Novanta’s precision-manufacturing portfolio includes laser sources, beam steering, scan heads and control technologies. Its ti-series CO₂ lasers address marking, cutting and related OEM processing applications. The catalogue separates standard continuous-output models from the pulsed ti100P and high-stability options. Wavelength, cooling method and operating conditions must be matched to the selected model; figures from different variants should not be combined.
LASER HARBOR
Novanta – Precision Manufacturing
Company capabilities
- Location
- United States
- Business role
- Laser sources and beam-delivery technology supplier
- Service regions
- Confirm with the company
Company products
Representative ti-series family image. The selected model and cooling option determine the supplied unit.
CO2 Lasers
Novanta ti60 CO₂ Laser
- Average output power
- >60 W under manufacturer-specified conditions
- Wavelength options
- 9.3 µm, 10.2 µm or 10.6 µm
- Beam quality
- M² <1.2
- Operating frequency
- 0–160 kHz; operating-point limits apply
Representative ti-series family image. The selected model and cooling option determine the supplied unit.
CO2 Lasers
Novanta ti80 CO₂ Laser
- Average output power
- >80 W under manufacturer-specified conditions
- Wavelength options
- 9.3 µm, 10.2 µm or 10.6 µm
- Beam quality
- M² <1.2
- Operating frequency
- 0–160 kHz; operating-point limits apply
Representative ti-series family image. The selected model and cooling option determine the supplied unit.
CO2 Lasers
Novanta ti100 CO₂ Laser
- Average output power
- >100 W under manufacturer-specified conditions
- Wavelength options
- 9.3 µm, 10.2 µm or 10.6 µm
- Beam quality
- M² <1.2
- Operating frequency
- 0–160 kHz; operating-point limits apply
Representative ti-series family image. The selected model and cooling option determine the supplied unit.
CO2 Lasers
Novanta ti100P Pulsed CO₂ Laser
- Average output power
- >100 W; manufacturer conditions apply
- Peak pulse power
- >300 W at 1 kHz and 10% duty cycle
- Wavelength options
- 9.3 µm, 10.2 µm or 10.6 µm
- Operating-frequency range
- 0–100 kHz; operating-point limits apply