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Dual Block Thermal Cycler LMMB-E102 utilizes 8 Peltier heating units to heat up the sample with 4 variations in temperature. It has preprogrammed 11 PCR protocols saved in internal flash memory. The instrument work significantly faster using windows operations system and can monitor the operations via mobile connectivity. Movable heating lid can accommodate Double 48×0.2 ml. It can with stand up to ramping rate of 5 °C/s and temperature range of 0 to 100 °C. Installed with capability of analyzing maximum 100 cycles and can save 10000 PRC run data. The parameters update and file transfer updates through Wi-Fi, USB, printer can be seen on 8-inches LCD display.
Specifications
| Capacity | Double 48×0.2 ml |
| Temperature Range | 0 to 100 °C |
| Maximum. Heating Rate | 5 °C/s |
| Maximum. Cooling Rate | 4 °C/s |
| Uniformity | ≤ ± 0.2 °C |
| Accuracy | ≤ ± 0.1 °C |
| Display Resolution | 0.1 °C |
| Temperature Control | Block\Tube |
| Ramping Rate Adjustable | 0.1 to 5 °C |
| Gradient Uniformity | NA |
| Gradient Accuracy | NA |
| Gradient Temperature. Range | NA |
| Gradient Spread | NA |
| Hot Lid Temperature | 30 to 110 °C |
| Hot Lid Height Adjustable | Step less Adjustable |
| No. Of Programs | 10000 +(USB FLASH) |
| Maximum. No. Of Step | 30 |
| Maximum. No. Of Cycle | 100 |
| Increment/Decrement Time | 1 Sec to 600 Sec |
| Increment/Decrement Temperature | 0.1 to 10.0 °C |
| Pause Function | Yes |
| Auto Data Protection | Yes |
| Holding | 4 °C |
| Yes | |
| LAN to computer | Yes |
| LCD | 8 inch, 800 x 600 pels, 260,000 colors |
| Interface | USB2.0 , LAN |
| Dimensions(L×W×H) | 390×270×255 mm |
| Weight | 9 kg |
| Power Consumption | 600 W |
| Power Supply | 85 to 264 V AC , 47 to 63 Hz |
Pricing
| Product | Price | Unit | Action |
|---|---|---|---|
| Dual Block Thermal Cycler LMMB-E102 | $ 4312.5 | Each of 1 |
Features
It has 8-inches LCD display which enables the user to change the commands
Uniform heating with 4 different temperature of the samples is achieved with 8 Peltier heating units with maximum 100 cycles
It is well built with anodizing technology with aluminum block treatment which makes the durable and corrosion resistant
Two different PCR programs can be assigned in 2 PCR blocks
Maximum. Heating Rate is 5 °C/s with temperature range of 0 to 100 °C
It has the capability to accommodate 96×0.2 ml or Double 48×0.2ml with moveable hot lid which can fit different sizes of tubes
It has the internal flash memory to store the 10000 files data for analysis
The connectivity between computer is via USB port and mini printer and can store the GLP data after every step to get reliable results
All the operations are controlled by a computer software system which instrument PCR protocols and also has in built 11 standard protocols
It has power of operation recovery option which helps in continuing the same command after a recovering from power cut
The user can access to his individual experimental data by setting a password and data management system
To satisfy the customers need it is installed with special feature like the user can add sample while the process is going on to encounter different variations
The user will be sent notifications via email about the process to alert when operation ends
Applications
Used in Gene expression analysis, Pathogen detection, DNA methylation analysis, Genotyping and gene scanning, miRNA research etc.
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Frequently Asked Questions
1 What is a Dual Block Thermal Cycler LMMB-E102?
A Dual Block Thermal Cycler LMMB-E102 is an apparatus designed for precise and efficient PCR (Polymerase Chain Reaction) amplification.
2 How does a Dual Block Thermal Cycler LMMB-E102 work?
A Dual Block Thermal Cycler LMMB-E102 operates on the principle of thermocycling for PCR (Polymerase Chain Reaction) DNA amplification.
3 How does Dual Block Thermal Cycler LMMB-E102 help in pathogen detection?
Dual Block Thermal Cycler LMMB-E102 detects pathogen DNA by amplifying target sequences for identification.
4 Is Dual Block Thermal Cycler LMMB-E102 suitable for genotyping applications?
Dual Block Thermal Cycler LMMB-E102 amplifies genetic markers to identify genotype variations.
5 Is Dual Block Thermal Cycler LMMB-E102 applicable in microbial community profiling?
Dual Block Thermal Cycler LMMB-E102 amplifies microbial DNA to study diversity and composition.
6 Can Dual Block Thermal Cycler LMMB-E102 help in viral load quantification?
Dual Block Thermal Cycler LMMB-E102 amplifies viral genetic material to estimate viral quantity.
7 Can Dual Block Thermal Cycler LMMB-E102 assist in detecting antibiotic resistance genes?
Dual Block Thermal Cycler LMMB-E102 amplifies resistance gene sequences for rapid detection.
8 Is Dual Block Thermal Cycler LMMB-E102 used in food safety testing?
Dual Block Thermal Cycler LMMB-E102 amplifies DNA from contaminants or pathogens in food samples.
9 Is Dual Block Thermal Cycler LMMB-E102 suitable for validating CRISPR gene editing results?
Dual Block Thermal Cycler LMMB-E102 amplifies target regions to verify gene edits by sequencing.
10 What kind of maintenance does Dual Block Thermal Cycler LMMB-E102 require?
Routine maintenance includes regular cleaning, routine temperature calibration, and occasional software updates to keep it running smoothly.
11 What is a Multi-Block Thermal Cycler?
A Multi-Block Thermal Cycler is an apparatus designed to run multiple PCR reactions at different temperatures simultaneously, using separate blocks for precise thermal control.
12 How does Multi-Block Thermal Cycler enhance throughput in microbial detection assays?
It enhances microbial detection throughput by running different pathogen-specific assays simultaneously in separate blocks, saving time and resources.
13 Can Multi-Block Thermal Cycler be used in forensic DNA analysis?
It is used in forensic DNA analysis to optimize and validate various STR or mitochondrial DNA assays under different thermal conditions simultaneously.
14 How does Multi-Block Thermal Cycler benefit synthetic biology workflows?
It benefits synthetic biology workflows by allowing multiple gene assembly reactions, mutagenesis cycles, and amplification protocols to run simultaneously with customized parameters.
15 How does Multi-Block Thermal Cycler aid in vaccine development research?
It aids in vaccine development by supporting optimization of PCR-based gene amplification, cloning constructs, and multiplex detection assays in one system.
16 How can Multi-Block Thermal Cycler be used in microbiome research?
It is used in microbiome research to optimize primers and PCR conditions for multiple 16S rRNA regions or metagenomic markers in parallel.
17 How is Multi-Block Thermal Cycler beneficial in personalized medicine research?
It is beneficial in personalized medicine by allowing optimization of patient-specific PCR assays, including pharmacogenomic and companion diagnostic tests.
18 How does Multi-Block Thermal Cycler assist in biodegradation and environmental DNA studies?
It assists in biodegradation and eDNA studies by allowing testing of complex environmental samples with multiple primer sets targeting diverse microbial genes.
19 Is Multi-Block Thermal Cycler useful in rare disease gene detection protocols?
It is useful in rare disease detection by optimizing PCR conditions for hard-to-amplify or low-abundance target sequences often present in such studies.
20 Can Multi-Block Thermal Cycler aid in studying viral genome diversity?
It aid in studying viral genome diversity by enabling amplification of multiple genomic regions across varied primer and temperature sets in one run.