Oxford Lab Products - BenchMate S4P-D Four Plate Shaker

  • Summary

    BenchMate S4P-D Four Plate Shaker’s unique features provide flexibility for scientists. With a programmable pulse mode for vigorous shaking, last run memory feature and compatibility with all standard skirted microplates, scientists will be able to accelerate the amount of work they can perform.

  • Description

    Adjustable speed ranging from 200 to 1,200 rpm
    Timer setting from 1 to 999 minutes & infinite mode
    Rubber o-ring provides firm grip for plate holding
    Programmable pulse mode for vigorous shaking in alternating clockwise & counterclockwise directions
    Compatible with all standard skirted microplates

  • Ordering Information

    Catalog No.

    S4P-D

    Product Description

    Oxford LP Benchmate Four Plate Shaker with 3mm orbital motion, 200 to 1,200 rpm speed range

Specifications

Specifications

Motor Type
Orbital Motion
Number of Plates
Variable Speed
Run Time
Pulse Mode
Weight
Maximum Volume
Inbuilt Counterbalance
Dimensions (L x W x H)
Digital Display
Input Voltage
Attachments

Rotors and Adaptors (included in standard pack)

BenchMate S4P-D

BLDC motor
3 mm
Up to 4
200 rpm to 1,200 rpm
1 to 999 mins & infinite
Yes. Programmable (30 to 90 secs)
5.4 kg
4 x 384 x 60 μl
Yes
88 x 343 x 195 mm
Yes
24 V
Acc. All standard Skirted Microplates

8 Slot x 1.5/2.0 ml Closed Rotor
PCR Strip Rotor (2 x 8 x 0.2 ml)
Reduction adaptors for 0.2/0.4 ml Microtubes

Specifications – BenchMate S4P-D

Motor Type
BLDC motor
Orbital Motion
3 mm
Number of Plates
Up to 4
Variable Speed
200 rpm to 1,200 rpm
Run Time
1 to 999 mins & infinite
Pulse Mode
Yes. Programmable (30 to 90 secs)
Weight
5.4 kg
Maximum Volume
4 x 384 x 60 μl
Inbuilt Counterbalance
Yes
Dimensions (L x W x H)
88 x 343 x 195 mm
Digital Display
Yes
Input Voltage
24 V
Attachments
Acc. All standard Skirted Microplates

Rotors and Adaptors (included in standard pack)
8 Slot x 1.5/2.0 ml Closed Rotor
PCR Strip Rotor (2 x 8 x 0.2 ml)
Reduction adaptors for 0.2/0.4 ml Microtubes