METIS 900 Surgical Microscope – Advanced Solution for Ophthalmic Surgery
The METIS 900 surgical microscope represents a new generation of ophthalmic systems
The METIS 900 surgical microscope represents a new generation of ophthalmic surgical systems designed for precision, workflow efficiency, and superior visualization. Combining premium Swiss optics, advanced ergonomics, and modern digital technologies, the system provides surgeons with maximum control and safety during ophthalmic procedures.
This ophthalmic microscope was developed to improve operating room workflow while delivering an outstanding visual experience during cataract, glaucoma, and vitreoretinal surgeries.
More information about the device is available on the official Haag-Streit website:
Official product page
METIS 900 Surgical Microscope and Superior Optics
One of the key advantages of the system is its premium Haag-Streit optics with apochromatic properties, providing:
- exceptional image clarity
- natural color reproduction
- optimal light transmission
- excellent depth of field
Thanks to the optimized coaxial red reflex system, surgeons benefit from a stable, homogeneous, and brilliant view throughout all stages of surgery.
The optical system supports enhanced visualization during cataract, glaucoma, and retinal procedures.
METIS 900 Surgical Microscope and Ergonomics
Modern ophthalmic surgery requires long periods of concentration and precision, making ergonomics essential.
The binoculars are positioned further forward, allowing surgeons to maintain a more natural and comfortable posture during procedures. This reduces strain on the neck, back, and spine during long surgical sessions.
Advantages of the ergonomic design include:
- improved comfort during surgery
- greater freedom of movement
- reduced physical fatigue
- a more efficient operating room environment
Explore our full range of ophthalmic diagnostic and surgical equipment.
Motorized Tilt and Efficient Workflow
The system was developed with a special focus on glaucoma surgery and MiGS procedures.
Key features include:
- motorized tilt
- easy viewing angle adjustment
- one-handed microscope repositioning
- intuitive controls for efficient workflow
This approach provides surgeons with greater control during surgery without compromising speed or safety.
METIS 900 Surgical Microscope and 4K Visualization
The optional integrated 4K system provides high-resolution imaging, advanced surgical documentation, and improved medical education capabilities.
The system uses a 27-inch touchscreen display as a central control hub for:
- surgical video documentation
- surgeon profile management
- system configuration
- procedure review and archiving
The integrated MIOS software further enhances workflow efficiency and operating room organization.
LED Illumination and Energy Efficiency
The microscope uses modern LED illumination, providing:
- stable and powerful lighting
- reduced heat generation
- lower energy consumption
- improved energy efficiency
LED technology offers a more sustainable solution compared to traditional xenon or halogen systems.
Installation in Bosnia and Herzegovina
Đaković d.o.o. is especially proud that one of the most advanced ophthalmic microscopes available today has already been installed in Bosnia and Herzegovina.
This installation represents an important step forward in the development of ophthalmic surgery and confirms that healthcare institutions in Bosnia and Herzegovina continue to follow modern global standards in medical technology.
More information about the installation can be found on the LinkedIn page of Đaković d.o.o.
Conclusion
Haag-Streit METIS 900 combines premium Swiss optics, advanced ergonomics, and modern digital technologies.
With its stable red reflex, motorized functions, 4K visualization, and surgeon-focused design, this ophthalmic microscope represents a long-term investment for modern clinics and operating rooms.
The METIS 900 surgical microscope is designed to support modern ophthalmic operating rooms with advanced visualization, ergonomics, and surgical precision.
