Wide Platform Shaking Water Bath

The Shaking Water Bath is designed for precise temperature-controlled shaking and sample incubation in laboratory applications. It features a PID temperature controller that maintains temperatures from room temperature to 100°C with high accuracy and stability. The adjustable shaking speed ranges from 20 to 200 rpm, while the reciprocating oscillation mode ensures uniform sample mixing. Constructed with a corrosion-resistant 316 stainless-steel chamber and controlled through a microprocessor with an LED display, it delivers reliable and user-friendly operation. Manufactured by Atico Export India.

• Sample preparation
• DNA extraction
• Cell culture
• Pharmaceutical laboratories
• Biotechnology laboratories
• Scientific research laboratories
• Quality control laboratories
• Temperature-controlled incubation
• Laboratory mixing applications

Capacity :

• 170 L

Temperature Range :

• RT to 100°C

Ambient Temperature :

• 15°C to 35°C

Temperature Accuracy :

• ±0.1°C (At Constant Temperature)

Temperature Stability :

• ±0.2°C

Speed Range :

• 20 to 200 rpm

Speed Accuracy :

• ±1 rpm

Oscillation Mode :

• Reciprocating

Rocking Amplitude :

• 25 mm

Maximum Capacity :

• 250 mL × 48
• 500 mL × 30
• 1000 mL × 20

Timer Range :

• 0 to 999.59 Minutes

Number of Rocking Plates :

• 1

Rocking Plate Dimensions :

• 780 × 586 mm

Exterior Material :

• High-Quality Nodular Cast Iron
• Channel Steel
• Angle Steel
• Medium Plates
• Cold-Rolled Steel Sheets

Power Consumption :

• 4000 W

Power Supply :

• AC 220 to 240 V, 50/60 Hz

Chamber Dimensions (W × D × H) :

• 940 × 660 × 275 mm

External Dimensions (W × D × H) :

• 1240 × 700 × 760 mm

Packaging Dimensions (W × D × H) :

• 1370 × 850 × 1020 mm

Net Weight :

• 133 kg

Gross Weight :

• 180 kg

• PID temperature controller
• Precise temperature regulation
• Adjustable shaking speed
• Reciprocating oscillation mode
• Convenient tube rack and flask holder
• Enhanced sample mixing
• Durable 316 stainless-steel chamber
• Constant temperature maintenance
• Microprocessor-controlled operation
• LED display for monitoring
• Corrosion-resistant construction
• Stable and reliable performance