Scanheads

Fiber Tiger 3-Axis Scan Head

Fiber Tiger 3-Axis Scan Head

The Fiber Tiger 3-Axis Scan Head, meticulously engineered by ARGES under the esteemed banner of Novanta Corporation, stands as a pinnacle of precision and innovation in laser material processing technology. This ...

Sold by: Novanta Photonics Ships from: United States
Specifications
Input Aperture: 36 mm
Wavelength: 532 nm (green), 800 nm (near IR), 810 nm (near IR), 1054 nm (IR), 1064 nm (IR), 1070 nm (IR), Other (see Data Sheet)
Max Scan Rate: 12.4 m/s
Focal Length: Not Specified
Work Area X: 240 mm
LIGHTNING II 3-Axis Digital Scan Head

LIGHTNING II 3-Axis Digital Scan Head

The LIGHTNING™ II 3-Axis Digital Scan Head, engineered by Cambridge Technology and offered by Novanta, represents a groundbreaking solution for improved laser processing speed and precision. Designed to meet ...

Sold by: Novanta Photonics Ships from: United States
Specifications
Input Aperture: 20 mm
Wavelength: 355 nm (UV), 1054 nm (IR), 1064 nm (IR), 1070 nm (IR), 10.6 um (IR), 9.4 - 10.6 μm, Other (see Data Sheet)
Max Scan Rate: Not Specified
Focal Length: Not Specified
Work Area X: 100 mm
LIGHTNING II 2-Axis Modular Scan Head

LIGHTNING II 2-Axis Modular Scan Head

The LIGHTNING™ II 2-Axis Modular Scan Head represents a breakthrough in digital scanning technology, engineered by Cambridge Technology and offered by Novanta. It stands at the forefront of precision laser ...

Sold by: Novanta Photonics Ships from: United States
Specifications
Input Aperture: 14 mm
Wavelength: 355 nm (UV), 532 nm (green), 1030 - 1080 nm, 9.4 - 10.6 μm, Other Broadband, Other (see Data Sheet)
Max Scan Rate: Not Specified
Focal Length: Not Specified
Work Area X: Not Specified
Firefly3D 3-Axis Scan Head

Firefly3D 3-Axis Scan Head

The Firefly3D 3-Axis Scan Head represents a revolutionary leap forward in laser-based additive manufacturing (AM) technology. Developed by Novanta Corporation's Cambridge Technology division, this state-of-the-art ...

Sold by: Novanta Photonics Ships from: United States
Specifications
Input Aperture: 20 mm
Wavelength: 1030 - 1080 nm, Other (see Data Sheet)
Max Scan Rate: Not Specified
Focal Length: Not Specified
Work Area X: 920 mm
MOVIA 2-Axis Compact Scan Head

MOVIA 2-Axis Compact Scan Head

The MOVIA 2-Axis Compact Scan Head epitomizes the pinnacle of scanning technology, engineered by Cambridge Technology and proudly offered by Novanta. Representing the next evolutionary leap in scanning solutions, ...

Sold by: Novanta Photonics Ships from: United States
Specifications
Input Aperture: 10 mm
Wavelength: 351 nm (UV), 355 nm (UV), 532 nm (green), 1030 - 1080 nm, 9.4 - 10.6 μm, Other Broadband, Other (see Data Sheet)
Max Scan Rate: 3 m/s
Focal Length: Not Specified
Work Area X: Not Specified
ExtraScan IV Laser Scan Head with Digital Servo and PWM Output Stage

ExtraScan IV Laser Scan Head with Digital Servo and PWM Output Stage

ExtraScan Laser Scan Head: High-Precision, Stability-Driven Beam Steering Solution The ExtraScan Laser Scan Head is a next-generation galvanometer scanning solution designed to meet the growing demand for ...

Sold by: Scanner Optics Co., Ltd. Ships from: China
Specifications
Input Aperture: 10 mm
Wavelength: Other (see Data Sheet)
Max Scan Rate: Not Specified
Focal Length: Not Specified
Work Area X: Not Specified
Fiber Rhino 2-Axis Scan Head

Fiber Rhino 2-Axis Scan Head

Experience unparalleled versatility and precision in laser-based applications with the Fiber Rhino 2-Axis Scan Head, engineered by ARGES, a globally recognized brand under Novanta Corporation. Offering the largest ...

Sold by: Novanta Photonics Ships from: United States
Specifications
Input Aperture: 16 mm
Wavelength: Other (see Data Sheet)
Max Scan Rate: Not Specified
Focal Length: Not Specified
Work Area X: Not Specified
Elephant 3-Axis Scan Head

Elephant 3-Axis Scan Head

Unlock the potential of your laser-based applications with the Elephant 3-Axis Scan Head, engineered by ARGES, a leading brand under Novanta Corporation. Offering unparalleled versatility and precision, the Elephant ...

Sold by: Novanta Photonics Ships from: United States
Specifications
Input Aperture: 16 mm
Wavelength: 355 nm (UV), 527 nm (green), 532 nm (green), 1054 nm (IR), 1064 nm (IR), 10.6 um (IR), Other (see Data Sheet)
Max Scan Rate: Not Specified
Focal Length: 80 mm
Work Area X: Not Specified
VERSIA 2-Axis Hybrid Scan Head

VERSIA 2-Axis Hybrid Scan Head

The VERSIA 2-Axis Hybrid Scan Head represents the pinnacle of precision and versatility in laser-based material processing. Developed by Novanta, a leader in photonics solutions, and engineered by Cambridge ...

Sold by: Novanta Photonics Ships from: United States
Specifications
Input Aperture: 14 mm
Wavelength: 351 nm (UV), 355 nm (UV), 527 nm (green), 532 nm (green), 1030 - 1080 nm, 9.4 - 10.6 μm, Other (see Data Sheet)
Max Scan Rate: Not Specified
Focal Length: Not Specified
Work Area X: Not Specified
Precession Elephant 2 Multi-Axis Scan Head

Precession Elephant 2 Multi-Axis Scan Head

Experience unparalleled precision and efficiency in laser drilling and cutting with the Precession Elephant 2 Multi-Axis Scan Head. Engineered by ARGES, a brand under Novanta Corporation, this advanced scan head is ...

Sold by: Novanta Photonics Ships from: United States
Specifications
Input Aperture: 26 mm
Wavelength: 527 nm (green), 532 nm (green), 1030 - 1080 nm, Other Broadband
Max Scan Rate: Not Specified
Focal Length: 60 mm
Work Area X: Not Specified
Precession Elephant III Scan Head for High-Precision Drilling and Cutting

Precession Elephant III Scan Head for High-Precision Drilling and Cutting

The Precession Elephant III (PE III) scan head is a cutting-edge precision multi-axis scan head, designed for high-precision laser drilling, cutting, and micromachining applications. Developed by Novanta through ...

Sold by: Novanta Photonics Ships from: United States
Specifications
Input Aperture: Not Specified
Wavelength: 527 nm (green), 532 nm (green), 1030 - 1080 nm, Other (see Data Sheet)
Max Scan Rate: Not Specified
Focal Length: 60 mm
Work Area X: Not Specified
Air Bearing Polygon Scanner

Air Bearing Polygon Scanner

Novanta's Air Bearing Polygon Scanners, engineered by Cambridge Technology, represent the pinnacle of precision and reliability in high-speed raster scanning applications. These scanners are meticulously crafted to ...

Sold by: Novanta Photonics Ships from: United States
Specifications
Input Aperture: 10.16 mm
Wavelength: Other (see Data Sheet)
Max Scan Rate: Not Specified
Focal Length: Not Specified
Work Area X: Not Specified
Ball Bearing Polygon Scanner

Ball Bearing Polygon Scanner

Novanta's Ball Bearing Polygon Scanners, engineered by Cambridge Technology, represent a pinnacle of precision and reliability in raster scanning technology. Designed to meet the demands of low- and mid-speed ...

Sold by: Novanta Photonics Ships from: United States
Specifications
Input Aperture: 10.16 mm
Wavelength: Other (see Data Sheet)
Max Scan Rate: Not Specified
Focal Length: Not Specified
Work Area X: Not Specified

Did You Know?

A Laser Scan Head (also known as “Galvo Scanhead”, “Laser Scanning Head” or simply “Scanhead”) is an integral part of many laser marking, laser engraving and laser cutting machines. Simply put, it’s a beam delivery system that is coupled to the laser output and steers the beam along the X and Y directions in the working field. A typical Laser Scanhead is comprised of two Galvo scanners that provide the laser beam steering around two independent axes and an F-theta lens that focuses the deflected beam onto the work area. Most galvo scanning heads come equipped also with servo amplifiers, and communication electronics that enable precise control of the laser beam position on the working plane. To ensure good focusing across the entire work field F-Theta lenses are chosen that offer both large aperture and minimal aberration at off-axis incidence angles. Besides Laser Engraving and Cutting Machines, laser scanning systems also find applications in 3D printers, rapid prototyping, ophthalmological laser machines, confocal microscopy, laser projectors, barcode scanners and more.

Frequently Asked Questions

Laser Scanhead is an integral part of many laser processing machines and the primary component responsible for projecting the focused output of laser radiation on the work field. They are often used in laser markers, laser engravers and laser cutters.

Brief Introduction to Laser Scanheads for Material Processing

Laser scanheads are integral components in advanced laser systems, directing laser beams with high precision and speed across various applications. By manipulating mirrors and lenses, scanheads control the path and focus of laser beams, enabling intricate processes in industries such as manufacturing, medical devices, and electronics.

A typical laser scanhead comprises galvanometer-driven mirrors that deflect the laser beam along the X and Y axes. In more complex systems, a third axis (Z) is incorporated to adjust the focal point, allowing for three-dimensional processing. This configuration is essential for applications requiring depth control, such as engraving on curved surfaces or varying material thicknesses.

The precision of scanheads is paramount in laser marking, engraving, and cutting. High-speed galvanometers enable rapid beam positioning, resulting in faster processing times without compromising accuracy. This efficiency is crucial in high-volume production environments where consistency and throughput are critical.

In the medical field, laser scanheads facilitate procedures like ophthalmic surgeries and dermatological treatments. Their ability to deliver controlled laser exposure ensures minimal damage to surrounding tissues, enhancing patient safety and treatment outcomes.

Advancements in scanhead technology have led to the development of systems with improved thermal stability and reduced drift, ensuring consistent performance over extended periods. Integration with advanced control software allows for real-time adjustments and complex pattern generation, expanding their capabilities across various applications.

When selecting a laser scanhead, factors such as scanning speed, accuracy, and compatibility with existing laser systems should be considered. Ensuring that the scanhead meets the specific requirements of the intended application will optimize performance and longevity.

In summary, laser scanheads are vital for precise and efficient laser processing across multiple industries. Their ability to accurately direct laser beams enables complex manufacturing processes, medical procedures, and technological innovations, underscoring their significance in modern applications.