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Thermo Fisher Scientific Isotemp Double Stack CO2 Incubator Model 3530 with Dual Independent Chambers

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Description
Model 3530. Serial Numbers: 300006631 and 300006642. Manufactured: 2015. Voltage: 115V. Frequency: 60Hz. Power Consumption: 3.6A. Phase: Single phase (1PH).
Technical Data
Model: 3530 Serial Number: 300006631 / 300006642 Voltage: 115V Frequency: 60Hz Power Consumption: 3.6A Fuse Rating: N/A Software Version: N/A Configuration: Double stack CO2 incubator with two independent chambers, each with digital temperature and CO2 control displays. Manufacturing Year: 2015
Voltage
115V
Frequency
60Hz
Power Consumption
3.6A
All 14 specifications
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Specifications 14

Brands
Thermo Fisher Scientific
New/Used
Used
Description
Model 3530. Serial Numbers: 300006631 and 300006642. Manufactured: 2015. Voltage: 115V. Frequency: 60Hz. Power Consumption: 3.6A. Phase: Single phase (1PH).
Technical Data
Model: 3530 Serial Number: 300006631 / 300006642 Voltage: 115V Frequency: 60Hz Power Consumption: 3.6A Fuse Rating: N/A Software Version: N/A Configuration: Double stack CO2 incubator with two independent chambers, each with digital temperature and CO2 control displays. Manufacturing Year: 2015
Voltage
115V
Frequency
60Hz
Power Consumption
3.6A
Fuse Rating
N/A
Software Version
N/A
Configuration
Double stack CO2 incubator with two independent chambers, each with digital temperature and CO2 control displays.
Manufacturing Year
2015
Accessories
Adjustable stainless steel shelves (3 per chamber)
Dimensions
N/A
Weight
N/A

Product description

Double stack CO2 incubator with independent temperature and CO2 control, ideal for precise cell culture incubation.

The Thermo Fisher Scientific Isotemp Double Stack CO2 Incubator Model 3530 is engineered for advanced cell culture incubation with two vertically stacked chambers, each equipped with independent digital controls for temperature and CO2 concentration. This dual incubator design offers enhanced laboratory space efficiency and reliable environmental control, critical in biotechnology, molecular diagnostics, and bioprocessing workflows.

Key technical features include:

  • Independent temperature and CO2 control with digital display interfaces for each chamber, supporting precise cell growth environments
  • Designed to operate at 115V, 60Hz with a power consumption of 3.6A (single phase), suitable for standard laboratory electrical infrastructure
  • Equipped with adjustable stainless steel shelves (3 per chamber) to accommodate various culture vessel sizes and formats
  • Manufactured in 2015, model 3530 includes serial numbers 300006631 and 300006642 for inventory tracking

This double stack CO2 incubator is widely adopted in synthetic biology research, live-cell imaging preparation, and biomanufacturing processes, where strict control of physiological conditions is essential. Its dual-chamber configuration is critical in biomedical engineering and clinical diagnostic labs that require parallel or independent incubation protocols.

With focus on secure and consistent environmental parameters, this incubator supports workflows essential for gene editing experiments, molecular cloning workflows, and critical biopharmaceutical production pipelines, ensuring reproducibility and quality in sensitive biotechnological applications.

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Frequently asked questions

How long does laboratory equipment typically last?

With a service contract, ten to fifteen years is normal for most benchtop instruments. Detectors and pumps are the parts that wear first.

Can I get service for older equipment?

Yes. Every verified supplier states which service partners cover the instrument, and we list that alongside the offer.

Where can I buy parts?

Ask a scientist through the request button. Parts are often available even when the instrument itself is discontinued.

What is the typical lead time for refurbished equipment?

Two to six weeks, depending on refurbishment scope and whether calibration is included.

Does laboratory equipment ship internationally?

We ship to 38 countries. Crating and customs handling are quoted with the instrument.

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Last updated 19 October 2026