Overview

Stackable Incubator Shaker LMSTI-B101 offers shaking speed up to 350 rpm. Equipped with high-efficiency airflow design, it maintains uniform temperature distribution during long-duration shaking. Built with low-vibration motor ensuring smooth motion and reduced noise during operation. Features intuitive LCD touchscreen panel allowing real-time parameter adjustments. Our Stackable Incubator Shaker supports dual-stack layout, enabling simultaneous incubation at separate levels.

Features :

Forced-convection heat transfer 

PID controller

Eco-friendly compressor

Multi-segment program 

Double-glazed security door

Large-capacity interchangeable platform

Specifications :

Speed	0 or 5 rpm to 350 rpm
Speed Accuracy	±1 rpm
Amplitude	Φ26 mm
Temperature Range	4°C to 60°C (under room temperature of 23°C to 25°C)
Temperature Adjustment Accuracy	±0.1°C
Temperature Uniformity	±0.5°C at 37°C
Temperature Control	PID
Convection Way	Forced-convection heat transfer
Loading Height	345 mm
Maximum Capacity of One Stack	250ml×25, 500ml×16, 1000ml×9, 2000ml×5
Interchangeable Platform Size	475 mm×465 mm
Timer	1 min to 999 h
Display	LCD Touch Screen
Noise	less than or equal to 55 dB
Fuse	10A and 15A
Power Consumption	700 W
Power Supply	AC 220 V ±10%, 50 Hz / 60 Hz
Dimension (L × W × H)	800 × 715 × 1192 mm
Weight	230 kg

Optional Accessories :

Model No.	Accessory
LMSTI-B101-C1	Clamp for 50 ml flask
LMSTI-B101-C2	Clamp for 100 ml flask
LMSTI-B101-C3	Clamp for 125 ml flask
LMSTI-B101-C4	Clamp for 250 ml flask
LMSTI-B101-C5	Clamp for 500 ml flask
LMSTI-B101-C6	Clamp for 1000 ml flask
LMSTI-B101-C7	Clamp for 2000 ml flask
LMSTI-B101-C8	Clamp for 3000 ml flask
LMSTI-B101-M1	Sticky mat 135×135 mm
LMSTI-B101-M2	Sticky mat 300×300 mm
LMSTI-B101-T1	Tube holder rack for 40×25 ml tubes
LMSTI-B101-T2	Tube holder rack for 21×50 ml tubes
LMSTI-B101-P1	Universal spring platform 475×445×100
LMSTI-B101-A1	Aluminum alloy interchangeable plate 475×465×6

Applications :

Stackable Incubator Shaker LMSTI-B101 is employed in molecular biology, pharmaceutical, and biomedical research for cell culture, microbial growth, protein expression, and fermentation processes.