SHAKING INCUBATORS - CO2

() Products

FILTER

PRICE (£)

8000 - 49999

(2)

MANUFACTURER

Eppendorf / New Brunswick Scientific

(1)

Benchmark Scientific

(1)

MIN RPM

25

(1)

MAX RPM

400

(1)

MAX ORBIT (mm)

25

(1)

VOLUME (L)

0

(0)

0 - 100

(1)

120 - 220

(1)

INTERNAL HEIGHT (mm)

0

(0)

240 - 399

(1)

800 - 1000

(1)

INTERNAL DEPTH (mm)

0

(0)

240 - 399

(1)

400 - 799

(1)

INTERNAL WIDTH (mm)

0

(0)

240 - 399

(1)

800 - 1000

(1)

MINIMUM CO2 (%)

0

(1)

0 - 100

(2)

MAXIMUM CO2 (%)

0

(0)

0 - 100

(2)

MINIMUM TEMPERATURE (°C)

0

(0)

0 - 100

(2)

MAXIMUM TEMPERATURE (°C)

0

(0)

0 - 100

(2)

HUMIDITY CONTROL?

No

(2)

Wolflabs is currently the public sector"s top supplier for this range of products through framework agreement LAB5028 LU. A CO2 shaking incubator with minimum rpm of 25, with maximum rpm of 400 and orbit of 25 mm from Eppendorf/New Brunswick Scientific.

01/08/2016

Eppendorf / News Brunswick Scientific shaking CO2 incubator from Wolflabs

Product Update

Introduction
Eppendorf / New Brunswick Scientific S41i shaking CO2 incubator from Wolflabs. The New Brunswick S41i combines the best of two worlds: a highly innovative shaker and the functionality of a CO2 incubator. For over a decade New Brunswick CO2 incubators have provided researchers with a reliable, easy-to-use system for culturing cells. Continuing this tradition is the New Brunswick S41i CO2 Incubator Shaker, designed specifically for non-adherent cell culture applications. The S41i combines precise temperature and CO2 control with one of the best laboratory shakers available. The result: high cell yields and viability.

Features and benefits
- Fanless design eliminates a common source of repeated contamination and expensive HEPA filters
- Sealed inner/outer doors and advanced PI control maintain temperature accuracy and uniformity while minimizing costly gas consumption
- High temperature disinfection (HTD) protects against bacterial contamination
- InfraRed (IR) CO2 sensor offers specific measurement and accurate control of CO2 levels