The full airway simulation model is a complete airway training model. It allows medical students to understand the anatomy and structure of the airway, learn airway management operations, experience the actual operation of laryngeal mask airways, laryngoscopy, bronchoscopy, and airway management, and obtain realistic visual and tactile sensations during surgery, enabling doctors to learn better and faster.
The lower respiratory tract simulation model is a complete respiratory tract training model. It allows medical students to understand the anatomy and structure of the bronchi, experience actual bronchoscopic operation, and gain realistic visual and tactile sensations during surgery, enabling doctors to learn better and faster.
The upper respiratory tract simulation model is a complete respiratory tract training model. It allows medical students to understand the anatomical morphology and structure of the respiratory tract, learn airway management operations, experience the actual operation of the laryngeal mask and laryngoscope, and obtain realistic visual and tactile sensations during surgery, enabling doctors to learn better and faster.
Ankle Joint Simulation Model Pro is a complete ankle joint surgical training model. It helps doctors quickly familiarize themselves with the procedures and instruments used in minimally invasive ankle surgery, obtaining realistic visual and tactile sensations during the procedure, allowing doctors to learn better and faster.
The Medical Simulation Training Skin (Skin Test Version) is an environmentally friendly, non-toxic, highly realistic skin made of platinum silicone composite material.
Fluorescence mismatch between fluorophore spectral properties and microscope filter sets is one of the most common and frustrating headaches in fluorescence microscopy. This issue is not a simple “yes” or “no” matter because it depends on spectral overlap—specifically, the matching of excitation and emission spectra. To be 100% sure whether your fluorophore will work with your…
If you use a digital microscope for PCB inspection, soldering work, coin collecting, or small electronics repair, you might wonder: Can it really connect and work properly with a Windows Surface device? Yes—most digital microscopes work with Windows Surface devices because Windows Surface runs a full version of the Windows system (Windows 10 or Windows…
In fields like quality control, aerospace engineering, or any precise machine shop, measuring material hardness is essential. The Rockwell Hardness Test dominates because it’s quick, dependable, and shows a straightforward digital or dial reading—not so complicated like optical methods. Still, accuracy depends on proper sample preparation and machine calibration. Get it wrong on those parts,…
The Brinell hardness test is one of the most widely used methods for measuring metal hardness, making it particularly ideal for materials with coarse or uneven grain structures, such as castings, forgings, structural steel, and aluminum alloys. Primarily used to determine the Brinell hardness (HBW) of cast iron, steel, non-ferrous metals, and various alloys, the…
1.Showing male genital organs and bladder, rectum in the normal position of the pelvis.
2.PVC material.
3.Placed on plastic seat.
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