This professional laboratory vibrator is engineered to deliver consistent, reliable mixing performance for plaster and gypsum samples in research and educational settings. Whether you're preparing specimens for material testing, creating precise mixtures for experiments, or conducting quality control procedures, this device ensures uniform distribution and optimal results every time.
The JT-51B model features a robust construction designed to meet the demands of continuous laboratory use. The working desk and base are crafted from premium rubber material that provides excellent vibration absorption while protecting delicate samples. Rust-resistant power plug ensures longevity even in humid lab environments, making this equipment a reliable addition to any scientific workspace.
Take full control of your mixing process with two adjustable strength levels - low and high intensity settings that can be customized to meet your specific material requirements. The stepless speed control allows for fine-tuned oscillation, while the adjustable timing feature ensures consistent mixing periods across multiple batches. The intuitive intensity knob provides precise control at your fingertips.
Designed for continuous operation, this high-efficiency vibrator combines powerful performance with quiet operation that won't disrupt laboratory workflows. The compact yet reliable structure includes base shocks and specialized gypsum components optimized for material mixing applications. Whether you're working in a university lab, research facility, or educational institution, this equipment delivers the consistency and reliability needed for accurate scientific work.
From preparing cement samples for compression testing to creating plaster casts for dental models, this laboratory vibrator streamlines your workflow while maintaining sample integrity. The combination of premium materials, thoughtful design, and user-friendly controls makes it an essential tool for any environment requiring precise material preparation and mixing capabilities.
