Universal shaker J-SGM7 Jisico

Universal Shaker J-SGM7 Jisico

Product Description

The Universal Shaker J-SGM7 by Jisico is a reliable and high-performance laboratory shaker designed for efficient mixing and agitation of various samples. With its reciprocating shaking motion, this unit ensures uniform and consistent results, making it ideal for laboratory applications that require controlled and continuous shaking. The J-SGM7 combines durable construction with modern digital control, offering precision and stability for diverse experimental needs.

Features

• Reciprocating shaking motion ensures even sample mixing and excellent reproducibility

• Digital controller with clear display for easy speed adjustment and monitoring

• Wide speed range from 35 to 250 rpm to accommodate various sample types

• Sturdy steel body with powder-coated finish for durability and corrosion resistance

• PVC platform designed for stability and easy cleaning

• Compact design suitable for bench-top use in limited laboratory spaces

• Reliable motor for smooth operation with low noise and vibration

Applications

• Ideal for general mixing and shaking applications in biological, chemical, and clinical laboratories

• Suitable for cell culture, solubility studies, extraction processes, and reagent preparation

• Can be used in quality control and analytical testing laboratories

• Useful for mixing samples in flasks, bottles, or test tubes

Specifications

• Model: J-SGM7

• Shaking type: Reciprocating type

• Overall size (W×D×H): 435/500 × 375/390 × 265/370 mm

• Platform size (W×D×H): 470 × 375 × 105 mm

• Shaking controller: Digital setting/display

• Speed range: 35 ~ 250 rpm

• Motor power: 95 W

• Capacity (limited load weight): Approx. 10 kg

• Body material: Steel plate with powder coated finish

• Platform material: PVC plate

• Power source & consumption: AC 230V, 50/60Hz, 1Ø

• Net weight: 31.4 kg

Conclusion

The Jisico Universal Shaker J-SGM7 is a dependable and efficient laboratory shaker designed to meet the demanding requirements of modern research environments. With its robust construction, digital precision, and versatile performance, it provides an excellent solution for laboratories seeking reliable sample mixing with consistent results.