Optics

This modern biological microscope is designed for use in veterinary medicine, bacteriology, immunology, pharmacy, and many other scientific disciplines, as well as in analytical laboratories. It is equipped with a trinocular head that allows the connection of any microscope camera with a C-mount interface via an independent optical path. The trinocular tube features adjustable height, enabling precise focus matching between the camera sensor and the eyepieces.

This modern biological microscope is designed for research in veterinary medicine, bacteriology, immunology, pharmacy, and many other scientific fields, as well as for use in analytical laboratories. It is equipped with a trinocular head that allows any microscope camera with a C-mount interface to be connected via an independent optical path. The trinocular tube features height adjustment, enabling precise alignment of focus between the camera sensor and the eyepieces.

This modern biological microscope is designed for research in veterinary medicine, bacteriology, immunology, pharmacy, and other scientific disciplines, as well as for analytical laboratories. It is equipped with a trinocular head that allows any microscope camera with a C-mount to be connected via an independent optical path. The trinocular tube features height adjustment, enabling precise focus matching between the camera sensor and the eyepieces. This is the first microscope in our range to feature an infinity-corrected optical system with objectives of 60 mm optical length.

This modern biological microscope is designed for use in veterinary medicine, bacteriology, immunology, pharmacy, and other scientific fields, as well as in analytical laboratories. It is equipped with a trinocular head that allows any microscope camera with a C-mount to be connected via an independent optical path. The trinocular tube features height adjustment, enabling precise focus alignment between the camera sensor and the eyepieces. The microscope uses an infinity-corrected optical system with precise coarse and fine focusing and a wide eyepiece field of view of up to 22 mm.

Cameras are now an essential tool, and OPTIKA offers a range of advanced digital imaging solutions designed for demanding users and professional environments. The OPTIKA PRO Series covers a broad spectrum of applications, from routine use to high-end cooled monochrome or color cameras, available with either CMOS or CCD sensors. Renowned SONY sensors deliver true-to-life color reproduction, allowing specimens to be captured exactly as they appear, with exceptional accuracy and realism.

The Primary Arms GLx 1x Micro Prism iR Green ACSS Cyclops Gen III is a compact, lightweight prism sight that combines advanced technology with high practical performance. Designed for reliability and speed, it delivers precision aiming in a wide range of conditions while remaining easy to use and highly durable. Thanks to its durable sealed housing, the sight performs reliably in harsh environments. The multi-coated optics ensure a bright, clear image across varying lighting conditions.

The HIKMICRO Lynx 3.0 LE10 is a compact thermal imaging monocular created for users who value simplicity, reliability, and effective performance in the field. The latest generation of the LE series continues the focus on light weight and mobility, delivering features known from higher-end models at a more accessible price point. Compared with the LH series, the LE line is intended as a practical and cost-effective solution for hunters, foresters, and wildlife observers who need fast orientation in low-light conditions without investing in fully professional equipment.

The HIKMICRO Lynx 3.0 LE15 is a compact thermal imaging monocular designed for users who value simplicity, reliability, and practical performance in the field. The latest generation of the LE series continues the brand’s focus on lightweight construction and mobility, offering features typically found in more expensive models at a significantly more accessible price. Compared with the LH series, the LE line is intended as a practical and economical solution for hunters, foresters, and wildlife observers who need fast orientation in darkness without investing in fully professional equipment.

The new HIKMICRO Lynx 3.0 LH35 sets a new standard in the thermal imaging monocular category. Equipped with an upgraded sensor and even higher detection sensitivity, it delivers an image that reliably guides the user through forest darkness. It is designed for hunters and observers who do not accept compromises, turning night observation from a limitation into a clear tactical advantage. HIKMICRO is a leading manufacturer of industrial cameras and alarm systems based on thermal imaging modules and facial recognition technologies. 

The new HIKMICRO Lynx 3.0 LH15 sets a higher standard in the thermal imaging monocular category. Equipped with an improved sensor and enhanced detection sensitivity, it delivers a clear image that reliably guides the user through forest darkness. It is an ideal solution for hunters and observers who do not accept compromises, turning night observation from a limitation into a real advantage. HIKMICRO is a leading manufacturer of industrial cameras and alarm systems based on thermal imaging modules and facial recognition technologies.

Fenix HM71R is a versatile headlamp delivering up to 2700 lumens, combining the functionality of a headlamp with that of an angled handheld flashlight. If you are looking for a durable and powerful lighting solution for outdoor or professional applications, the HM71R is an excellent choice. It features a rugged aluminum body, advanced LEDs, simple one-button operation, and convenient charging via a USB-C port. The flashlight body is made from anodized aircraft-grade aluminum, ensuring high resistance to impact and wear.

OIII filters allow only light with a wavelength of 501 nanometres to pass through. This wavelength corresponds to the emission lines of doubly ionised oxygen, which are produced by planetary nebulae and certain emission nebulae. As a result, these objects remain visible while most other light is blocked by the filter. This selective transmission significantly increases contrast and makes faint nebulae visible for the first time.

The SunObserver eADC V3 is a third-generation electric atmospheric dispersion corrector featuring zero image shift technology, designed for demanding astrophotography and high-precision visual observation. At the core of the eADC V3 is a system of four prisms arranged in two groups, made from high-quality optical glass and treated with broadband anti-reflective coatings. An integrated sensor continuously detects the telescope’s orientation and automatically calculates the required atmospheric dispersion correction.

The ASKAR FRA400 is a compact Petzval-type apochromatic refractor with a 400 mm focal length, f/5.6 focal ratio, and a 72 mm aperture. Its five-element optical design includes two ED glass elements, ensuring excellent correction of chromatic aberration. The optical system is fully corrected for cameras up to full-frame format, making it well suited for high-quality astrophotography. The extendable dew shield provides effective protection against stray light and dew. A robust, oversized focuser supports even heavy camera setups and allows precise focusing thanks to its fine reduction mechanism.

The Askar 80ED is a compact refractor telescope with an 80 mm aperture, 560 mm focal length, and a f/7 focal ratio. Its optical system is a two-element lens design, consisting of one ED glass element paired with a standard achromatic glass element, providing good correction of chromatic aberration. The screw-on dew shield can be reversed over the optical tube, reducing the transport length to just 40 cm. With a weight of only 2 kg, the telescope can be comfortably used on small mounts or even sturdy photographic tripods. 

The SQA (Super Quintuplet Astrograph) is an apochromatic refractor specifically optimized for astrophotography. It employs a Petzval optical design consisting of five lenses arranged in two separate groups, delivering a flat, well-corrected image field without the need for additional optical accessories. The front lens group consists of three lenses, two of which are made from SD (Super Dispersion) glass. This configuration significantly reduces chromatic aberration while ensuring high resolution and excellent color fidelity. Carefully defined air gaps between the lenses further enhance optical performance.

The ColourMagic 3 nm Narrowband Filter features an extremely narrow bandwidth combined with excellent light transmission, allowing the capture of high-contrast, low-noise deep-sky images even under challenging conditions such as urban light pollution, atmospheric airglow, or other sources of stray light. This performance makes faint nebular structures and subtle stellar details, which are often difficult to reveal, clearly visible. The filter also incorporates an optimized optical design for improved halo control, resulting in higher image quality and greater expressive power in astrophotography.

The ColourMagic 3 nm Narrowband Filter features an extremely narrow bandwidth combined with excellent light transmission, allowing you to capture high-contrast, low-noise deep-sky images even in environments affected by urban light pollution, atmospheric airglow, or other sources of stray light. This makes faint nebular structures and subtle stellar details, which are often difficult to reveal, clearly visible. In addition, the ColourMagic filter uses an optimized optical design for improved halo control, resulting in higher image quality and greater expressive impact in astrophotography.

The ColourMagic 3 nm Narrowband Filter features an extremely narrow bandwidth combined with excellent light transmission, allowing the capture of high-contrast, low-noise deep-sky images even in locations affected by urban light pollution, atmospheric airglow, or other unwanted light sources. This performance makes faint nebular structures and subtle stellar details, which are often difficult to detect, clearly visible. In addition, the ColourMagic filter incorporates an optimized optical design for effective halo control, ensuring higher image quality and enhancing the overall expressive power of astrophotography.

The ColourMagic 3 nm Narrowband Filter set features an extremely narrow bandwidth combined with excellent light transmission, allowing the capture of high-contrast, low-noise deep-sky images even in environments affected by urban light pollution, atmospheric airglow, or other stray light sources. This performance makes faint nebular structures and subtle stellar details, which are often difficult to reveal, clearly visible. In addition, the ColourMagic filters use an optimized optical design for effective halo control, resulting in higher image quality and greater expressive power in astrophotography.

A field flattener is an optical lens designed to correct the slight curvature of the image field produced by a telescope’s primary optics. This natural curvature causes stars near the edges of the field of view to appear less sharp. By correcting this effect, the flattener ensures that stars remain sharp and well-defined across the entire image, from center to edge.

A field flattener is an optical element designed to correct the slight curvature of the image field produced by a telescope’s primary optics. This natural curvature causes stars near the edges of the image to appear softer or out of focus. By compensating for this effect, the flattener ensures that stars remain sharp and well-defined across the entire field of view, from the center to the edges of the frame.

A field flattener is an optical lens designed to correct the slight curvature of the image field produced by a telescope’s primary optics. This inherent curvature causes stars near the edges of the field of view to appear less sharp. By compensating for this effect, the flattener ensures that stars remain sharp and well-defined across the entire image, from the center to the outer edges of the frame.

A focal reducer shortens the effective focal length of a telescope, making the optical system faster for astrophotography. As a result, images appear brighter, and the field of view is expanded, allowing larger sections of the sky to be captured in a single frame.