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Dual Block Thermal Cycler LMMB-E105 offers wide gradient range of 30°C to 105°C. Designed with dual-block capacity of 48×0.2ml, it allows simultaneous optimization of multiple protocols. Incorporates capacitive touchscreen display and Linux interface that streamlines navigation and programming. Its advanced temperature control system ensures exceptional uniformity, reducing variability and enhancing reproducibility. Our Thermal Cycler features automatic power failure recovery and pause functionality for reliable performance.
Specifications
| Capacity | Double 48×0.2ml |
| Gradient Temperature Range | 30 to 105℃ |
| Gradient Set Span | 0.1 to 30℃ (across 2 blocks), 0.1 to 15℃ (across 1 block) |
| Gradient Temperature Accuracy | ±0.3℃ |
| Gradient Temperature Uniformity | ±0.3℃ |
| Block Temperature | 0 to 105℃ |
| Block Temperature Accuracy | ±0.2℃ |
| Block Temperature Uniformity | ±0.25℃ |
| Temperature Control Ways | Block or Tube |
| Maximum Heating Up Rate | 6℃ /s |
| Maximum Cooling Down Rate | 5℃ /s |
| Adjustable Range of Heating Up/Cooling Down | 0.1 to 6 ℃ /s |
| Heating Lid Temperature Range | 30℃ to 110℃ |
| Maximum Cycles | 100 |
| Maximum Steps | 30 |
| Number of Gradients | 12 |
| 16℃ Temperature Holding Function | Infinite duration |
| Timer | 1s to 9:99:99 or 0 (infinite duration) |
| Timer Increasing / Decreasing | -599s to 599s |
| Temperature Increasing / Decreasing | -9.9℃ to 9.9℃ |
| Temperature Display Accuracy | 0.1℃ |
| Display | 8-inch Capacitive touchscreen LCD, 1024×764 pixels |
| Tubes Applied | 0.2ml PCR tube, 8 × 0.2ml strip, 48 well plate |
| Operation System | Linux |
| Communication Port | USB2.0 |
| Programs Stored | 10000 |
| Power Consumption | 1000W |
| Power Supply | 100 to 240V, 50/60Hz |
| Dimension (W × D × H) | 400×260×228 mm |
| Net Weight | 9 kg |
Pricing
| Product | Price | Unit | Action |
|---|---|---|---|
| Dual Block Thermal Cycler LMMB-E105 | $ 4862.5 | Each of 1 |
Features
Three peltiers for each block
Touch down and long PCR
Small footprint and compact design
Integrated USB port
8-inch color LCD screen
Applications
Dual Block Thermal Cycler LMMB-E105 is ideal for the simultaneous amplification of different samples under varying conditions. It is employed in research, clinical, and molecular biology laboratories.
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Frequently Asked Questions
1 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.
2 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.
3 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.
4 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.
5 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.
6 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.
7 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.
8 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.
9 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.
10 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.