Swift™ Spectrum 96 Real Time Thermal Cyclers

Swift™ Spectrum 96 Real Time Thermal Cyclers
Reliability
  • Multi-point temperature control ensures highly consistent temperature within the 96 sample holes.
  • The advanced optic fiber transmission technology makes the photo-electric detection system highly sensitive and reliable.
  • Long-life LED light source, paired excitation, dual high-sensitivity PMT synchronous detection.    


Flexibility
  • 6-Channel LED-PMT based optical system for FAM™,SYBR® Green, HEX, VIC®, JOE™, TAMRA™, TEXAS RED, ROX™, CY3, TET, CY5, NED, LcRed ; Extra 2 channels can be customized.
  • Automatic hot-lid technology needs no manual opening/closing and ensures constant pressure of hot-lid used with different test tubes.
  • The longer wavelength dyes are excited more efficiently, resulting in better sensitivity and precision.
  • Automatic temperature control mode (Tube/Block) switch based on sample volume.
  • Wide block temperature range: 4-105°C, with SOAK low temperature conservation function.
  • Data inquiry – Administration of results database.
  • Selectable power setting between AC 100-240V

Stability
  • The constant temperature function of SOAK realizes low-temperature storage of PCR reagent.
  • LED excitation light source – long life and low maintenance
  • Stable and correct 1~36°C gradient function makes PCR condition optimal.

Efficiency
  • PCR reaction tube is unnecessary to open, which protects products during and after PCR from contamination and ensures correct results.
  • Designated line scan mode, Rapid for a 96 wells dual-color scanning. 6 channels can be finished scanning within 21.12s.


Spectrum96 Real Time PCR Detection System

Module Code

SWT-SPT-RT-96-4

SWT-SPT-RT-96-8

Sample Capacity

96 × 0.2mL PCR tubes( Bottom Transparent),

12 x 8 strips,

96-Well PCR plate (full-skirted)

Optical module

Excitation

LEDs

Detection

1 photo-multiplier tube for 4 channels

2 photo-multiplier tubes for up to 8 channels

Excitation Wavelength

300-800nm

Emission Wavelength

500-800nm

Channel And Fluorescence

F1:FAM, SYBER Green I

F2:VIC, HEX, TET, JOE

F3:CY3, NED, TAMRA

F4:ROX TEXAS-RED

F1:FAM, SYBER Green I

F2:VIC, HEX, TET, JOE

F3:CY3, NED, TAMRA

F4:ROX TEXAS-RED

F5:CY5

F6:LightCycler Red

F7 and F8 for customized purpose

Thermal Cycler

Max Block Heating Rate*

4.0℃ /sec

Max Block Cooling Rate*

4.0℃ /sec

Gradient Block

Over 12 Rows

Gradient Range

1℃- 36℃

Temperature Accuracy

±0.1℃

Temperature Uniformity

±0.3℃

Temperature Range

4℃- 105℃

Hot Lid Temperature Range

30℃ ~110℃ ( Adjustable, Default 105℃, Automatic Hot-lid)

Temperature Control Mode

Block or Tube

Spectrum PC software

Operation System

Windows 2000/XP

Excel 2000/2002/2003, Access 2000/2002/2003

PC Configuration

Memory: 512M, Hard Disk: 10GB, CPU: Pentium 4, Virtual Memory:>=1000MB

Multiplex Analysis

Up to 4 targets per well

Up to 8 targets per well

Scan Mode

Entire plate or designated line

Scan Time

5.5s ( F1/F2 full 96-well plate scan)

Data Analysis Methods

Absolute Quantification, Standard Curve, Relative Quantification, Melting Curve, SNP Genotyping

Complete System

Sample Volume

5-100uL

Interface

1 X RS232C, 1 X USB, 1X Blue Tooth for PC control

Dimensions ( W × D × H)

395mm X430mm X352mm (15.5’’ X 16.9’’ X 13.9’’)

Net Weight

28 kg (62 lb)

Power Supply, Consumption

100-240V, 50/ 60Hz; 600W

Electrical Approvals

CE

Warranty

2 years

Description of Order parts Order Code
Swift™ Spectrum RT Cycler 96 (110 - 240V) SWT-SPT-RT-96

*SWT-SPT-RT-96 includes main body, block and software. PC is not included.

Accessories:
  1. Rubber typhoon
  2. PVC socket
  3. repeat mask
  4. Fuse
  5. Compact Disc
Options:
  1. Power cable/250V 10A 
  2. Power cable/125V 12A 
  3. RS232C Converter Box
  4. USB Converter Box
  5. Bluetooth Converter Box
Additional Information:

Software

In addition to program and assay set-up, the Swift Spectrum Intuitive software can be programmed to perform a variety of analyses in addition to program and assay set-up. These include:

  • Quantification and relative quantification
  • 2nd derivative fluorescence curve values
  • Fit point analysis
  • Block fragmentation
  • SNP and more.