Optics

With the Vortex Diamondback 20–60×60 spotting scope, you can evaluate the situation well in advance. Observation and quick decision-making are among the most important factors influencing a shooter’s success, and this scope is designed to support both. Wildlife enthusiasts and birdwatchers will appreciate the bright, clear image and natural color reproduction. The Diamondback delivers excellent visual clarity, making long observation sessions comfortable and engaging.

The HIKMICRO HABROK 4K 2.0 HE25L thermal imaging binoculars represent a significant improvement over the first generation. The key upgrade is the HSIS flicker-free imaging system, which eliminates image freezing and delivers smooth, uninterrupted thermal observation. The device also features enhanced thermal sensitivity of less than 18 mK, resulting in clearer images of animals and background details even when temperature differences are minimal. Version 2.0 introduces two interchangeable infrared illuminators operating at 850 nm and 940 nm. 

The Primary Arms SLX Compact 4–16×44 mm is a compact riflescope from the well-established SLX series, a line known for innovation, reliability, and strong value for money. Each SLX optic is thoroughly field-tested during development to ensure dependable performance in a wide range of environments and conditions. This model expands the SLX lineup into the mid-range precision optics category, offering a versatile magnification range in an exceptionally compact housing. With an overall length of just 10.1 inches (25.6 cm), the scope is ideal for mobile, low-profile rifle setups. It performs equally well on hunting rifles, carbines, and bolt-action platforms.

The Primary Arms SLX Compact 4–16×44 mm is a compact riflescope from the proven SLX series, a lineup known for innovation, reliability, and excellent value. Every SLX optic is rigorously field-tested during development to ensure dependable performance in a wide range of environments and shooting conditions. This model expands the SLX family into the mid-range precision optics segment, offering a versatile magnification range in a remarkably compact housing. With an overall length of just 10.1 inches (25.6 cm), it is well suited for mobile and low-profile rifle setups. The scope performs equally well on hunting rifles, carbines, and bolt-action platforms.

The Primary Arms SLX Compact 4–16×44 mm is a compact riflescope from the proven SLX series, a lineup recognized for innovation, reliability, and excellent value. Every SLX optic is rigorously field-tested during development to ensure dependable performance in all environments and shooting conditions. This model extends the SLX family into the mid-range precision optics category, delivering a versatile magnification range in a remarkably compact body. With an overall length of just 10.1 inches (25.6 cm), it is ideal for mobile and low-profile rifle setups. The scope performs exceptionally well on hunting rifles, carbines, and bolt-action platforms.

The Hawke Frontier ED X 10×25 roof-prism binoculars feature a compact, shock-resistant, and waterproof design. They deliver sharp images, rich color depth, and very good light transmission. With 10× magnification and a wide field of view, they are well suited for nature enthusiasts and people who enjoy active outdoor recreation. Thanks to advanced optics and high-quality components, the Hawke Frontier ED X 10×25 binoculars provide an impressive visual experience, offering realistic color reproduction along with bright and crisp images.

The Hawke Frontier ED X 8×25 roof-prism binoculars feature a compact, shock-resistant, and waterproof design. They deliver sharp images, rich color depth, and very good light transmission. With 8× magnification and a wide field of view, they are an excellent choice for nature enthusiasts and lovers of active outdoor recreation. Thanks to advanced optics and high-quality components, the Hawke Frontier ED X 8×25 binoculars provide an impressive viewing experience, presenting colors naturally while maintaining a bright and crisp image.

The B4Hunt X7 GSM is a next-generation trail camera designed to transform standard monitoring into full, real-time terrain control. With 24/7 live image access, day and night operation, high-quality 14 MP photos, and 2.7K video recording, no important detail goes unnoticed. Whether you are monitoring property, forest areas, apiaries, or recreational land, the X7 delivers constant awareness and peace of mind. A built-in microphone also captures ambient sound, adding another layer of situational insight.

The B4Hunt X7 GSM is a next-generation trail camera designed to turn standard surveillance into full, real-time terrain control. With 24/7 live image access, both day and night, high-quality 14 MP photos, and 2.7K video recording, no important detail goes unnoticed. Whether you are monitoring a property, forest, apiary, or recreational area, the X7 provides constant awareness and peace of mind. A built-in microphone also captures ambient sound, making the live preview more realistic.

The MAGUS CHD20 is a digital microscope camera designed for capturing photos, recording video, editing results, and performing linear and angular measurements of observed objects and their structures. Thanks to its built-in software, the camera can operate independently, connecting not only to a computer but also directly to an external display. This flexibility is enabled by two interfaces: HDMI and USB. The camera delivers a high-quality Full HD image with a resolution of 1920 × 1080 pixels, offering high frame rates and fast data transfer. 

Ermenrich PRO LV70 is a compact laser level designed to improve precision in construction, finishing, and renovation tasks. It projects 16 sharp green laser lines, making it suitable for laying tiles or laminate flooring, installing shelves, marking foundations, routing electrical wiring or pipes, and checking the alignment of brickwork or plaster. The device generates two horizontal and two vertical planes, each with a 360° projection, and offers a maximum working distance of up to 30 meters.

This 60×/0.80 objective offers a resolution limit of 0.35 µm. Chromatic aberrations are corrected for blue and red wavelengths, spherical aberration is corrected for green, and field curvature is corrected across 90% of the field of view diameter, ensuring high image clarity and consistency. The objective is designed for infinity-corrected optical systems and features a parfocal distance of 45 mm. When paired with a 10×/20 mm eyepiece, it provides a 0.33 mm field of view diameter. It is optimized for specimens mounted with 0.17 mm cover slips, ensuring accurate focusing and image quality.

This 2×/0.06 objective provides a resolution limit of 4.58 µm. Chromatic aberrations are corrected for blue and red wavelengths, spherical aberration is corrected for green, and field curvature is corrected across 90% of the field of view diameter, ensuring uniform image quality across most of the visible area. When used with a 10×/22 mm eyepiece, the objective delivers a wide 11 mm field of view with a depth of field of 76 µm. This makes it ideal for initial scanning of specimens and for quickly locating areas of interest.

This 20×/0.40 objective delivers a resolution limit of 0.69 µm. Chromatic aberrations are corrected for blue and red wavelengths, spherical aberration is corrected for green, and field curvature is corrected across 90% of the field of view diameter, ensuring sharp and uniform image quality. The objective is designed for infinity-corrected optical systems and features a parfocal distance of 60 mm. When combined with a 10×/22 mm eyepiece, it provides a 1.1 mm field of view diameter. The optical design is optimized for use with specimens mounted under 0.17 mm cover slips, allowing accurate focusing and consistent results.

This 60×/0.80 objective provides a resolution limit of 0.35 µm. Chromatic aberrations are corrected for blue and red wavelengths, spherical aberration is corrected for green, and field curvature is corrected across 90% of the field of view diameter, delivering sharp and evenly focused images. The objective is designed for infinity-corrected optical systems and features a parfocal distance of 60 mm. When used with a 10×/22 mm eyepiece, it produces a 0.36 mm field of view diameter. The optical design is optimized for specimens mounted with 0.17 mm cover slips, ensuring accurate focusing and reliable imaging results.

This water immersion objective uses distilled water as the immersion medium. Distilled water has no inherent fluorescence and does not contaminate physiological solutions, making it especially suitable for biological research. Unlike oil immersion objectives, it requires no special cleaning procedures and eliminates additional costs associated with immersion oil or cleaning solvents. Oil immersion objectives deliver high resolution and contrast only when the specimen is in direct contact with the cover glass.

This C-mount adapter is designed for mounting a digital camera onto the trinocular tube of the MAGUS Bio 260T microscope. It ensures stable and accurate camera alignment for digital imaging applications.

This polarizer and analyzer set is designed to enable polarized light microscopy. The комплект includes a polarizer and an analyzer that work together to produce polarized illumination. The polarizer is installed on the collector, while the analyzer is positioned in the slot of the microscope stand above the revolving nosepiece. The polarizer can be rotated through 90 degrees, allowing precise control of the polarization angle. The intensity of transmitted light varies depending on the relative orientation of the polarizer and analyzer.

Eyepieces are used to extend the overall magnification range of a microscope. The 30× eyepiece provides the appropriate useful magnification when paired with a 2×/0.06 objective, allowing specimen details to be observed clearly. This eyepiece features diopter adjustment, making it an ideal choice for microscopes that do not have a diopter adjustment ring on the eyepiece tube. It allows users with imperfect eyesight to achieve sharp focus more easily.

This eyepiece with an integrated pointer is designed for educational use and group demonstrations. The built-in pointer makes it easy to accurately draw attention to a specific structure or feature within the specimen, helping viewers follow explanations more clearly during teaching or collaborative research. The eyepiece is installed in place of a standard 10× eyepiece. In binocular or trinocular microscopes, a matching eyepiece without a pointer should be installed in the second eyepiece tube to ensure comfortable observation.

This darkfield condenser is designed to enable darkfield microscopy, a technique used to visualize unstained, translucent specimens that absorb little light and are often invisible under standard bright-field illumination. To use the darkfield condenser correctly, it must be paired with an objective whose numerical aperture is lower than that of the condenser. With a numerical aperture range of 1.26 to 1.30, the condenser is suitable for use with 20× and higher-magnification objectives.

This darkfield condenser is designed to enable darkfield microscopy, a technique used to observe unstained, translucent specimens that absorb very little light and are often invisible under conventional bright-field illumination. For proper operation, the numerical aperture of the condenser must be higher than that of the objective. With a numerical aperture range of 0.7 to 0.9, the condenser is suitable for use with dry objectives providing magnifications from 4× to 40× and numerical apertures below 0.9.

This polarizer and analyzer set is designed to enable polarized light microscopy. The set includes a polarizer and an analyzer that work together to create polarized illumination for advanced specimen observation. The polarizer is mounted on the collector, while the analyzer is installed in the slot of the microscope stand above the revolving nosepiece. The polarizer is fully rotatable through 360 degrees, allowing precise control of the polarization angle. The intensity of transmitted light varies depending on the relative orientation of the polarizer and analyzer.

The differential interference contrast (DIC) device is designed for studying transparent, low-contrast specimens that are difficult or impossible to observe using standard bright-field microscopy. This technique enhances image resolution and clarity through optical methods rather than chemical staining, while also providing additional structural information about the specimen. The DIC method creates a pseudo-relief effect, giving the image an apparent three-dimensional appearance.