EOS-HIPOWL-3 extends the EOS-HIPOWL platform with higher output power while preserving compact dimensions and robust optical performance.

It provides a highly uniform rectangular collimated beam and supports enhanced flexibility for application-specific beam control.

As with all EOS-HIPOWL products, EOS-HIPOWL-3 is compatible with the DIMPOWL platform.

Through this integration, the module can support fast-axis expansion, slow-axis expansion, or configurable divergence control using fixed, adjustable, or custom-designed external DIMPOWL modules, depending on the application.

This model is particularly suitable for systems requiring higher power density together with compact packaging, including optical wireless links, LiDAR architectures, range-gated LiDAR, medical laser systems, and precision marking solutions.

EOS-HIPOWL-20 is the high-power member of the EOS-HIPOWL Family, developed for applications demanding significantly higher output capability while maintaining the same core optical philosophy of the platform.

With its increased bar count, larger front window, and higher power class, it enables more demanding transmission, illumination, sensing, and directed optical applications.

EOS-HIPOWL-20 can also be integrated with the DIMPOWL platform, allowing fast-axis or slow-axis beam expansion according to system requirements.

Depending on the intended use, DIMPOWL modules may be implemented as fixed, adjustable, or custom beam-conditioning units, providing greater control over divergence and final beam profile.

Built on the same FAC/SAC-based beam conditioning approach, EOS-HIPOWL-20 combines rectangular collimated output, scalable architecture, and rugged integration readiness for advanced industrial, defense, medical, and photonic system environments.

REF. HIPOWL/-20
Currently Available

DIMPOWL Beam Shaping Module is a compact optical module developed to operate with HIPOWL high-power diode laser modules, offering independent beam shaping capability in the fast axis and slow axis directions.

Thanks to the adjustable cylindrical lens groups positioned within the system, the laser output can be expanded, tailored to the application, and transformed into a more controlled rectangular profile. This provides high flexibility for different working distances, optical integration requirements, and target beam geometries.

Within our products, DIMPOWL is used to shape the beams that have already been collimated after the SAC/FAC microlenses.

DIMPOWL is designed to be mechanically compatible with HIPOWL; the source module is integrated into the system, fixed in place, and aligned to ensure stable operation along the optical axis. With its precise adjustment mechanism, the user can optimize the beam expansion characteristics in both the fast axis and slow axis directions.

This structure provides important advantages in controlling energy density, adapting the beam form to the application, and improving overall optical system efficiency.

The product can be offered in two different configurations: manual and motorized.

The manual version is ideal for applications requiring fast and precise user adjustment in field or laboratory environments, while the motorized version is developed for automation infrastructure, repeatable positioning, and remote-control needs.

With its robust industrial housing, compact form factor, and integrated working architecture with HIPOWL, DIMPOWL provides a powerful beam-shaping platform for defense applications, industrial laser systems, optical test setups, and specialized photonic solutions.