14-285-27

Seward™ Stomacher™ Model 80 Biomaster Blender 110V

Manufacturer: Seward™

Select a Size

Pack Size SKU Availability Price
Each of 1 14-285-27-Each-of-1 In Stock ₹ 8,11,793.28

14-285-27 - Each of 1

₹ 8,11,793.28

In Stock

Quantity

1

Base Price: ₹ 8,11,793.28

GST (18%): ₹ 1,46,122.79

Total Price: ₹ 9,57,916.07

Product Type

Lab Blender

Voltage

110 V

Hertz

65 Hz

Volume Range (English)

0.16 to 2.7 oz.

Depth (English)

12.7 in.

Dimensions (L x W x H)

32.5 x 29 x 19 cm

Height (Metric)

19.05 cm

Width (English)

11.5 in.

Description

Stomacher 80 Biomaster lab blender

Includes

Power cables, user manual, stomacher bags, 3 year warranty, 10 years service and spares support

Packaging Quantity

1 Ea.

Speed

230, 265, 300 rpm

Electrical Requirements

110 V, 65 Hz

Wattage

75 W

Volume Range (Metric)

5 to 80 mL

Depth (Metric)

32.5 cm

Height (English)

7.5 in.

Length (Metric)

32.5 cm

Width (Metric)

29 cm

For Use With (Application)

Food microbiology, removal of viruses/bacteria from tissue/organs, sterility testing of creams/ointments/dry powders, removal of organisms from sabs/filters/tissue biopsies/fecal samples

Model

Stomacher 80 Biomaster

Related Products

Img

Seward™

13-874-750

--

Img

Seward™

14-285-32

--

Img

Seward™

14-285-29

--

Img

Seward™

14-285-5

--

Img

Fischer Scientific

14-285-26

--

Img

Fischer Scientific

13-874-755

--

Img

Fischer Scientific

13-874-756

--

Img

Fischer Scientific

13-874-757

--

Description

  • Compact size, reliability and performance has made the Seward Stomacher 80 Biomaster a standard processing tool in bioscience, healthcare and veterinary, processing a range of samples from plant and animal tissue to china clay; Process samples of bio hazardous nature as sample is contained at all times in sterile plastic bag; Prevents aerosol release into the lab and cross contamination of samples; Small size allows it to fit conveniently into safety cabinets; sample capacity 5-80ml; adjustable processing time and paddle speed; 5000 fold improvement in cell recovery and viability from traditional methods