The special strength ABS engineering plastic centrifugal turntable protects centrifuge tubes from damage during use. Four rubber suction feet at the bottom provide firm adhesion to the table, supporting stable operation. The electric centrifuge is a centrifugal separation instrument that uses centrifugal force to separate substances in a solution into distinct layers. Maximum speed is 4000 r/min, with a timing range of 0–60 minutes or continuous operation. It offers stable operation, a compact size, an attractive appearance, low temperature rise, efficiency, and wide applicability. Key benefits Tube protection: the strength ABS turntable minimizes the risk of tube damage during centrifugation, helping extend tube life and reduce breakage. Stable setup: four rubber suction feet keep the unit securely in place, reducing vibration and improving result consistency. versatile separation: designed for centrifugal separation experiments, enabling clear layering of substances in solutions for educational and practical use. compact and efficient: small footprint with a durable build delivers reliable performance while saving bench space and minimizing heat generation. What this device offers Material and construction: durable ABS engineering plastic construction on the turntable for longlasting use and tube protection. Stability and safety: four rubber suction feet provide secure footing and stable operation. Performance: lowtomoderate speed centrifugation up to 4000 r/min supports a wide range of routine separations with efficient results and low temperature rise. Operation and control: adjustable timing from 0 to 60 minutes or continuous operation for flexible workflows. Specifications and compatibility Max speed: 4000 r/min Timer: 0–60 minutes or normally open continuous operation Material: ABS engineering plastic (centrifuge turntable) Base/footing: 4 rubber suction feet for stable placement Function: centrifugal separation experimental instrument, uses centrifugal force to separate substances in solution into layers Practical use scenarios Educational laboratories and classroom demonstrations: illustrate centrifugal separation principles by timing and observing distinct layering in test solutions. Smallvolume biology/biochemistry prep: clarify lysates, pellet debris, or separate components in preparative workflows that do not require speed centrifugation. Routine smallscale QC or clinical testing: perform gentle separations of samples where moderate speeds and short run times are sufficient, with reliable stability and minimal heat generation.