Overview

Orbital Incubator Shaker LMOIS-A100 offers temperature control range from 4℃ to 60℃. It delivers shaking amplitude of φ26 mm to ensure effective mixing and uniform agitation. Its large capacity and high load-bearing build supports various flask sizes for high-throughput workflows. It features durable build with flip-up door and clear viewing panel for easy sample monitoring. Our Orbital Incubator Shaker supports microbial culture, cell incubation, enzyme reactions, and temperature-controlled sample mixing. 

Features :

LCD touch screen

Flexible speed control

Programmable timer

Multi-Flask Compatibility

Stainless steel interior

Specifications :

Temperature Control Range	4℃ to 60℃
Ambient Temperature Range	5℃ to 30℃
Temperature Accuracy	±0.1℃
Temperature Uniformity	±0.8℃ at 37℃
Relative Humidity	20% to 80% RH
Speed Range	10 to 300 rpm
Speed Accuracy	±1 rpm
Shaking Amplitude	φ26 mm
Capacity	250ml × 56, 500ml × 32, 1000ml × 21, 2000ml × 15, 5000ml × 6
Standard Configuration	500 ml × 32
Maximum Loading Capacity	40 kg
Timer Range	0 to 999.9 Hours
Power Consumption	550 W
Power Supply	220V, 50 to 60Hz
Platform Dimensions	940 × 530mm (×1)
Internal Dimensions	1000 × 595 × 610 mm
External Dimensions	1310 × 790 × 770 mm
Net Weight	179 kg

Optional Accessories :

Model No.	Accessory Name
LMOIS-A100-C1	Flask clamp (50ml)
LMOIS-A100-C2	Flask clamp (100ml)
LMOIS-A100-C3	Flask clamp (150ml)
LMOIS-A100-C4	Flask clamp (200ml)
LMOIS-A100-C5	Flask clamp (250ml)
LMOIS-A100-C6	Flask clamp (500ml)
LMOIS-A100-C7	Flask clamp (1000ml)
LMOIS-A100-C8	Flask clamp (2000ml)
LMOIS-A100-C9	Flask clamp (3000ml)
LMOIS-A100-C10	Flask clamp (5000ml)
LMOIS-A100-C11	96 Micro Plate Holder
LMOIS-A100-C12	Paste adhesive pad (20 × 20cm)
LMOIS-A100-C13	Spring Clamp（Small）
LMOIS-A100-C14	Spring Clamp（Large）
LMOIS-A100-C15	Tube rack clamp

Applications :

Orbital Incubator Shaker LMOIS-A100 is ideal for microbial cultivation, fermentation studies, cell incubation, enzyme reactions, pharmaceutical testing, sample mixing, and temperature-sensitive processes.