The Kinesis Cole-Parmer SH-200D-S Mini See-Saw Rocking Shaker is a compact and efficient benchtop shaker designed for smooth, see-saw motion mixing in laboratories with limited space. Ideal for applications requiring gentle rocking, this shaker features a digital LED display for precise speed control, a built-in timer, and a nonslip mat that ensures vessels remain securely in place. Operating at 230 VAC, the SH-200D-S is suitable for use in incubators and offers improved performance over the previous SSM4 model.
Product Features
- Gentle see-saw rocking motion for optimal mixing of liquids and samples
- Digital LED speed display and built-in timer for reproducible results
- Includes flat platform with nonslip mat and power cord
- Nonslip surface and platform lip prevent vessel slippage during operation
- Compact design perfect for labs with limited bench space
- Operates at 230 VAC – compatible with standard laboratory power sources
- Safe for use in incubators for temperature-controlled applications
- New and improved version of the SSM4 with enhanced performance
- Backed by a 3-year manufacturer warranty for peace of mind
Benefits
- Reproducible results – Digital speed control and built-in timer enable consistent performance across experiments
- Reliable vessel security – Nonslip mat and lip design keep flasks and containers stable during rocking
- Versatile usage – Compatible with incubators and ideal for life sciences, cell culture, and general lab mixing
- Space-saving – Compact footprint fits easily into tight lab spaces without compromising performance
- Improved design – Updated model with enhanced features over the legacy SSM4 shaker
Why Choose the Kinesis SH-200D-S Rocking Shaker?
Whether you're working in research, quality control, or education, the Kinesis Cole-Parmer SH-200D-S is a reliable, compact, and precise shaker solution. Designed to deliver consistent, gentle rocking motion with minimal space requirements, it is an excellent choice for applications needing reliable and reproducible agitation in a temperature-controlled environment.
