Electric Vehicles (EVs)

• Thermal Effects
• Debris from Process
• Vibrations and Shock

Helios™ Plus High Power Sensor: Designed to be integrated into production stations to measure high power industrial lasers quickly to avoid downtime.

	Helios™ Plus
Spectral Range	450-550 nm and 900-1100 nm
Power Range	50 W to 12 kW
Energy Range	100 J to 5 kJ
Max Beam Diameter	35 mm
Response Time	3 sec
Communication Protocol Options	Profinet Ethernet/IP EtherCAT RS-232
Other Features	Not water cooled Meter not required Compact, industrial package

IPM-10KW Industrial High Power Sensor: Modular industrial sensor system for high-power lasers in production, field service or R&D.

	IPM-10KW
Spectral Range	900-1100 nm, 10.6 µm
Power Range	100 W to 11 kW
Energy Range	60 J to 10 kJ
Max Beam Diameter	45 mm
Response Time	2.7 sec
Communication Protocol Options	Profinet (external module) Ethernet/IP (external module) RS-232
Other Features	Water cooled Automated shutter (external module) Rugged, industrial package Safety interlock output

Ariel™ All-In-One High Power Sensor: Measures high power industrial lasers in closed and confined spaces.

	Ariel™
Spectral Range	450-550 nm, 900-1100 nm, 2.94 & 10.6 µm
Power Range	200 mW to 8 kW
Energy Range	Up to 2.4 kJ
Max Beam Diameter	22 mm for Gaussian beam
Response Time	3 sec
Interface Options	Built-in display Bluetooth USB
Other Features	Not water cooled Battery powered (>15 hrs life) Detachable diffuser Compact, industrial package

Kilowatt range power measurement capability and very high damage thresholds

	5000W-LP2-50	FL600A-BB-65
Spectral Range	350 to 2200 nm	190 to 11000 nm
Power Range	20 to 5000 W	5 to 600 W
Maximum Average Power Density	2.5 kW/cm2	7 kW/cm2
Aperture	Ø50 mm	Ø65 mm
Response Time	3 s	4 s
Cooling	Water-cooled	Fan-cooled
Other Features	Cable to connect to meter or PC included

Ophir laser power and energy meters work on the smart plug principle. This means that almost any power meter can work – plug and play – with almost any of the wide range of Ophir optical sensors.

Power Meters		Virtual Power Meters
Centauri	StarBright Handheld	Juno+	EA-1
Extensive graphic displays on 7-in full color touchscreen display Advanced measurement processing Single- or dual-channel versions USB and RS-232 interfaces, with user-friendly software application Analog and TTL output External trigger input	Portable use For transmission checks "in the field" Variety of measurement modes and displays USB & RS-232 interfaces	USB connection to use PC as monitor User-friendly software Extensive graphic displays of data Advanced measurement processing Data logging	Ethernet adapter enables remote control and monitoring of sensor Telnet, HTTP and UDP protocols supported Interact with sensor through custom software or MKS user-friendly software Data logging

BeamWatch® Integrated High Power Beam Profiler: designed to measure all critical laser beam parameters on industrial production lines.

	BeamWatch Integrated
Spectral Range	980-1080 nm
Power Range	500 to 9999 W (30 kW on Request)
Max Beam Diameter	12.5 mm
Communication Protocol Options	Gigabit Ethernet (GigE) Profinet Ethernet/IP CC-Link
Other Features	Patented non-contact measurement Real-time monitoring of beam profile Sensor for absolute power readings ISO-compliant measurement results Fully automated operation

SP932U Beam Profiling Camera: High resolution, real-time viewing and measuring of laser structure with highest accuracy in the industry

	SP932U
Spectral Range	190-1100 nm (Optimized for NIR & Nd:YAG)
Damage Threshold	50 W/cm2 1 J/cm2, <100 ns pulse width
Beam Sizes	34.5 µm – 5.3 mm
Pixels	2048 x 1536 Effective Pixels 3.45 µm Pixel Size
PC Interface	USB 3.0
Other Features	BeamGage® software included UltraCal™ correction algorithm Measures cross-sectional intensity 72 dB true dynamic resolution 24 Hz frame rate in 12-bit mode A variety of attenuators available

These 1 μm high power fiber laser optics feature maximum focus stability and minimum aberrations, by using advanced manufacturing technologies, for high optical performance.

• 1 µm Fiberlens™ Aspheric Lenses: improved performance over spherical lenses for high power 1-µm industrial fiber lasers.
• 1 µm High Power Windows: high damage thresholds for high power 1-µm industrial fiber lasers.

	Fiberlens™ Aspheric Lenses	High Power Windows
Wavelengths	1030-1090 nm
Pulsed Damage Threshold	20 J/cm2
Reflectivity per Surface	< 0.2%
Diameters	12 to 300 mm	21.5 to 55 mm
Effective Focal Lengths	20 to 500 mm	N/A
Shapes	Aspherical-Plano Aspherical-Spherical Aspherical-Aspherical	Plano
Substrate Material	High Purity UV Fused Silica
Other Features	Coating can be adjusted for other wavelengths (e.g., 266, 356, 532 nm)

Collimating & Focusing Assemblies
Compatible with leading OEM lasers Standard products for 100-, 125-, 150- and 200-mm focal lengths Customization upon request

The focusing lens is the last optic in the CO₂ laser path, before it hits the workpiece. Its main role is to focus the laser beam to a specific focal length depending on the application. Therefore, the focal length dictated by the radiuses and curvatures of the lens is its most important feature. In order to ensure that your laser operates at maximum efficiency it is crucial to select the right lens. The type to be used with each machine is usually specified in the machine manufacturer's manual. We offer a wide range of standard and custom lenses assuring that the most suitable and effective lens be fitted to your laser cutting machine.

In the beam delivery section of a CO₂ laser cutting machine, the laser beam is transferred from the laser cavity to the working head. These CO₂ optical mirrors feature specific properties like very high reflectivity and tight phase shift tolerance.

These high transmittance and low absorption protective ZnSe optical windows for CO₂ lasers are used either for protecting sensitive and/or expensive optics, or for separating areas with different gas pressures.

• Resolution/Sensitivity
• Long Term Stability
• Lockable
• Size and Shape

Optical component mounts are needed to hold and adjust optics. Long term stability and low drift is crucial. Minimizing drift caused by vibrations or thermal drift over time will ensure laser alignment to the desired spot and also reduce any potential downtime due to misalignment and errors. Having a locking mechanism on these mounts can also prevent misalignment of the beam, especially during shipping and also if anything else happens during usage.

HVM industrial mounts are recommended for robust long term usage in compact space. The Suprema^® mirror mount is excellent for its stainless steel construction that gives better thermal performance than an aluminum mirror mount. Ultra-fine 254-TPI adjusters provide alignment sensitivity as low as 1.5 arc sec. For applications that are really concerned about the thermal changes that can be potentially caused by prolonged high powered laser usage, the ZeroDrift™ version will compensate for some thermal changes as well. For those mirror mounts that need to be set-and-forget for a long period of time, we recommend the MFM flexure mirror Mount. These are excellent for their small footprint so that machine size can be reduced.

• Suprema® Stainless Steel Mirror Mounts: the industry's best thermal performance for long-term stability.

	Suprema
Optic Diameters	0.5, 1 and 2 in.
Resolution	50, 100, 127 and 254 TPI
Angular Range	±7°
Material	Stainless Steel
Drive Types	Knob Hex Key Exchangeable Actuators
Lockable Versions	Yes
Other Versions	Clear-Edge Front- and Rear-Loading Right- and Left-Handed Low Wavefront Distortion ZeroDrift™

• HVM Top-Adjust Mirror Mounts: for use in compact spaces so your hands do not have to cross the beam path for adjustment.
• MFM Flexure Mirror Mounts: designed for "set and forget" applications.

	HVM-Series	MFM-Series
Optic Diameters	0.5, 1 and 2 in.	0.5, 0.75 and 1 in.
Resolution	80 and 100 TPI	80 and 100 TPI
Angular Range	±2.5°, ±3° and ±3.5°	±2.5°
Material	Anodized Aluminum, Stainless Steel	Stainless Steel
Drive Types	Hex Key	Hex Key
Lockable Versions	Yes	No
Other Features	Front- and Rear-Loading Versions	Shock Resistant Front- and Rear-Loading Versions Adhesive wells for permanent mounting

• A-Line™ Fixed Position Lens Mounts: fast, easy and economic mounting, aligning and focusing of optics.
• Compact Lens Positioners: ideal solution for applications with limited table space.
• LP Precision Multi-Axis Lens Positioners: highest performing lens positioners.

	A-Line	Compact	LP-Series
Optic Diameters	0.5 to 3 in.	0.5, 1 and 2 in.	0.5, 1 and 2 in.
Resolution	-	100 TPI	100 TPI
Adjustments	Fixed	XY, XYZ, XYZθxθy	XY, XYZ, XYZθxθy
Material	Aluminum	Aluminum	Aluminum
Other Features	Self-aligning design Large clear aperture Compatible with A-Line alignment system	Adapters for other optics Lockable positions	Zero-freeplay XY mechanism True Gimbal adjustments Independent non-influencing locks Adapters for other optics

• Stages that MKS ships meet or exceed the guaranteed specifications
• Metrology reports included with each stage (ASME B5.57 and ISO 230-2 standards)
• Typically, the product will perform ~2x better than the guarantee

Highest load capacity and speed of all linear motor positioners for demanding production environments