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Product Description: Explore the principles of light with unparalleled clarity using our 38mm Right-Angle Glass Prism, featuring precise angles of 90, 45, and 45 degrees. Made from high-quality, optical-grade glass, this prism is an essential tool for demonstrating fundamental concepts of total internal reflection, light deviation, and image inversion in physics. Its three highly polished surfaces ensure minimal light loss and exceptional optical performance, making it perfect for both educational demonstrations and intricate experimental setups. The right-angle design allows for clear visualization of light path bending and redirection, making complex optical phenomena accessible and understandable for students and educators in classrooms, laboratories, and home-based science exploration. Key Features: Precise 90x45x45 Degree Angles: Meticulously cut to exact right-angle specifications, ensuring accurate and predictable optical behavior for experiments. Optimal 38mm Size: A convenient size for easy handling, positioning, and observation in various experimental setups, suitable for both individual and group demonstrations. High-Quality Optical Glass: Manufactured from crystal-clear, transparent glass for superior light transmission and minimal distortion, providing bright and clear light paths. Three Polished Surfaces: All three faces are expertly polished to reduce surface imperfections and maximize optical clarity, crucial for precise experimental results. Versatile Optical Applications: An indispensable tool for demonstrating and studying: Total Internal Reflection: Clearly observe how light can be completely reflected within the prism. Light Deviation: Demonstrate how the prism can change the direction of a light ray by 90 or 180 degrees. Image Inversion/Erection: Explore how the prism can flip or reorient an image. Refraction: Observe light bending as it enters and exits the glass. Durable Construction: Designed for repeated use in educational and laboratory environments, offering robustness and longevity. Essential for STEM Education: A foundational piece of equipment for physics classrooms, science fairs, laboratory experiments, and STEM learning kits.

A three-way pipette filler is a laboratory tool with three valves that allow controlled liquid handling: one valve to release air, one to draw liquid into the pipette, and one to dispense liquid safely. It commonly has a capacity around 50ml and is often made of rubber or silicone for chemical resistance and durability. High-quality images of a 3-way pipette filler bulb, typically showing a red or black rubber bulb with three valve controls, are available from laboratory suppliers like Thermo Fisher and other scientific equipment sites. These images usually represent sizes around 50ml or similar.

The image shows lab freezers and refrigerators neatly arranged side by side in a modern research lab. The environment is clean, organized, and designed to support scientific work, emphasizing the importance of proper storage for temperature-sensitive materials. The equipment's modern appearance reflects advanced technology used to ensure the safety and integrity of samples and reagents.Here is a description of the images created for lab freezers and refrigerators: The images show modern laboratory freezers and refrigerators arranged side by side in a clean and organized laboratory setting. These pieces of equipment are designed for precise temperature control, essential for preserving sensitive biological or chemical samples in scientific research. The environments depicted highlight professionalism and the critical role of reliable refrigeration in maintaining sample integrity. If any further details or specific types of lab refrigerators or freezers are needed, please let me know!

The image shows lab freezers and refrigerators neatly arranged side by side in a modern research lab. The environment is clean, organized, and designed to support scientific work, emphasizing the importance of proper storage for temperature-sensitive materials. The equipment's modern appearance reflects advanced technology used to ensure the safety and integrity of samples and reagents.Here is a description of the images created for lab freezers and refrigerators: The images show modern laboratory freezers and refrigerators arranged side by side in a clean and organized laboratory setting. These pieces of equipment are designed for precise temperature control, essential for preserving sensitive biological or chemical samples in scientific research. The environments depicted highlight professionalism and the critical role of reliable refrigeration in maintaining sample integrity. If any further details or specific types of lab refrigerators or freezers are needed, please let me know!

The image presents a clean laboratory environment featuring modern lab freezers and refrigerators aligned side by side. The equipment is designed with a contemporary aesthetic highlighting their functionality for preserving sensitive biological or chemical samples. The organized and spotless setting underscores the importance of maintaining strict temperature control within scientific research spaces.

The image depicts modern lab freezers and refrigerators positioned side by side within a laboratory environment. The sleek and clean design highlights advanced scientific storage equipment used to preserve temperature-sensitive samples and materials. The overall setting emphasizes a controlled and organized workspace essential for laboratory research and experimentation.

The image created shows lab freezers and refrigerators placed side by side in a clean laboratory environment. The equipment appears modern and is arranged neatly, emphasizing their role as essential storage units for scientific samples and materials that require precise temperature control. The setting suggests a professional lab focused on maintaining the integrity of biological or chemical substances through proper refrigeration and freezing.

A mild steel Biological Safety Cabinet (BSC) with a 4'x2'x2' working area is a common piece of laboratory equipment designed to protect the user, the environment, and the material being handled. While the exterior is constructed from mild steel, the interior work surface is made of a corrosion-resistant material like stainless steel to ensure a sterile and easily cleanable environment.

A mild steel Biological Safety Cabinet (BSC) with a 3'x2'x2' working area is a common piece of laboratory equipment designed to protect the user, the environment, and the material being handled. While the exterior is constructed from mild steel, the interior work surface is made of a corrosion-resistant material like stainless steel to ensure a sterile and easily cleanable environment.