Overview

Stackable Incubator Shaker LMSTI-B106 provides 5 to 330 rpm speed with 26mm amplitude. Designed with expanded platform area to accommodate high-volume sample shaking. It ensures stable temperature with PID control and forced convection air distribution. Built with touchscreen panel, it enables seamless programming and operational parameter access.
Our Incubator features double-glazed security door, offering upward lift with balance power-assist.

Features :

Excellent heat insulation

High-quality cooling system

Built-in UV light

Rugged construction

Low-noise performance

Audible and visual alarms

Integrated USB port

Specifications :

Speed	0 or 5 rpm to 330 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×60, 500ml×40, 1000ml×24, 2000ml×15
Interchangeable Platform Size	905 mm×565 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	1200 W
Power Supply	AC 220 V ±10%, 50 Hz / 60 Hz
Dimension (L × W × H)	1315 × 855 × 665 mm
Weight	255 kg

Optional Accessories :

Model No.	Accessory
LMSTI-B106-C1	Clamp for 50 ml flask
LMSTI-B106-C2	Clamp for 100 ml flask
LMSTI-B106-C3	Clamp for 125 ml flask
LMSTI-B106-C4	Clamp for 250 ml flask
LMSTI-B106-C5	Clamp for 500 ml flask
LMSTI-B106-C6	Clamp for 1000 ml flask
LMSTI-B106-C7	Clamp for 2000 ml flask
LMSTI-B106-C8	Clamp for 3000 ml flask
LMSTI-B106-M1	Sticky mat 135×135 mm
LMSTI-B106-M2	Sticky mat 300×300 mm
LMSTI-B106-T1	Tube holder rack for 40×25 ml tubes
LMSTI-B106-T2	Tube holder rack for 21×50 ml tubes
LMSTI-B106-P1	Universal spring platform 895×565×100
LMSTI-B106-A1	Aluminum alloy interchangeable plate 905×565×8

Applications :

Stackable Incubator Shaker LMSTI-B106 is designed for efficient incubation and uniform shaking. It is employed in bacterial culture, fermentation, hybridization, biochemical reactions, enzyme, and tissue research.