water-cooled
- F7110U — UV Laser 10W, Water-cooled
- Potential substrates: flexible PCBs; plastics including PE, PVC, PP, PS, POM, PC, acrylic and nylon; metals including stainless steel, aluminium, brass and titanium; MDF, plywood and glass.
FASTJET F7100F Series — Fiber Laser
Air-cooled 1064 nm pulsed fiber laser for metals and suitable plastics.
- F7121F — 20W, 1064 nm
- F7131F — 30W, 1064 nm
- Standard F163 lens with a 110 × 110 mm marking area.
- Potential substrates: aluminium, steel and plastics such as HDPE, PP, PVC and PS, subject to sample testing.
Laser marking examples by material
Application examples from the FASTJET manufacturer brochures. Actual results depend on material, colour and coatings. Test your samples before choosing a model.
Compare F7100C / F7100U / F7100F
Swipe horizontally to compare all three models →
| Specification | F7100CCO2 Laser | F7100UUV Laser | F7100FFiber Laser |
|---|---|---|---|
| Laser type | Sealed CO2 Laser | Solid-state UV Laser | Ytterbium-doped Pulsed Fiber Laser |
| Wavelength | 10.6 µm / 10.2 µm / 9.3 µm | 355 nm | 1064 nm |
| Laser power (model) | 40W (F7141C / F7142C / F7143C) | 5W (F7105U) / 10W (F7110U) | 20W (F7121F) / 30W (F7131F) |
| Cooling system | Air-cooled | Water-cooled | Air-cooled |
| Scanning-head speed | Up to 9,000 mm/s* | Up to 9,000 mm/s* | Up to 9,000 mm/s* |
| Production-line speed | Up to 4,600 mm/s (15 ft/s)* | Up to 4,600 mm/s (15 ft/s)* | Up to 4,600 mm/s* |
| Standard lens / marking area | F160 – 110×110 mm (options from 50×50 to 400×400 mm) | F160 – 110×110 mm (options from 50×50 to 800×800 mm) | F163 – 110×110 mm (options from 50×50 to 500×500 mm) |
| Supported codes | Code128A/B/C, Code39, Code93, QR Code, Data Matrix, Aztec, Han Xin, OCR, logos, serial numbers and automatic date/time | Same as F7100C | Code128A/B/C, Code39, Code93, QR Code, Data Matrix, Aztec, Han Xin, OCR, logos, serial numbers and date/time |
| Communication / I/O | UDP, TCP/IP, RS232, encoder and sensor inputs, 3 inputs / 2 outputs | Same as F7100C | UDP, TCP/IP, RS232, Encoder, Sensor, 3 Input / 2 Output |
| Display / control system | 10.1-inch touchscreen / FCPilot | 10.1-inch touchscreen / FCPilot | 10.1-inch touchscreen / FCPilot |
| Power supply | 240 VAC, 50/60 Hz, single-phase, 0.80 kW | 240 VAC, 50/60 Hz, single-phase, 0.50 kW | 240 VAC, 50/60 Hz, single-phase, 0.80 kW |
| Operating environment | 5–40°C; 10–90% humidity, non-condensing | 5–40°C; 10–90% humidity, non-condensing | 5–40°C; 10–90% humidity, non-condensing |
| Net weight | 19 kg | 16 kg | Marking head: 5 kg / main unit: 19 kg |
*Depends on the size, material and complexity of the marked information. Source: FASTJET manufacturer brochures EF7100C24001 and EF7100U24001; fiber: EF7100F24001. Specifications may change with manufacturer updates.
FCPilot control on a 10.1-inch touchscreen
Manufacturer-listed functions help with installation, setup and line-side troubleshooting. Connect a computer through Ethernet for status monitoring and remote control.
Installation Wizard
Visually configure product direction, laser position and text orientation.
Speed Estimation
Estimate maximum line speed and marking time from the selected message.
Troubleshooting Guide
Operation logs and troubleshooting guidance help investigate faults and track production.
File Management
Manage message files, import and export data, and copy jobs conveniently.
Start with your material
Cartons, labels and paper packaging
Consider F7100C, particularly F7142C (10.2 µm) for suitable coated cartons.
PET beverage bottles
Consider F7143C (CO2 9.3 µm), which the manufacturer identifies for effective PET bottle marking.
Plastics, polymers, PCBs and metals
Assess F7100U (355 nm UV) for suitable plastics, flexible PCBs and metals.
Even similar materials can produce different results because of colour, coating or formulation. Better Code recommends actual sample testing before every model selection.
Choosing a laser with Better Code
1. Share your application
Send photos, product samples, the required mark and production-line speed.
2. Test your samples
Check mark clarity and barcode / QR readability on the actual material.
3. Select and install
Select the model, lens, encoder, sensor and fume extractor, with installation and after-sales support.
Recommended reading
Laser date coding on PET bottles and cans: which model fits?
Explore F7143C (CO2 9.3 µm) for PET bottles and assess F7100U UV for aluminium cans and glass, with selection tables and line-installation guidance. Read the guide →
INDUSTRIES
Industry applications
Laser systems make permanent marks without ink. Explore which materials and models to test for your industry.
Questions before buying a laser coding system
How does laser coding differ from CIJ and TIJ inkjet?
Lasers mark the material directly with a beam, without ink or cartridges. CIJ and TIJ deposit ink on the surface. Selection depends on the substrate, required clarity and production-line arrangement, so actual sample testing is essential.
How do F7121F and F7131F differ?
Both belong to F7100F Series and use air-cooled 1064 nm fiber technology. F7121F provides 20W and F7131F 30W. Power selection depends on material, marking dimensions and line speed, verified through testing.
Should I choose CO2, UV or fiber?
F7100C CO2 suits suitable non-metals such as paper, labels and PET. F7100U UV is an option for plastics, polymers and detailed marking. F7100F uses 1064 nm fiber technology for metals such as aluminium and steel, and suitable plastics. Test the actual material, colour and coating before choosing.
How do F7141C, F7142C and F7143C differ?
All three are 40W CO2 lasers with different wavelengths: F7141C 10.6 µm, F7142C 10.2 µm and F7143C 9.3 µm. The manufacturer identifies 10.2 µm for suitable coated cartons and 9.3 µm for PET beverage bottles.
Can a laser mark products on a moving conveyor?
Yes. All three series support static and flying marking. Manufacturer maximums are up to 4,600 mm/s line speed and 9,000 mm/s scanning speed. Actual performance depends on material, mark size and data complexity.
Can it mark barcodes and QR codes?
Yes. Supported codes include Code128A/B/C, Code39, Code93, QR Code, Data Matrix, Aztec and Han Xin, plus automatic dates, serial numbers, logos and graphics. Test scanning on actual products before production.
What information is needed for a laser quotation?
Prepare actual samples, required messages or codes, marking dimensions, line speed and site photos or video. Better Code can test marks and recommend the model, lens and accessories.
Compare other coding technologies
- FASTJET F650 / F640 CIJ printers — Ink coding for curved surfaces and high-speed production lines
- FASTJET F3500 TIJ printers — Cartridge-based coding for cartons and films
- Guide: CIJ or TIJ—which fits your application?
Send samples to Better Code for laser testing
Call +66 2 170 9611, +66 92 238 8777 · Email customercare@bettercode.co.th · LINE @bettercode