Proven reliability, precise PCR optimization
The Applied Biosystems Veriti Thermal Cycler delivers the proven reliability you expect from Applied Biosystems PCR instruments. The VeriFlex temperature control technology inside makes it possible to run up to 6 different temperatures in the same protocol step, providing precise control over your PCR optimization.
The Veriti Thermal Cycler now has a 3x faster processor, making the easy-to-use color touch screen, more responsive and the time to boot-up, quicker.
Multiple temperature zones for PCR optimization
VeriFlex Blocks provide a better-than-gradient approach to PCR optimization. With six separate Peltier blocks, you have precise control over six temperature zones.
- Highly accurate determination of optimal annealing temperature eliminates guesswork when using standard gradient (Figure 1)
- Save time and run up to six reactions with different annealing temperatures in the same PCR run (Figure 2)
- Use your thermal cycler as an incubator with six precise incubation temperatures
Figure 1. Get linear gradient with Veriti Better than Gradient and not a non-linear curve.
Figure 2. (A) Screenshot from Veriti Thermal Cycler showing the annealing temperature being set for six different primers. (B) Six different annealing temperatures were set for each of the zones, with the annealing/extension step matching the length of the longest amplicon.
Watch and learn about the Veriti Thermal Cycler’s better-than-gradient feature in this fun stop-motion animated video using over 6,000 PCR tubes.
See what your colleagues say about their Applied Biosystems Thermal Cycler!
 |
Get more control for your diagnostic applicationsFor researchers working in clinical and diagnostic labs, the Veriti Dx Thermal Cycler is the first endpoint PCR thermal cycler designated for in vitro diagnostic use. Get all the features and reliability of the standard Veriti Thermal Cycler, plus the confidence that you are using an FDA/CE-approved cycler.
The Veriti Dx Thermal Cycler—the first endpoint thermal cycler available for in vitro diagnostic use |
Watch this video to learn how one customer decided to get a Applied Biosystems Veriti Dx thermal cycler for her lab and why she would recommend it to her colleagues.
Manuals and specifications
- Veriti Thermal Cycler specification sheet
- Veriti Thermal Cycler user guide
- Starter kit user guide (96-well block)
- Starter kit user guide (96-well fast block)
- Starter kit user guide (384-well block)
- Starter kit user guide (60-well block)
Application notes
- Thermal cyclers: key thermal cycling concepts and ramp rates
- Reliability of Applied BioSystems Thermal Cyclers
- VeriFlex temperature control technology for thermal cycling
- Advances in Fast PCR contribute to a Faster Resequencing Workflow
- Rapid Mutation Detection Using a Modified Resequencing Workflow
- Development of an Interlaboratory-Verified Sequencing Workflow for KRAS Variant Identification
- Rapid Mutation Detection Using a Modified Resequencing Workflow
- Optimized Extraction and Quantification of RNA from FFPE Samples for Gene Expression Analyses
- ISSR Genotyping of Endangered Plants Using an Optimized Workflow
- Achieving Higher Call Rates With the SNPlex Genotyping System Using Modified OLA Conditions
- Advances in Capillary Electrophoresis-Based Methods for DNA Methylation Analysis
- Identify microbial and fungal contaminants with high accuracy and speed
Stay in control with Thermal Cycler Fleet Control Software
Manage multiple users, methods, and instruments with a single intuitive interface securely behind your firewall
High-performance PCR plastics for optimal PCR results
Applied Biosystems PCR plastics have been designed and validated to work with our thermal cyclers for more than 25 years. Options for every format and throughput need are available to ensure consistent, precise results for any experiment.
Multiple temperature zones for PCR optimization
VeriFlex Blocks provide a better-than-gradient approach to PCR optimization. With six separate Peltier blocks, you have precise control over six temperature zones.
- Highly accurate determination of optimal annealing temperature eliminates guesswork when using standard gradient (Figure 1)
- Save time and run up to six reactions with different annealing temperatures in the same PCR run (Figure 2)
- Use your thermal cycler as an incubator with six precise incubation temperatures
Figure 1. Get linear gradient with Veriti Better than Gradient and not a non-linear curve.
Figure 2. (A) Screenshot from Veriti Thermal Cycler showing the annealing temperature being set for six different primers. (B) Six different annealing temperatures were set for each of the zones, with the annealing/extension step matching the length of the longest amplicon.
Watch and learn about the Veriti Thermal Cycler’s better-than-gradient feature in this fun stop-motion animated video using over 6,000 PCR tubes.
See what your colleagues say about their Applied Biosystems Thermal Cycler!
|
Get more control for your diagnostic applicationsFor researchers working in clinical and diagnostic labs, the Veriti Dx Thermal Cycler is the first endpoint PCR thermal cycler designated for in vitro diagnostic use. Get all the features and reliability of the standard Veriti Thermal Cycler, plus the confidence that you are using an FDA/CE-approved cycler.
The Veriti Dx Thermal Cycler—the first endpoint thermal cycler available for in vitro diagnostic use |
Watch this video to learn how one customer decided to get a Applied Biosystems Veriti Dx thermal cycler for her lab and why she would recommend it to her colleagues.
Manuals and specifications
- Veriti Thermal Cycler specification sheet
- Veriti Thermal Cycler user guide
- Starter kit user guide (96-well block)
- Starter kit user guide (96-well fast block)
- Starter kit user guide (384-well block)
- Starter kit user guide (60-well block)
Application notes
- Thermal cyclers: key thermal cycling concepts and ramp rates
- Reliability of Applied BioSystems Thermal Cyclers
- VeriFlex temperature control technology for thermal cycling
- Advances in Fast PCR contribute to a Faster Resequencing Workflow
- Rapid Mutation Detection Using a Modified Resequencing Workflow
- Development of an Interlaboratory-Verified Sequencing Workflow for KRAS Variant Identification
- Rapid Mutation Detection Using a Modified Resequencing Workflow
- Optimized Extraction and Quantification of RNA from FFPE Samples for Gene Expression Analyses
- ISSR Genotyping of Endangered Plants Using an Optimized Workflow
- Achieving Higher Call Rates With the SNPlex Genotyping System Using Modified OLA Conditions
- Advances in Capillary Electrophoresis-Based Methods for DNA Methylation Analysis
- Identify microbial and fungal contaminants with high accuracy and speed
Stay in control with Thermal Cycler Fleet Control Software
Manage multiple users, methods, and instruments with a single intuitive interface securely behind your firewall
High-performance PCR plastics for optimal PCR results
Applied Biosystems PCR plastics have been designed and validated to work with our thermal cyclers for more than 25 years. Options for every format and throughput need are available to ensure consistent, precise results for any experiment.
Veriti Thermal Cycler format option details:
| Veriti 96-Well Fast Thermal Cycler | Veriti 96-Well Thermal Cycler | Veriti 384-Well Thermal Cycler | Veriti 60-Well Thermal Cycler | |
|---|---|---|---|---|
| Block Format | 0.1 mL Alloy | 0.2 mL Alloy | 0.02 mL Aluminum | 0.5 mL Aluminum |
| Features | Fast 0.1 mL format and sample block provide enhanced performance and durability | Standard 0.2 mL format and sample block. Enabled to run FAST chemistry | Standard 0.02 mL format and sample block | Handles reaction tubes for large volume reactions |
| Max Block Ramp Rate | 5.00º C/Sec | 3.9º C/Sec | 3.7º C/Sec | 3.3º C/Sec |
| Max Sample Ramp Rate* | 4.25º C/Sec | 3.35º C/Sec | 3.1º C/Sec | 2.7º C/Sec |
| Enabled to run FAST Chemistry | Yes | Yes | No | No |
| Temperature Accuracy | ±0.25º C (35º C – 99.9º C) | |||
| Temperature Range | 0º C to 100.0º C | |||
| Temperature Uniformity | <0.5º C (20 sec after reaching 95º C) | |||
| Dimensions | Height: 24.5cm (9.6 in.) Width: 23.7 cm (9.3 in.) Depth: 48.5 cm (19.1 in.) | |||
| Weight | 11.4 kg (25 lb) | |||
| PCR Volume Range | 10–30 µL | 10–100 µL | 5–20 μL | 25–100 μL |
| Instrument Memory | USB and On-board | |||
| Display Interface | 6.5” VGA 32k color with Touch Screen | |||
| Tm Calculator | Menu driven through touch screen | |||
| Power | 100–240V, 50–60Hz Max: 800 VA | |||
| VeriFlex Blocks | 25° C (5° C Zone-to-Zone) |
25° C (5° C Zone-to-Zone) |
N/A | N/A |
*For information about how Ramp rates are calculated, click here
Resources
Plastics compatibility chart for Applied Biosystems instruments
PCR and cDNA Synthesis Support Center
Tips and troubleshooting help
School of Molecular Biology, PCR Education
Technical content for new and experienced molecular biologists
Thermal Cycler Software and Firmware Files
Download the latest updates for your instrument
Interested in private label thermal cyclers?
Submit an inquiry
Service
We provide a full range of service options for all Applied Biosystems thermal cyclers.
Service plans
Support
Additional services available
Instrument qualification service: Have one of our engineers perform temperature qualifications at your site. You may also contact Instrument Services to purchase a temperature verification tool and perform the qualification yourself.
For Research Use Only. Not for use in diagnostic procedures.
