Ohaus Multi-Position Stirrers STMP4AL

Ohaus STMP4AL Multi-Position Stirrer – Reliable, Analog Stirring for Multi-Sample Applications

The Ohaus Multi-Position Stirrers STMP4AL is a durable and efficient stirring solution designed for simultaneous mixing of up to four samples. With its analog control system, powerful motor, and chemical-resistant surface, this stirrer offers reliable performance for general lab use, especially in academic, research, and quality control environments.

Features

1. Analog control for simple and intuitive operation across all stirring positions

2. Supports up to 4 x 1L vessels for increased productivity and consistent sample processing

3. Variable speed range from 60 to 1400 rpm for gentle to vigorous stirring needs

4. Glass-filled nylon plate offers excellent chemical resistance and durability

5. Integrated timer (1 second to 160 hours) for extended and unattended operation

6. Compact and robust design certified with UL and cUL for safety and reliability

Applications

• Simultaneous stirring of reagents in analytical labs

• Mixing of samples in pharmaceutical R&D and QA/QC

• Sample preparation in food and beverage labs

• Educational lab demonstrations and experiments

• Environmental sample treatment and testing

• Industrial solution mixing and homogenization

Specifications

• Product name: Ohaus STMP4AL Multi-Position Stirrer

• Number of positions: 4

• Capacity: 4 x 1 L

• Speed range: 60 rpm to 1400 rpm

• Timer: 1 second – 160 hours

• Control type: Analog

• Plate construction: Glass-filled nylon

• Plate size: 318 mm x 279 mm (12.5 in x 11 in)

• Dimensions: 432 mm x 970 mm x 279 mm (17 in x 4 in x 11 in)

• Net weight: 6.3 kg (14 lb)

• Power: 120V, 1.3A, 50/60Hz

• Power consumption: 75 W

• Safety certification: UL; cUL

• Working environment: 5°C – 40°C, 80% RH, non-condensing (41°F – 104°F, 80% RH)

The Ohaus Multi-Position Stirrers STMP4AL delivers practical, multi-sample stirring with consistent performance, making it an essential tool for any laboratory seeking reliable and simultaneous sample agitation.