opus Series

Name: opus Series
Brand: Novanta Photonics
Availability: InStock

Description

The Opus DPSS Continuous Wave Laser Series by Novanta is a versatile, high-performance laser solution designed for demanding applications in laser-based diagnostics, micromachining, and fine material processing.

With its patented design, the Opus laser ensures exceptional stability and suppresses amplitude noise, making it ideal for semiconductor inspection and particle counting, where precision is crucial. This laser offers a high-power output in a compact form, providing a flexible delivery system with fiber coupling options (multi-mode and single mode).

The Opus laser is designed with the OEM integrator in mind, featuring a small footprint, high electrical efficiency, and efficient thermal management. It is built to operate in environments where water cooling is not feasible, ensuring long-lasting reliability. Additionally, the rugged optomechanical design supports 24/7 integrated system applications.

With customizable features, remote service capabilities, and a robust control system, the Opus laser optimizes productivity, minimizes downtime, and delivers consistent results for critical applications.

Specifications

Wavelength:	532 nm
Max Output Power:	1500 mW
Cooling Method:	Air-Cooled, Fan-cooled, Passive cooling, Active cooling, Heat sink
Tunability:	Fixed Wavelength
Control Interface:	Digital Control
Beam Diameter:	0.85 - 1.85 model dependent mm
Spatial Mode:	TEMoo
Ellipticity:	<1:1.15
Bandwidth:	30 - 80 model dependent GHz
Divergence:	<0.5 - 1.5 model dependent mrad
Beam Pointing Stability:	<2 - 10 model dependent µrad/ °C
Polarization Ratio:	>100:1
Polarization Direction:	Horizontal
Beam Angle:	<1 mrad

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Features

High Stability: Patented design suppresses amplitude noise and ensures exceptional long-term stability

High Power Output: Compact platform with fiber coupling options for flexible beam delivery

Ease of Integration: Small form factor with high wall plug efficiency for seamless integration

Efficient Thermal Management: Operates without water cooling in many environments

Durable Design: Rugged construction for long operational life and reliability

Remote Monitoring: Remote service capabilities through RemoteApp™ software

Applications

Semiconductor Inspection: Eliminates false positives, ensuring reliable inspection results

Particle Counting: Ideal for precision applications in particle detection

Fine Material Processing: Efficient for high-precision micromachining applications

OEM Integration: Suitable for integration into OEM systems with ease of use and flexibility

Diagnostic and Analytical Applications: Provides stable and precise output for diagnostic and analytical needs

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Ships from:

United States

Sold by:

Novanta Photonics

On FindLight:

since 2016

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Frequently Asked Questions

What makes the OPUS DPSS Continuous Wave Laser Series unique?

The OPUS series is distinguished by its patented design, which effectively suppresses amplitude noise, ensuring exceptional stability and reliability. This groundbreaking technology eliminates false positives in critical applications and guarantees reliable and repeatable results where precision is paramount.

How does the OPUS series facilitate seamless integration?

Designed with OEM integrators in mind, the OPUS family features a compact form factor and high wall plug electrical efficiency. This combination enables easy integration into a wide range of systems and offers distinct advantages in thermal management. The lasers can operate in environments where water cooling is not permitted or feasible, ensuring maximum uptime and productivity for various applications.

What options are available for the delivery system of the OPUS series?

The OPUS series offers fiber coupling options, providing users with the flexibility to tailor the delivery system to their specific requirements. This ensures optimal performance in any scenario, whether you're conducting analytical research, micromachining delicate materials, or processing fine materials with extreme precision.

How does the rugged optomechanical design benefit users?

The OPUS lasers feature a rugged optomechanical design built to withstand the rigors of real-world use. This design ensures long-term reliability and 24/7 operation in even the most demanding environments. Users can rely on the lasers to deliver consistent performance over time, minimizing downtime and maximizing productivity.

What are the advantages of the remote service capabilities?

The OPUS series comes with remote service capabilities, allowing users to minimize downtime and optimize performance with ease. With remote service capabilities, users can address issues promptly, ensuring that the laser continues to deliver peak performance year after year. This feature enhances overall reliability and ensures that users can maintain productivity without interruptions.

In what applications can the OPUS series be used?

The OPUS series is versatile and suitable for a wide range of applications, including semiconductor inspection, particle counting, micromachining, fine material processing, OEM integrations, and analytical research. Its high power output, stability, and reliability make it ideal for tasks requiring precision and consistency, whether in scientific research laboratories or industrial manufacturing settings.

What defines the OPUS DPSS Continuous Wave Laser Series?

The OPUS series is defined by its groundbreaking design, unmatched performance, and reliability. Engineered with cutting-edge technology and meticulous craftsmanship, these lasers represent the pinnacle of laser technology. From its compact design to its exceptional stability and remote service capabilities, the OPUS series sets new standards for precision and performance in laser-based applications across industries.