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CO2 Incubator ILC 180 Poleko

Fiyat Sorunuz

Advanced CO2 incubator with 182 l chamber capacity, precise microprocessor PID control, 7-inch touchscreen interface, and comprehensive data management for cell and tissue culture applications.

Large 7-inch full-color touchscreen display with intuitive interface
LAN, USB, and WiFi connectivity for data transfer and remote access
Multi-segment time and temperature programming for complex protocols
Data visualization in both tabular and graphical formats
Visual and audible alarm system with event logging
Password-protected administrative access with role-based controls
Built-in memory for secure program and data storage
Natural air convection (fan-less) technology for sample integrity
LabDesk software suite with comprehensive documentation included
DIN 12880 Class 3.1 certified temperature protection

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Daha fazla detay

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Daha fazla detay

The CO2 Incubator ILC 180 Poleko is a laboratory-grade CO2 incubator designed for cell and tissue culture applications requiring precise environmental control. Featuring a 182-liter chamber with 135 liters working capacity, the unit employs natural air convection (fan-less operation) to minimize sample disturbance. The integrated 7-inch full-color touchscreen display provides intuitive operation with multi-segment time and temperature programming capabilities. Advanced connectivity options include LAN, USB ports, and WiFi for seamless data transfer and remote monitoring. Built-in memory stores multiple programs and experimental data for full traceability, while the LabDesk software suite enables comprehensive data analysis and export functionality.

Technical Specifications

Air convection system	natural (fan-less)
Chamber capacity	182 l
Working capacity	135 l /3/
Controller type	microprocessor PID
Display	7-inch full-color touchscreen
Temperature range	5°C above ambient to +50°C
Temperature resolution	0.1°C
Temperature fluctuation at 37°C	±0.1°C
Temperature variation at 37°C	±0.3°C
Recovery time (37°C, 30 sec door opening)	6 min
Temperature protection standard	DIN 12880 Class 3.1
CO2 range	0-20%
CO2 resolution	0.1%
CO2 measurement method	IR (infrared)
CO2 recovery time (5 vol%, 30 sec door opening)	10 min
Relative humidity range	90-95%
Door type	double (outer solid, inner glass)
Inner chamber material	DIN 1.4301 stainless steel (Smart PRO)
Outer housing	powder-coated sheet steel (Smart PRO)
External width (A)	700 mm
External height (B)	920 mm
External depth (C)	780 mm
Internal width (D)	560 mm
Internal height (E)	650 mm
Internal depth (F)	500 mm
Shelves (standard/maximum)	3/6
Maximum shelf load capacity	10 kg /2/

Applications

Mammalian cell culture and primary cell maintenance in research and diagnostic laboratories
Human embryonic stem cell (hESC) and induced pluripotent stem cell (iPSC) culture and differentiation
Bacterial and microbial culture applications requiring controlled atmosphere
Tissue engineering and organoid development studies
Cancer cell line propagation and drug sensitivity testing
Vaccine development and production pilot studies
Assisted reproductive technology (ART) and embryology applications
Microbiological assays and culture-dependent diagnostic procedures
Long-term cell storage and cryopreservation thaw-out protocols
Quality control and stability testing of biopharmaceutical products

Frequently Asked Questions

What is the difference between chamber capacity and working capacity?

Chamber capacity (182 l) represents the total internal volume of the incubator. Working capacity (135 l) indicates the usable volume available for cell culture samples and equipment after accounting for space occupied by sensors, shelving infrastructure, and circulation requirements.

Why is fan-less (natural convection) operation beneficial for this incubator?

Natural air convection eliminates mechanical fan vibrations that can stress cultured cells and disrupt sensitive assays. This design minimizes shear forces on delicate cell structures while maintaining uniform temperature and gas distribution through passive circulation, ideal for sensitive cell culture applications.

What does the microprocessor PID controller ensure?

The microprocessor-based Proportional-Integral-Derivative (PID) controller continuously monitors and adjusts heating elements to maintain precise temperature stability. It delivers ±0.1°C fluctuation at 37°C and recovers full operating temperature within 6 minutes after door opening, ensuring consistent culture conditions.

How does the CO2 measurement system work?

The incubator uses infrared (IR) spectroscopy for non-contact CO2 monitoring. IR sensors detect CO2 concentration in the 0-20% range with 0.1% resolution. This method provides real-time, accurate readings without consuming sensor materials, enabling reliable long-term monitoring.

What does DIN 12880 Class 3.1 certification mean?

DIN 12880 is the German standard for laboratory incubator safety and performance. Class 3.1 certification indicates the incubator meets stringent requirements for temperature control accuracy, safety interlocks, alarm systems, and protection mechanisms, ensuring reliable performance for critical culture applications.

Can I monitor and control the incubator remotely?

Yes. The ILC 180 features WiFi, LAN, and USB connectivity options enabling remote monitoring through the LabDesk software suite. You can access real-time data, receive notifications, and analyze stored experimental parameters from any networked location.

How much shelf weight capacity does each level support?

Each shelf can safely support a maximum load of 10 kg distributed evenly across its surface. With 3 standard shelves or up to 6 shelves maximum configuration, ensure loads are balanced and within limits to maintain stable operation and internal circulation patterns.

Is the stainless steel chamber material standard on all models?

The DIN 1.4301 stainless steel interior and powder-coated exterior are featured on the Smart PRO variant. Please verify the specific model configuration to confirm material specifications for your application requirements.