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The LabGard® ES (Energy Saver) TE (Total Exhaust) NU-560 is a premier Biosafety Cabinet designed for labs requiring 100% exhaust of airflow to the outside. This cabinet provides optimum control over product quality while eliminating the risk of exposing personnel to airborne biological or particulate chemical agents. Meeting all Class II, Type B2 requirements, the NU-560 is the ideal solution for low to moderate risk-hazard research and drug preparation.
The LUNA-III™ Automated Cell Counter provides unmatched accuracy with advanced algorithms, precise autofocusing, reusable slides, non-toxic dyes, network access, re-analysis options, and a compact, user-friendly design
The LUNA-BX7™ is the latest evolution in automated cell counting from Logos Biosystems. Developed in response to researchers who demand the high-performance standards of the flagship LUNA-FX7™ but specialize in brightfield applications, the BX7 is a dedicated, cost-effective powerhouse. Utilizing advanced machine-learning algorithms and a high-resolution optical system, it provides unmatched accuracy for viable stains like Trypan Blue. Whether you are working in a clinical lab, a GMP facility, or a high-throughput research center, the LUNA-BX7™ delivers the flexibility and precision your workflow deserves.
The Chromaster® PLUS is engineered to meet the evolving needs of modern laboratories, bridging the gap between conventional HPLC and high-resolution UHPLC. Built on three core pillars—Performance, Functionality, and Reliability—this system offers an "HPLC for today and tomorrow". Whether you are performing routine analysis or pushing the boundaries of high-speed, high-resolution research, the Chromaster® PLUS provides the robust stability and ease of use required for consistent, world-class results.
Engineered for maximum uptime, this robust HPLC system features an integrated internal design for optional units and noise level of not more than 0.5 ×10-5 AU . From its synchronized direct-injection autosampler to its high-stability pulse compensation pump, every detail is built to ensure reproducible results for even the most demanding analytical tasks.
The Hitachi UH5200/5210 Series represents the next generation of double-beam UV-Vis spectrophotometry, engineered for maximum reliability and ease of use. Featuring a high-resolution 10.4-inch color LCD and a proprietary Seya-Namioka monochromator, this series provides bright, aberration-free optical performance.
The Hitachi F-2700 and F-2710 series offers high-performance fluorescence spectroscopy tailored to your laboratory’s specific workflow requirements. Whether you are focused on biotech research, material science, or academic teaching, these models provide the reliability you need.
Experience the next generation of elemental analysis with the Hitachi ZA4000 Series. Designed for laboratories that demand unwavering precision and high throughput, the ZA4000 combines Hitachi’s legendary Polarized Zeeman Correction with a unique Dual Detector method to deliver unmatched sensitivity and baseline stability. Whether you are conducting cutting-edge research or managing rigorous quality control, the ZA4000 provides the speed and reliability needed to excel in diverse fields such as environmental testing, food safety, and material science.
With a substrate processing width of up to 305 mm, you are well-equipped to initiate pilot-scale production of your battery technology.
This exceptional collection of functional anatomical models offers a great perspective of the articulation of the major joints in the human body and their connective ligaments. These models feature limited flexibility, while still maintaining the level of anatomical detail in the bony landmarks and the ligaments that Axis Scientific delivers with every model.
This unbelievable cervical spine model is flexible, and includes the occipital bone, vertebral nerves and arteries, spinal cord, brain stem, and muscle attachments. The muscles of the spine are also numbered to show the different muscular features.
The Axis Scientific 3x Enlarged Mouth Model with Toothbrush provides a magnified study of the human mouth and teeth. This model is enlarged to offer a high-quality display of the oral cavity and to be used as a demonstration tool for exaggerated toothbrushing motions. This Axis Scientific anatomy model features adult teeth, tongue, and an enlarged toothbrush model.
Electronics additive manufacturing equipment is primarily applied in industries such as display, semiconductor packaging, and lithium batteries, enabling the printing of micro/nano-scale functional structures with feature sizes down to 1-10 μm. enovate3D’s electronic additive manufacturing platform employs Direct Ink Writing (DIW) technology combined with proprietary nano-scale ink materials, achieving 3D printing of high-performance metallic conductive materials, polymers, and composite dielectric materials. This system is capable of printing ultrafine interconnects, passive components, microwave electronics, flexible circuits, and 3D circuitries. Users can achieve software-driven automated printing based on CAD data or parametric programming, ensuring high flexibility in manufacturing processes.
Electronics additive manufacturing equipment is primarily applied in industries such as display, semiconductor packaging, and lithium batteries, enabling the printing of micro/nano-scale functional structures with feature sizes down to 1-10 μm. enovate3D’s electronic additive manufacturing platform employs Direct Ink Writing (DIW) technology combined with proprietary nano-scale ink materials, achieving 3D printing of high-performance metallic conductive materials, polymers, and composite dielectric materials. This system is capable of printing ultrafine interconnects, passive components, microwave electronics, flexible circuits, and 3D circuitries. Users can achieve software-driven automated printing based on CAD data or parametric programming, ensuring high flexibility in manufacturing processes.
With exceptional cooling capabilities, precision syringe-based extrusion and an intuitive, easy-to-use desktop software in DNA Studio Core, the BIO ONE brings a new level of ease in the transition to 3D cell culture. Designed for printing temperature-sensitive materials, the BIO ONE enables scientists to develop 3D models that replicate in vivo environments, contributing to accelerated discoveries.
SCIENTZ Bio's Lab High Pressure Homogenizer is a mini bench - top unit for biological sample processing. With a built - in cooling circulation system for the homogenizing head and optional valves, it offers high pressure, small size, easy operation, high efficiency, and large sample output. It's standard equipment for bioengineering and biopharmaceutical R & D and production.
The High Pressure Homogenizer Machine introduced by SCIENTZ Bio is a miniaturized bench-top biological sample processing unit. The instrument has a built-in cooling circulation system to directly cool the homogenizing head and optional homogenizing valves for different applications. It is characterized by high pressure, small size, easy operation, high processing efficiency and large sample output. It is the standard equipment for R&D and production in bioengineering and biopharmaceutical industries.
CMP Tester for R&D controlled polishing, effective process development, and polishing materials testing.
The AJ-1000 High-Temperature Air Jet Erosion Tester uses double disk velocity measurement. Conforms to ASTM G76 and G211-14.
