Rocking And Waivng Shaker Ohaus SHRK04DG

Rocking And Waivng Shaker Ohaus SHRK04DG

The Rocking And Waivng Shaker Ohaus SHRK04DG is a compact and digitally controlled rocking shaker designed to deliver precise and consistent mixing performance for laboratory applications. With an adjustable tilt angle from 0–15° and a speed range of 1–50 rpm, this shaker provides smooth and uniform rocking motion ideal for gentle sample mixing, cell cultures, gel staining, and hybridization. Powered by a high-precision stepper motor and equipped with a digital control interface, it ensures accuracy, quiet operation, and long-term reliability in demanding laboratory environments.

Features

• Adjustable Rocking Motion (0–15° Tilt) – Provides gentle and uniform mixing suitable for sensitive biological samples.

• Digital Speed and Time Control – Ensures precise and repeatable operation for consistent results.

• Stepper Motor Drive System – Delivers smooth, stable, and vibration-free motion.

• Durable Aluminum Tray – Offers excellent corrosion resistance and easy cleaning.

• Wide Timer Range (1 second – 160 hours) – Enables short or long-duration experiments with automatic shutoff.

• Compact and Lightweight Design – Saves bench space while maintaining a 4.5 kg load capacity.

• Safety Certified (CE, TUV) – Complies with international laboratory safety and quality standards.

Specifications

• Motion: Rocking, 0–15°

• Capacity: 4.5 kg

• Speed Range: 1–50 rpm

• Tray Size (L × W): 32.4 × 25.4 cm (12.75 × 10 in)

• Control: Digital

• Drive System: Stepper Motor

• Timer: 1 second – 160 hours

• Tray Construction: Aluminum

• Dimensions (L × H × W): 42.5 × 14 × 25.4 cm (16.8 × 5.5 × 10 in)

• Net Weight: 3 kg (6.6 lb)

• Power: 230V, 5A, 50/60Hz

• Power Consumption: 25 W

• Safety Certification: CE; TUV

• Working Environment: –10°C to 60°C, up to 80% RH (non-condensing)

Applications

The OHAUS SHRK04DG Rocking and Waving Shaker is ideal for cell culture, gel staining, hybridization, and reagent mixing. Its gentle rocking motion and digital precision make it suitable for use in molecular biology, biochemistry, and clinical laboratories, ensuring reliable and reproducible results in sensitive procedures.