Hotplate Magnetic Stirrer FM-HMS-D106 offers a speed range of 100 to 1600 rpm for precise control over stirring intensity. It supports a maximum stirring capacity of 1 liter per vessel, with three simultaneous stirring positions. It features internal heat dissipation protection to ensure safe and stable operation. A clear LCD display enables real-time monitoring of all operating parameters.
$1,257.00
| Speed Range | 100 to 1600 rpm |
| Max Stirring H2O Volume | 1L × 3 |
| Timing Range | 1 to 99h59min |
| Motor Type | DC Brushless Motor |
| Power Consumption | 4W |
| Power Supply | AC110 to 220; 50 to 60 Hz |
| Dimension (L×B×H) | 400 × 228 × 81 mm |
| Weight | 4.1 KG |
1: How does the Hotplate Magnetic Stirrer FM-HMS-D106 support multi-sample experiments, and what is the maximum capacity per vessel?
Hotplate Magnetic Stirrer FM-HMS-D106 is designed for multi-sample processing with three simultaneous stirring positions. Each vessel supports up to 1 liter of liquid (H?O), allowing efficient parallel experiments without compromising precision.
2: Does the Hotplate Magnetic Stirrer FM-HMS-D106 provide protection against overheating during prolonged use?
Yes, the Hotplate Magnetic Stirrer FM-HMS-D106 is equipped with internal heat dissipation protection. This feature prevents overheating and ensures stable performance during extended experiments, enhancing user safety.
3: How does the LCD display of the Hotplate Magnetic Stirrer FM-HMS-D106 improve user convenience?
Hotplate Magnetic Stirrer FM-HMS-D106 features a clear LCD display that allows real-time monitoring of all parameters, including speed and timing (1 minute to 99 hours 59 minutes). This ensures precise adjustments and better experimental accuracy.
4: What design features make the Hotplate Magnetic Stirrer FM-HMS-D106 suitable for handling corrosive or chemical-sensitive samples?
Hotplate Magnetic Stirrer FM-HMS-D106 is built with a corrosion-resistant and chemical-resistant body, making it suitable for use with a wide range of laboratory reagents. This robust design increases durability even under harsh laboratory conditions.
