ZJY-100 1600 rpm Thermostatic Shaking Dry Bath (CAT#: STEM-AL-3309-ZJF)

ZJY-100 is a thermostatic Shaking Dry Bath designed for tube heating and mixing. Interchangeable heating blocks combine controlled incubation with high-speed shaking. Speed and operating time can be adjusted through the instrument controls. The platform or clamp arrangement supports the vessel formats listed for the model. The display provides direct viewing of operating settings and remaining time. The mechanical structure is configured for stable operation during repeated laboratory use. The enclosure and working surfaces support routine cleaning and sample handling. Safety and control functions help maintain consistent operation during long runs. The instrument supports repeatable mixing within the stated speed, load, and capacity limits.

No-Load Shaking Speed: 200-1600 rpm
Shaking Speed Accuracy: ±5 rpm
Amplitude: 3 mm
Temperature Range: RT − 15-100 °C(at ambient temperature 23-25 °C)
Temperature Setting Accuracy: ±0.1 °C
Temperature Uniformity: ±0.5 °C(at37 °C)
Display: LCD display
Timer Range: 0-99h59 min
Control Method: PID microcomputer control
Power Supply: AC220±10%, 50-60Hz
Overall Dimensions: 315 mm × 230 mm × 215 mm
Approximate No-Load Weight: 10 kg
Module Options: A: 96 wells for 0.2 mL centrifuge tubes
Maximum Speed: 1600 rpm | B: 54 wells for 0.5 mL centrifuge tubes
Maximum Speed: 1600 rpm | C: 35 wells for 1.5 mL centrifuge tubes
Maximum Speed: 1600 rpm | D: 35 wells for 2.0 mL centrifuge tubes
Maximum Speed: 1600 rpm | E: 24 wells for 12 mm round tubes
Maximum Speed: 1200 rpm | F: 12 wells for 15 mL Falcon tubes
Maximum Speed: 750 rpm | G: 6 wells for 50 mL Falcon tubes
Maximum Speed: 750 rpm | H: 25 wells for 5 mL centrifuge tubes
Maximum Speed: 1200 rpm | I: 1 deep-well plate
Maximum Speed: 800 rpm | J: 15 wells for 5 mL Eppendorf tubes
Maximum Speed: 1200 rpm

Interchangeable blocks support multiple tube formats
Overtemperature protection improves operating safety
Shaking and heating operate in one platform
PID control supports repeatable temperature regulation
Programmed multi-step operation reduces manual intervention
Balanced drive supports low-noise operation
Display provides direct operating feedback