CAT#:
Eppendorf
CellXpert® C170i CO₂ Incubators
Copper Interior, Left Handle, 1 Incubator/Unit
Right Handle, 1 Incubator/Unit
Copper Interior, Right Handle, 1 Incubator/Unit
Left Handle, 1 Incubator/Unit
Oxygen Control, Right Handle, 1 Incubator/Unit
Left Handle, O2 Ctrl, 1 Incubator/Unit
Copper Interior, Right Handle, 1 Incubator/Unit
5 product variations: View Options
Product Overview
- Intuitive touch screen for fast, easy and complete control
- Easy and effective 180C high temperature disinfection (HTD)
- Capacity: 170L
- Temperature Range: Ambient +4C to 50C
- CO2 Range: 0.1-20 %
- Internal Dimensions: 53.9 x 44.5 x 69.2 cm (21.2 x 17.5 x 27.2 in)
- External Dimensions: 71.8 × 71.5 × 90.0 cm (28.3 × 28.1 × 35.4 in)
- 2 year warranty
Product Overview
- Intuitive touch screen for fast, easy and complete control
- Easy and effective 180C high temperature disinfection (HTD)
- Capacity: 170L
- Temperature Range: Ambient +4C to 50C
- CO2 Range: 0.1-20 %
- Internal Dimensions: 53.9 x 44.5 x 69.2 cm (21.2 x 17.5 x 27.2 in)
- External Dimensions: 71.8 × 71.5 × 90.0 cm (28.3 × 28.1 × 35.4 in)
- 2 year warranty
Product Overview
- Intuitive touch screen for fast, easy and complete control
- Easy and effective 180C high temperature disinfection (HTD)
- Capacity: 170L
- Temperature Range: Ambient +4C to 50C
- CO2 Range: 0.1-20 %
- Internal Dimensions: 53.9 x 44.5 x 69.2 cm (21.2 x 17.5 x 27.2 in)
- External Dimensions: 71.8 × 71.5 × 90.0 cm (28.3 × 28.1 × 35.4 in)
- 2 year warranty
Product Overview
- Intuitive touch screen for fast, easy and complete control
- Easy and effective 180C high temperature disinfection (HTD)
- Capacity: 170L
- Temperature Range: Ambient +4C to 50C
- CO2 Range: 0.1-20 %
- Internal Dimensions: 53.9 x 44.5 x 69.2 cm (21.2 x 17.5 x 27.2 in)
- External Dimensions: 71.8 × 71.5 × 90.0 cm (28.3 × 28.1 × 35.4 in)
- 2 year warranty
Product Overview
- Intuitive touch screen for fast, easy and complete control
- Easy and effective 180C high temperature disinfection (HTD)
- Capacity: 170L
- Temperature Range: Ambient +4C to 50C
- CO2 Range: 0.1-20 %
- Internal Dimensions: 53.9 x 44.5 x 69.2 cm (21.2 x 17.5 x 27.2 in)
- External Dimensions: 71.8 × 71.5 × 90.0 cm (28.3 × 28.1 × 35.4 in)
- 2 year warranty
Product Overview
- 1 - 20% oxygen control
- Handle left side
- Non-segmented inner door
- Temperature range: Ambient +4 °C to 50 °C, ±0.3 °C
- CO2 Range: 0.1-20 %
- Internal Dimensions: 53.9 x 44.5 x 69.2 cm (21.2 x 17.5 x 27.2 in)
- External Dimensions: 71.8 × 71.5 × 90.0 cm (28.3 × 28.1 × 35.4 in)
- 2 year warranty
Product Overview
- Intuitive touch screen for fast, easy and complete control
- Easy and effective 180C high temperature disinfection (HTD)
- Capacity: 170L
- Temperature Range: Ambient +4C to 50C
- CO2 Range: 0.1-20 %
- Internal Dimensions: 53.9 x 44.5 x 69.2 cm (21.2 x 17.5 x 27.2 in)
- External Dimensions: 71.8 × 71.5 × 90.0 cm (28.3 × 28.1 × 35.4 in)
- 2 year warranty
Technical Specifications
| Capacity | 170 L (6.0 ft3) |
| Power Supply | 100 – 127 V, 50 – 60 Hz |
| Dimensions (W x D x H) | 71.8 × 71.5 × 90.0 cm / 28.3 × 28.1 × 35.4 in |
| Product Weight | 113 kg / 249 lb |
| High Temperature Disinfection (HTD) | 180 °C |
| Sealed Inner Glass Doors | yes |
| Segmented Door Options | 1 segment |
| Temperature Control Increment | ±0.1 °C |
| Temperature Stability At 37 °c | ±0.1 °C |
| Temperature Range | Ambient +4 °C to 50 °C |
| Temperature Uniformity | ±0.3 °C |
| CO2 range | 0.1 – 20 % |
| CO2 control Increment | ±0.1 % |
| CO2 Stability At 5 % CO2 | ±0.1 % |
| CO2 Uniformity | ±0.1 % |
| Number Of Shelves (standard/max) | 4/8 |
| Max. Load/shelf | 10 kg |
| Max. Load/rack | 40 kg |
| Data Export Interface | USB, Ethernet, VisioNize® |
| Benchtop (B), Under Bench (U), Floor (F) Or Stackable (S) | B, U, F, S (x2) |
| Copper Package | no |
| Access Port | 2 |
| On-board Data Logging | yes |
| Water/humidity Monitoring | no |
| BMS Relay | yes |
| Temperature Accuracy | ±0.3 °C |
Technical Specifications
| Display | VisioNize® touch interface |
| Capacity | 170L (6.0 ft3) |
| Dimensions External (W × D × H) | 71.8 × 71.5 × 90.0cm (28.3 × 28.1 × 35.4in) |
| Dimensions Internal (W × D × H) | 53.9 × 44.5 × 69.2cm (21.2 × 17.5 × 27.2in) |
| Temperature Range | Ambient +4 °C to 50 °C |
| CO2 range | 0.1 - 20 % |
| O2 Range (tri-gas Control) | 0.1 - 20 % or 1 - 20 % |
Technical Documents
- CellXpert® C170i CO2 Incubator for Cell-Based Assays
- CellXpert® C170i CO2 Incubator for PSC- and MSC-Culture
- CellXpert® C170i CO2 Incubator for Vaccine Development
- CellXpert® CO2 Incubators: C170i or C170?
- Culture of Tomorrow
- GMP- and Cleanroom-Compatible CO2 Incubator CellXpert® C170i
- Hypoxia Incubator CellXpert® C170i
- Save Gas and Energy with Your Eppendorf CO2 Incubators
- VisioNize Lab Suite Incubator Flyer
- CellXpert C170 / i
- Gas Analyzer for Incubators
- Lithium cell AI module
- CellXpert C170i
- Copper Chamber
- Stacking Stand for CellXpert C170/C170i
- Universal Stacking Stand for CellXpert C170/C170i and Galaxy 170 S/170 R
- VisioNize® Lab Suite Connectivity Guide - CellXpert
- 030 – Effective Contamination Control with CO2 Incubators
- 050 – CO2 Incubators – Making the Best Choice for Your Lab
- 051 – CO2 Incubator Maintenance – Guide for Set-up and Care
- 056 – CO2 Incubator Temperature Control: What Is the Best Place For Your Cell Culture Vessels?
- 057 – How to Remove Contamination in a Cell Culture Lab
- 062 – CO2 Incubators with Segmented Doors
- 066 – CO2 Incubator with Copper Interior
- 071 – How Can I Improve Sustainability in My Lab?
- 072 – Laboratory Waste – Immutable Fact of Life, or Opportunity for Change?
- 338 – Low Oxygen Levels Enhance the Efficiency of Reprogramming Human Somatic Cells to Pluripotency
- 435 – Stem Cell Exosome Production on the SciVario® twin, a Flexible Controller for Your Bioprocess Needs
- 437 – Standardized and Water-free Cell Thawing using the Eppendorf ThermoMixer® C with the Eppendorf SmartBlockTM cryo thaw
- 443 – Hypoxia and iPSC: A Low Oxygen Atmosphere Supports the Xeno-free Generation, Expansion, and Differentiation of Human Induced Pluripotent Stem Cells
- CellXpert® CO2 Incubators – Cut Costs & Deliver Results
- hiPSC - CCCadvanced
- hMSC- CCCadvanced
- How Do You Identify a Cost-Efficient & Sustainable CO2 Incubator?
- Remote and quantitative cell culture monitoring: Vero cells
Technical Documents
- CellXpert® C170i CO2 Incubator for Cell-Based Assays
- CellXpert® C170i CO2 Incubator for PSC- and MSC-Culture
- CellXpert® C170i CO2 Incubator for Vaccine Development
- CellXpert® CO2 Incubators: C170i or C170?
- Culture of Tomorrow
- GMP- and Cleanroom-Compatible CO2 Incubator CellXpert® C170i
- Hypoxia Incubator CellXpert® C170i
- Save Gas and Energy with Your Eppendorf CO2 Incubators
- VisioNize Lab Suite Incubator Flyer
- CellXpert C170 / i
- Gas Analyzer for Incubators
- Lithium cell AI module
- CellXpert C170i
- Copper Chamber
- Stacking Stand for CellXpert C170/C170i
- Universal Stacking Stand for CellXpert C170/C170i and Galaxy 170 S/170 R
- VisioNize® Lab Suite Connectivity Guide - CellXpert
- 030 – Effective Contamination Control with CO2 Incubators
- 050 – CO2 Incubators – Making the Best Choice for Your Lab
- 051 – CO2 Incubator Maintenance – Guide for Set-up and Care
- 056 – CO2 Incubator Temperature Control: What Is the Best Place For Your Cell Culture Vessels?
- 057 – How to Remove Contamination in a Cell Culture Lab
- 062 – CO2 Incubators with Segmented Doors
- 066 – CO2 Incubator with Copper Interior
- 071 – How Can I Improve Sustainability in My Lab?
- 072 – Laboratory Waste – Immutable Fact of Life, or Opportunity for Change?
- 338 – Low Oxygen Levels Enhance the Efficiency of Reprogramming Human Somatic Cells to Pluripotency
- 435 – Stem Cell Exosome Production on the SciVario® twin, a Flexible Controller for Your Bioprocess Needs
- 437 – Standardized and Water-free Cell Thawing using the Eppendorf ThermoMixer® C with the Eppendorf SmartBlockTM cryo thaw
- 443 – Hypoxia and iPSC: A Low Oxygen Atmosphere Supports the Xeno-free Generation, Expansion, and Differentiation of Human Induced Pluripotent Stem Cells
- CellXpert® CO2 Incubators – Cut Costs & Deliver Results
- hiPSC - CCCadvanced
- hMSC- CCCadvanced
- How Do You Identify a Cost-Efficient & Sustainable CO2 Incubator?
- Remote and quantitative cell culture monitoring: Vero cells
Technical Documents
- CellXpert® C170i CO2 Incubator for Cell-Based Assays
- CellXpert® C170i CO2 Incubator for PSC- and MSC-Culture
- CellXpert® C170i CO2 Incubator for Vaccine Development
- CellXpert® CO2 Incubators: C170i or C170?
- Culture of Tomorrow
- GMP- and Cleanroom-Compatible CO2 Incubator CellXpert® C170i
- Hypoxia Incubator CellXpert® C170i
- Save Gas and Energy with Your Eppendorf CO2 Incubators
- VisioNize Lab Suite Incubator Flyer
- CellXpert C170 / i
- Gas Analyzer for Incubators
- Lithium cell AI module
- CellXpert C170i
- Copper Chamber
- Stacking Stand for CellXpert C170/C170i
- Universal Stacking Stand for CellXpert C170/C170i and Galaxy 170 S/170 R
- VisioNize® Lab Suite Connectivity Guide - CellXpert
- 030 – Effective Contamination Control with CO2 Incubators
- 050 – CO2 Incubators – Making the Best Choice for Your Lab
- 051 – CO2 Incubator Maintenance – Guide for Set-up and Care
- 056 – CO2 Incubator Temperature Control: What Is the Best Place For Your Cell Culture Vessels?
- 057 – How to Remove Contamination in a Cell Culture Lab
- 062 – CO2 Incubators with Segmented Doors
- 066 – CO2 Incubator with Copper Interior
- 071 – How Can I Improve Sustainability in My Lab?
- 072 – Laboratory Waste – Immutable Fact of Life, or Opportunity for Change?
- 338 – Low Oxygen Levels Enhance the Efficiency of Reprogramming Human Somatic Cells to Pluripotency
- 435 – Stem Cell Exosome Production on the SciVario® twin, a Flexible Controller for Your Bioprocess Needs
- 437 – Standardized and Water-free Cell Thawing using the Eppendorf ThermoMixer® C with the Eppendorf SmartBlockTM cryo thaw
- 443 – Hypoxia and iPSC: A Low Oxygen Atmosphere Supports the Xeno-free Generation, Expansion, and Differentiation of Human Induced Pluripotent Stem Cells
- CellXpert® CO2 Incubators – Cut Costs & Deliver Results
- hiPSC - CCCadvanced
- hMSC- CCCadvanced
- How Do You Identify a Cost-Efficient & Sustainable CO2 Incubator?
- Remote and quantitative cell culture monitoring: Vero cells
Technical Documents
- CellXpert® C170i CO2 Incubator for Cell-Based Assays
- CellXpert® C170i CO2 Incubator for PSC- and MSC-Culture
- CellXpert® C170i CO2 Incubator for Vaccine Development
- CellXpert® CO2 Incubators: C170i or C170?
- Culture of Tomorrow
- GMP- and Cleanroom-Compatible CO2 Incubator CellXpert® C170i
- Hypoxia Incubator CellXpert® C170i
- Save Gas and Energy with Your Eppendorf CO2 Incubators
- VisioNize Lab Suite Incubator Flyer
- CellXpert C170 / i
- Gas Analyzer for Incubators
- Lithium cell AI module
- CellXpert C170i
- Copper Chamber
- Stacking Stand for CellXpert C170/C170i
- Universal Stacking Stand for CellXpert C170/C170i and Galaxy 170 S/170 R
- VisioNize® Lab Suite Connectivity Guide - CellXpert
- 030 – Effective Contamination Control with CO2 Incubators
- 050 – CO2 Incubators – Making the Best Choice for Your Lab
- 051 – CO2 Incubator Maintenance – Guide for Set-up and Care
- 056 – CO2 Incubator Temperature Control: What Is the Best Place For Your Cell Culture Vessels?
- 057 – How to Remove Contamination in a Cell Culture Lab
- 062 – CO2 Incubators with Segmented Doors
- 066 – CO2 Incubator with Copper Interior
- 071 – How Can I Improve Sustainability in My Lab?
- 072 – Laboratory Waste – Immutable Fact of Life, or Opportunity for Change?
- 338 – Low Oxygen Levels Enhance the Efficiency of Reprogramming Human Somatic Cells to Pluripotency
- 435 – Stem Cell Exosome Production on the SciVario® twin, a Flexible Controller for Your Bioprocess Needs
- 437 – Standardized and Water-free Cell Thawing using the Eppendorf ThermoMixer® C with the Eppendorf SmartBlockTM cryo thaw
- 443 – Hypoxia and iPSC: A Low Oxygen Atmosphere Supports the Xeno-free Generation, Expansion, and Differentiation of Human Induced Pluripotent Stem Cells
- CellXpert® CO2 Incubators – Cut Costs & Deliver Results
- hiPSC - CCCadvanced
- hMSC- CCCadvanced
- How Do You Identify a Cost-Efficient & Sustainable CO2 Incubator?
- Remote and quantitative cell culture monitoring: Vero cells
Technical Documents
- CellXpert® C170i CO2 Incubator for Cell-Based Assays
- CellXpert® C170i CO2 Incubator for PSC- and MSC-Culture
- CellXpert® C170i CO2 Incubator for Vaccine Development
- CellXpert® CO2 Incubators: C170i or C170?
- Culture of Tomorrow
- GMP- and Cleanroom-Compatible CO2 Incubator CellXpert® C170i
- Hypoxia Incubator CellXpert® C170i
- Save Gas and Energy with Your Eppendorf CO2 Incubators
- VisioNize Lab Suite Incubator Flyer
- CellXpert C170 / i
- Gas Analyzer for Incubators
- Lithium cell AI module
- CellXpert C170i
- Copper Chamber
- Stacking Stand for CellXpert C170/C170i
- Universal Stacking Stand for CellXpert C170/C170i and Galaxy 170 S/170 R
- VisioNize® Lab Suite Connectivity Guide - CellXpert
- 030 – Effective Contamination Control with CO2 Incubators
- 050 – CO2 Incubators – Making the Best Choice for Your Lab
- 051 – CO2 Incubator Maintenance – Guide for Set-up and Care
- 056 – CO2 Incubator Temperature Control: What Is the Best Place For Your Cell Culture Vessels?
- 057 – How to Remove Contamination in a Cell Culture Lab
- 062 – CO2 Incubators with Segmented Doors
- 066 – CO2 Incubator with Copper Interior
- 071 – How Can I Improve Sustainability in My Lab?
- 072 – Laboratory Waste – Immutable Fact of Life, or Opportunity for Change?
- 338 – Low Oxygen Levels Enhance the Efficiency of Reprogramming Human Somatic Cells to Pluripotency
- 435 – Stem Cell Exosome Production on the SciVario® twin, a Flexible Controller for Your Bioprocess Needs
- 437 – Standardized and Water-free Cell Thawing using the Eppendorf ThermoMixer® C with the Eppendorf SmartBlockTM cryo thaw
- 443 – Hypoxia and iPSC: A Low Oxygen Atmosphere Supports the Xeno-free Generation, Expansion, and Differentiation of Human Induced Pluripotent Stem Cells
- CellXpert® CO2 Incubators – Cut Costs & Deliver Results
- hiPSC - CCCadvanced
- hMSC- CCCadvanced
- How Do You Identify a Cost-Efficient & Sustainable CO2 Incubator?
- Remote and quantitative cell culture monitoring: Vero cells
Technical Documents
- CellXpert® C170i CO2 Incubator for Cell-Based Assays
- CellXpert® C170i CO2 Incubator for PSC- and MSC-Culture
- CellXpert® C170i CO2 Incubator for Vaccine Development
- CellXpert® CO2 Incubators: C170i or C170?
- Culture of Tomorrow
- GMP- and Cleanroom-Compatible CO2 Incubator CellXpert® C170i
- Hypoxia Incubator CellXpert® C170i
- Save Gas and Energy with Your Eppendorf CO2 Incubators
- VisioNize Lab Suite Incubator Flyer
- CellXpert C170 / i
- Gas Analyzer for Incubators
- Lithium cell AI module
- CellXpert C170i
- Copper Chamber
- Stacking Stand for CellXpert C170/C170i
- Universal Stacking Stand for CellXpert C170/C170i and Galaxy 170 S/170 R
- VisioNize® Lab Suite Connectivity Guide - CellXpert
- 030 – Effective Contamination Control with CO2 Incubators
- 050 – CO2 Incubators – Making the Best Choice for Your Lab
- 051 – CO2 Incubator Maintenance – Guide for Set-up and Care
- 056 – CO2 Incubator Temperature Control: What Is the Best Place For Your Cell Culture Vessels?
- 057 – How to Remove Contamination in a Cell Culture Lab
- 062 – CO2 Incubators with Segmented Doors
- 066 – CO2 Incubator with Copper Interior
- 071 – How Can I Improve Sustainability in My Lab?
- 072 – Laboratory Waste – Immutable Fact of Life, or Opportunity for Change?
- 338 – Low Oxygen Levels Enhance the Efficiency of Reprogramming Human Somatic Cells to Pluripotency
- 435 – Stem Cell Exosome Production on the SciVario® twin, a Flexible Controller for Your Bioprocess Needs
- 437 – Standardized and Water-free Cell Thawing using the Eppendorf ThermoMixer® C with the Eppendorf SmartBlockTM cryo thaw
- 443 – Hypoxia and iPSC: A Low Oxygen Atmosphere Supports the Xeno-free Generation, Expansion, and Differentiation of Human Induced Pluripotent Stem Cells
- CellXpert® CO2 Incubators – Cut Costs & Deliver Results
- hiPSC - CCCadvanced
- hMSC- CCCadvanced
- How Do You Identify a Cost-Efficient & Sustainable CO2 Incubator?
- Remote and quantitative cell culture monitoring: Vero cells
Technical Documents
- CellXpert® C170i CO2 Incubator for Cell-Based Assays
- CellXpert® C170i CO2 Incubator for PSC- and MSC-Culture
- CellXpert® C170i CO2 Incubator for Vaccine Development
- CellXpert® CO2 Incubators: C170i or C170?
- Culture of Tomorrow
- GMP- and Cleanroom-Compatible CO2 Incubator CellXpert® C170i
- Hypoxia Incubator CellXpert® C170i
- Save Gas and Energy with Your Eppendorf CO2 Incubators
- VisioNize Lab Suite Incubator Flyer
- CellXpert C170 / i
- Gas Analyzer for Incubators
- Lithium cell AI module
- CellXpert C170i
- Copper Chamber
- Stacking Stand for CellXpert C170/C170i
- Universal Stacking Stand for CellXpert C170/C170i and Galaxy 170 S/170 R
- VisioNize® Lab Suite Connectivity Guide - CellXpert
- 030 – Effective Contamination Control with CO2 Incubators
- 050 – CO2 Incubators – Making the Best Choice for Your Lab
- 051 – CO2 Incubator Maintenance – Guide for Set-up and Care
- 056 – CO2 Incubator Temperature Control: What Is the Best Place For Your Cell Culture Vessels?
- 057 – How to Remove Contamination in a Cell Culture Lab
- 062 – CO2 Incubators with Segmented Doors
- 066 – CO2 Incubator with Copper Interior
- 071 – How Can I Improve Sustainability in My Lab?
- 072 – Laboratory Waste – Immutable Fact of Life, or Opportunity for Change?
- 338 – Low Oxygen Levels Enhance the Efficiency of Reprogramming Human Somatic Cells to Pluripotency
- 435 – Stem Cell Exosome Production on the SciVario® twin, a Flexible Controller for Your Bioprocess Needs
- 437 – Standardized and Water-free Cell Thawing using the Eppendorf ThermoMixer® C with the Eppendorf SmartBlockTM cryo thaw
- 443 – Hypoxia and iPSC: A Low Oxygen Atmosphere Supports the Xeno-free Generation, Expansion, and Differentiation of Human Induced Pluripotent Stem Cells
- CellXpert® CO2 Incubators – Cut Costs & Deliver Results
- hiPSC - CCCadvanced
- hMSC- CCCadvanced
- How Do You Identify a Cost-Efficient & Sustainable CO2 Incubator?
- Remote and quantitative cell culture monitoring: Vero cells
Detailed Description
Today's cell culture requires more than technical solutions for optimized growth conditions and efficient contamination prevention.
The CellXpert® CO2 incubator family are the first cell culture incubators engineered and produced by Eppendorf in Hamburg, Germany. They were designed with the needs of modern industrial and academic cell culture labs in mind - to reduce time-to-market or publication with minimal efforts and resources. The development of the CellXpert® family integrates e.g. the learnings from decades of using standard fan-assisted cell culture incubators in cell culture labs. They are the perfect partner for demanding applications like assay-development or culture of stem cells, primary cells or tissues.
5 Product Options
Catalog Number:
86-2834
List Price:
$17260.4
Your Price:
$14794.63
Specifications:
| Door Handle | Right |
| Copper Interior | No |
| O2 Control | No |
| Inner Doors | Non-segmented Inner Door |
| Water/Humidity Monitoring | Optional |
| Description | Handle Right Side |
| Qty/Unit | 1 Incubator/Unit |
Catalog Number:
86-2835
List Price:
$16958.66
Your Price:
$14536
Specifications:
| Door Handle | Left |
| Copper Interior | No |
| O2 Control | No |
| Inner Doors | Non-segmented Inner Door |
| Water/Humidity Monitoring | No |
| Description | Left Handle |
| Qty/Unit | 1 Incubator/Unit |
Catalog Number:
86-2841
List Price:
$21069.37
Your Price:
$18059.46
Specifications:
| Door Handle | Right |
| Copper Interior | No |
| O2 Control | 1–20% |
| Inner Doors | Non-segmented Inner Door |
| Water/Humidity Monitoring | Optional |
| Description | Oxygen Ctrl, Right Handle |
| Qty/Unit | 1 Incubator/Unit |
Catalog Number:
86-2921
List Price:
$21067.4
Your Price:
$18057.77
Specifications:
| Door Handle | Left |
| Copper Interior | No |
| O2 Control | 1–20% |
| Inner Doors | Non-segmented Inner Door |
| Water/Humidity Monitoring | Optional |
| Description | Left Handle, O2 Ctrl |
| Qty/Unit | 1 Incubator/Unit |
Catalog Number:
86-2836
List Price:
$23871.82
Your Price:
$20461.56
Specifications:
| Door Handle | Right |
| Copper Interior | Yes |
| O2 Control | No |
| Inner Doors | Non-segmented Inner Door |
| Water/Humidity Monitoring | Optional |
| Description | Copper Interior, Right Handle |
| Qty/Unit | 1 Incubator/Unit |
| Catalog # | Description | Qty/Unit | Door Handle | Copper Interior | O2 Control | Inner Doors | Water/Humidity Monitoring | Price (USD) | Quantity | Add to Order | |
|---|---|---|---|---|---|---|---|---|---|---|---|
| 86-2834 | Handle Right Side | 1 Incubator/Unit | Right | No | No | Non-segmented Inner Door | Optional | ||||
| 86-2835 | Left Handle | 1 Incubator/Unit | Left | No | No | Non-segmented Inner Door | No | ||||
| 86-2836 | Copper Interior, Right Handle | 1 Incubator/Unit | Right | Yes | No | Non-segmented Inner Door | Optional | ||||
| 86-2841 | Oxygen Ctrl, Right Handle | 1 Incubator/Unit | Right | No | 1–20% | Non-segmented Inner Door | Optional | ||||
| 86-2921 | Left Handle, O2 Ctrl | 1 Incubator/Unit | Left | No | 1–20% | Non-segmented Inner Door | Optional |
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