ENGINEERED BY SYNRAD

ti SERIES CO2 LASER DATA SHEETMORE AVERAGE POWER FOR HIGHSPEED MARKING, CUTTING AND ADDITIVEMANUFACTURING
Industrial CO2 lasers engineered for high performance with higher
average power across 9.3 μm, 10.2 μm, and 10.6 μm wavelength
options.

FASTER PROCESSING SPEEDS, HIGHERRESOLUTION, AND COMPACT SIZEFOR OPTIMAL OEM INTEGRATIONFLEXIBILITY
Maximum power and performance from an air-cooled CO2 laser
is the drive behind our ti Series technology. Using a patented
hybrid-unstable resonator design creates a compact laser withexcellent beam quality focused to the smallest achievable spot size,delivering the maximum power density on a work surface. The highperformance RF circuitry designed specifically to match its compact
resonator delivers fast rise times with outstanding square-wave
performance. High power, fast pulsing capabilities, and exceptional
optical quality are ideally suited for applications where rapid
scanning or pulsing of the laser beam is required.

Unique 100 Watt fan cooledmodel offers an economical
option for OEMs and systemarchitects

DESIGNED FOR OEMs AND SYSTEMARCHITECTSFaster throughput• Higher than average power rating across 9.3 μm, 10.2 μm, and10.6 μm wavelength options• Efficient laser energy delivery with fast rise/fall times
Adds flexibility to OEM machine design• Similar compact footprint across 60, 80, and 100 Watt models• Consistent beam exit height across all ti Series lasers makes
power upgrades easier• Choose the most effective and economical cooling option;
available in fan or water-cooled models• Expands laser processing capability with multiple wavelengthoptions

HIGH STABILITY (HS) MODELS

Pulse Model For Heat-Sensitive Materials• Available in 60, 80 and 100 Watt models• 100 Watts average power and more than 300 Watts peak power• Well suited for selective laser sintering (SLS) or variouspolymers• Broad material processing capability with 9.3 μm, 10.2 μm, and10.6 μm wavelength options• Excellent power stability, better than ±2%• Minimizes Heat Affected Zone (HAZ) with < 60 μs pulse rise times• Compact footprint and common beam exit across all power
levels maximizes OEM integration flexibility• Cuts polymer films with a crisp edges and minimal lip melt,
essential for modern electronics manufacturing

ti SERIES CO2 LASER RECOMMENDED APPLICATIONSGENERAL CUTTING

60, 80, and 100 W of power and fast rise/falltimes ensures clean, crisp cutting. Multiple
wavelength options enables cutting across awide range of materials.

3D SLS PRINTING

Excellent power density stability and arange of power levels make the ti SeriesHigh Stability CO2 lasers the best choice for
3D printing equipment OEMs.

CUTTING LEATHER

Hugh peak power delivers smooth, clean
cuts with minimal charring or discoloration.
Extremely effective for high fashion textile
applications.

HIGH SPEED CODING

Easily applies permanent alpha numericcodes, bar codes, text, and expiration dates
to a variety of packaging materials that will
not smear or rub off

CUTTING

Precise cutting and engraving applications
benefit from the ti Series High Stability CO2
lasers, delivering excellent detail and clean
cut edges.

CUTTING OVERLAY FILM

Multiple wavelength options and excellent
peak power to cut polymer films with crisp
edges and minimal lip melt, essential formodern electronics manufacturing.

Copyright 2024 © Novanta Corporation. All rights reserved. Specifications subject to change without notice

ENGRAVING

The high peak power is essential tominimizing heat build-up and avoid cracking
when processing brittle materials such asalumina, ceramic and quartz glass. Excellent
beam quality allows for very small featuresand clean symmetric holes.

MARKING

High power density stability and fast rise/fall times makes the ti Series High Stability
lasers an excellent choice for sensitive
marking applications, like denim.

ABLATION

Optimized wavelengths and excellent poser
stability allow precise removal of insulationand coatings without damaging theunderlying materials.

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ti SERIES CO2 LASER SPECIFICATIONS
Output Specifications

ti60

ti80

Wavelength

ti100

9.3 μm, 10.2 μm, 10.6 μm

Average Output Power1> 60 W> 80 W

Power Stability (cold start)2± 7%

Power Stability (typical, after 3 min.)

± 6%

2

Beam Quality (M )> 100 W< 1.23

Beam Diameter

2.0 mm ± 0.3 mm

Divergence (full angle)< 7.0 mrad

Ellipticity< 1.2Polarization

Linear (Vertical)

Rise Time< 75 μs

Operating Frequency

0 - 160 kHz

Power Supply
DC Voltage Input
Maximum Current

48 VDC18.0 A

22.0 A35.0 A

900 W

1200 W

1700 W

Cooling
Maximum Heat Load

Minimum Flow Rate

Guaranteed with fan shroud (air)< 40° C (air)18 - 22° C (water)< 40° C (air)18 - 22° C (water)

Coolant Temperature

140 CFM, 2 required (air)
1.0 GPM, < 60 PSI (water)

190 CFM, 2 required (air)
1.0 GPM, < 60 PSI (water)

1.0 GPM, < 60 PSI (water)

Environmental
Operating Ambient Temperatures

15 - 40° C

Maximum Humidity

95%, non-condensing

PhysicalOEM Air (LxWxH) mm (inches)

571 x 158 x 148 (22.5 x 6.2 x 5.8)

n/a

Fan (LxWxH) mm (inches)

571 x 196 x 150 (22.5 x 7.7 x 5.9)571 x 196 x 150 (22.5 x 7.7 x 5.9)

Water (LxWxH) mm (inches)

584 x 143 x 150 (23 x 5.6 x 5.9)584 x 143 x 150 (23 x 5.6 x 5.9)

OEM Air Weight kg (lbs.)

11.6 (25.5)

n/a

Fan Weight kg (lbs.)

13.1 (28.9)

14.6 (32.1)

Water Weight kg (lbs.)

11.9 (26.2)

11.9 (26.2)

1 - Power level guaranteed for 2 years from date of shipment, regardless of operating hours, within recommended coolant flow rate and temperature range.
2 - Measured from cold start as ±(Pmax-Pmin )/(Pmax +Pmin)
3 - Measured 1/e2 diameter at laser output.
Please see the manual for the full list of specifications and associated measurement conditions
Invisible Laser Radiation
Avoid eye or skin exposure to direct of scattered radiation
Class 4 Laser Product.

Copyright 2024 © Novanta Corporation. All rights reserved. Specifications subject to change without notice

www.NovantaPhotonics.com

ti SERIES HIGH STABILITY CO2 LASER SPECIFICATIONS
Output Specifications

ti60-HS

Wavelengthti80-HS

ti100-HS

10.6 μm

Average Output Power1> 60 W

> 80 W

Power Stability (cold start)2± 4%Power Stability (typical, after 3 min.)

± 2%

2

Beam Quality (M )> 100 W< 1.23

Beam Diameter

2.0 mm ± 0.3 mm

Divergence (full angle)< 7.0 mrad

Ellipticity< 1.2

Polarization

Linear (Vertical)

Rise Time< 75 μs

Operating Frequency

0 - 160 kHz

Power Supply
DC Voltage Input
Maximum Current

48 VDC18.0 A

22.0 A35.0 A

900 W

1200 W

1700 W

Cooling
Maximum Heat LoadCoolant Temperature

18 - 22° C (water)

Minimum Flow Rate

1.0 GPM, < 60 PSI (water)

Environmental
Operating Ambient Temperatures
Maximum Humidity

15 - 40° C
95%, non-condensing

Physical
LxWxH mm (inches)

544 x 104 x 150 (21.4 x 4.1 x 5.9)

Water Weight kg (lbs.)

19.0 (42.0)

1 - Power level guaranteed for 2 years from date of shipment, regardless of operating hours, within recommended coolant flow rate and temperature range.
2 - Measured from cold start as ±(Pmax-Pmin )/(Pmax +Pmin)
3 - Measured 1/e2 diameter at laser output.
Please see the manual for the full list of specifications and associated measurement conditions
Invisible Laser Radiation
Avoid eye or skin exposure to direct of scattered radiation
Class 4 Laser Product.

Copyright 2024 © Novanta Corporation. All rights reserved. Specifications subject to change without notice

www.NovantaPhotonics.com

ti SERIES PULSED CO2 LASER SPECIFICATIONS
Output Specifications
Wavelength

ti100P
9.3 μm, 10.2 μm, 10.6 μm

Average Output Power1> 100 W

Peal Pulse Power (typical)2> 300 W

Peak Pulse Energy (maximum)3

130 mJPower Stability (cold start)4± 7%Power Stability (typical, after 3 min.)

± 3%

2

Beam Quality (M )5< 1.2

Beam Diameter (with 3X expander)

6.5 mm ± 2.0 mm

Divergence (full angle with 3X expander)

2.2 mrad ± 0.5 mrad

Ellipticity< 1.2

Polarization

Linear (Vertical)

Rise / Fall Time6< 60 µs/ < 100 µs

Operating Frequency

0 - 100 kHz

Duty Cycle Range< 50%

Maximum Pulse Length

500 μsPower Supply
DC Voltage Input

48 VDC

Maximum Current

60 A

Pulsed Current

100 A for < 500 μs

Cooling
Maximum Heat Load

1700 W

Coolant Temperature

18 - 22° C (water)

Minimum Flow Rate

2.0 GPM, < 60 PSI (water)

Environmental
Operating Ambient Temperatures
Maximum Humidity

15 - 40° C
95%, non-condensing

Physical
LxWxH mm (inches)

633 x 142 x 150 (24.9 x 5.6 x 5.9)

Water Weight kg (lbs.)

12.1 (26.7)

1 - Power level guaranteed for 2 years from date of shipment, regardless of operation hours, within recommended coolant flow rate and temperature range
2 - Measured at 1 kHz, 10% duty cycle.
3 - Measured from average power at 100 Hz, 5% duty cycle.
4 - Measured as ±(Pmax-Pmin)/(Pmax+Pmin) from cold start at 5 kHz, 50% duty cycle
5 - Measured 1/e2 diameter at output of 3X beam expander. The ti100P is shipped with a beam expander mounted and aligned to the faceplate. Available expansion ratios are 3X, 4X, and 5X.
6 - Measured at 100 Hz, 5% duty cycle. Please see the manual for the full list of specifications and associated measurement conditions.
Please see the manual for the full list of specifications and associated measurement conditionsInvisible Laser Radiation
Avoid eye or skin exposure to direct of scattered radiation
Class 4 Laser Product.

Copyright 2024 © Novanta Corporation. All rights reserved. Specifications subject to change without notice

www.NovantaPhotonics.com

ti SERIES TECHNICAL ILLUSTRATIONS
Dimensions are in mm (inches)

AIR-COOLEDWATER-COOLED & HIGH STABILITY

Copyright 2024 © Novanta Corporation. All rights reserved. Specifications subject to change without notice

www.NovantaPhotonics.com

ti SERIES TECHNICAL ILLUSTRATIONS
Dimensions are in mm (inches)


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    7(03*515('&2152/,2,17(5/2&.
*515('7(03*515(''&32:(5,17(5/2&.
*515(''&32:(55($'< <(/6+877(5%/8(5($'</$6(<(/5('
6+877(5%/8(/$6( 5('        
;81&$&&(6625< 
02817,1*+2/(66&5(:66+28/'127(;7(1'025(7+$1>@,172)$&(3/$7(;81&$&&(6625<02817,1*+2/(66&5(:66+28/'127(;7(1'025(7+$1>@,172)$&(3/$7( 81&  

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
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 
%($0(;,7 
%($0(;,77+,6+2/(3$77(5186(':+(1723$&&(66)$67(1,1*'(6,5('127(67+,6+2/(3$77(5186(':+(1%27720$&&(66)$67(1,1*'(6,5('

7+,6+2/(3$77(5186(':+(1723$&&(66)$67(1,1*'(6,5('+$5'(1('%$//02817,1*32,1767((/%$// 7+,6+2/(3$77(5186(':+(1%27720$&&(66)$67(1,1*'(6,5('%($03$7+0$<127%(&(17(5('253(53(1',&8/$572)$&(3/$7($3(5785(+$5'(1('%$//02817,1*32,17 67((/%$// %($03$7+0$<127%(&(17(5('253(53(1',&8/$572)$&(3/$7($3(5785(CONTACT US
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