Real Time PCR System with intuitive analysis software

Real Time PCR System LMPCS-C103

Name: Real Time PCR System LMPCS-C103
Brand: Labmate
SKU: LMPCS-C103
Rating: 4.8 (483 reviews)

Real Time PCR System LMPCS-C103 has sample capacity of 96 wells. It features intuitive analysis software for simple setup, real-time tracking, and efficient data output. Equipped with an electronically controlled automatic hot cap, it applies pressure automatically without manual handling. Incorporates maintenance-free light source compatible with all mainstream fluorescence detection channels. Our PCR System is ideal for diagnostics, food safety testing, cloning, and sequencing.

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Specifications

Sample Capacity	96
Number Of Channels	5
Consumable Type	0.2 mL 8-strip tubes
Reaction Volume	5 to 100 μL
Single Channel Scanning Time	1.5s
Temperature Control Method	Thermo-electronic
Ramp Rate	6℃/s
Temperature Accuracy	±0.1℃
Temperature Uniformity	Less than or equal to ±0.2℃（55℃）
Light Source	High brightness LED
Fluorescent Dyes	FAM/HEX/ROX/CY5/CY5.5
Operating System	Windows 10
Display	10.1-inch large interactive display
Interface Mode	USB
Power Consumption	1000W
Power Supply	100 to 240V
Dimensions	473×335×330 mm
Weight	26 Kg

Pricing

Product	Price	Unit	Action
Real Time PCR System LMPCS-C103	$ 28306.25	Each of 1

Features

Wide temperature gradient

Large touch screen

Full channel coverage

High-strength optics

No edge effect

Compact design

Applications

Real Time PCR System LMPCS-C103 is employed in food safety, GMO detection, animal disease tracking, gene cloning, vector making, and sequencing in research labs, hospitals, vet clinics, and food testing centers.

Real Time PCR System LMPCS-C100

Sample Capacity: 16
Number Of Channels: 5
Fluorescent Dyes: FAM/HEX/ROX/CY5/CY5.5
Operating System: 7-inch build-in Android system
Light Source: High brightness LED

$ 6375 / Each of 1

Real time PCR system LMPCS-901

Fluorescence Channels: 2
Sample Capacity (Wells): 48
Reaction Volume: 5 to 100µL
Consumables: 0.2ml 8-strip tubes, 0.2ml PCR single tube
Temperature Range: 0°C to 100°C

$ 10875 / Pack of 1

Real Time PCR LMRT-A100

Temperature Range: 48 wells x 0.2 mL
Heating rate: 4 – 100 °C
Cooling Rate: 4.5 °C/S
Temp Accuracy: 3 °C/S
Temp Uniformity: ± 0.1 °C

$ 24875 / Each of 1

Real time PCR system LMPCS-802

Fluorescence Channels: 4
Sample Capacity (Wells): 96
Reaction Volume: 0 to 100µL
Consumables: 0.2ml 96-well plates; 0.2ml 8-strip tubes, 0.2ml PCR single tube
Temperature Range: 0°C to 100°C

$ 21375 / Pack of 1

Real Time PCR System LMPCS-B100

Sample Capacity: 16 wells×0.2 ml
Sample Volume: 20 to 120 µl
Consumables: 0.2 ml PCB 8-Tube Strips, 0.2 ml PCR tube with cap
Heating Method: Peltier
Temperature Range: 4ºC to 99ºC

$ 12375 / Each of 1

Real Time PCR LMRT-A101

Sample Capacity: 96-well Plate,12×8 tube strip,96×0.2 mL single tube
Volume: 15 to 100 µL
Consumable: 0.2ml tube, 0.2ml 8-tube strips, 0.2ml 96 well plate
Temperature: 0 ⁰C to 100 ⁰C
Ramp Rate: 7.0 ⁰C/s

$ 22950 / Pack of 1

Real Time PCR System LMPCS-C101

Sample Capacity: 48
Number Of Channels: 5
Detection Method: Real-time fluorescent quantitative PCR
Fluorescent Dyes: FAM/HEX/ROX/CY5/CY5.5
Light Source: High brightness LED

$ 17537.5 / Each of 1

Real Time PCR System LMPCS-C102

Sample Capacity: 96×0.2ml
Number Of Channels: 5
Consumable Type: 0.2 mL 8-strip tubes
Reaction Volume: 5 to 100 μL
Single Channel Scanning Time: 1.5s

$ 19662.5 / Each of 1

Real Time PCR System LMPCS-803

Sample Capacity: 96 well×0.2 ml
Sample Volume: 20 to 120 µl
Heating Method: Peltier
Consumables: 0.2 ml PCB 8-Tube Strips, 0.2 ml PCR tube with cap
Temperature Range: 4ºC to 100ºC

$ 22875 / Each of 1

Real time PCR system LMPCS-801

Throughput: 1 to 96 samples
Fluorescence Channels: 6
Fluorescence Scanning Time: 7 seconds
Excitation Range: Channel 1: 465 nm, Channel 2: 527 nm, Channel 3: 580 nm, Channel 4: 632 nm, Channel 5: 680 nm, Channel 6: 465 nm
Detection Range: Channel 1: 510 nm, Channel 2: 563 nm, Channel 3: 616 nm, Channel 4: 664 nm, Channel 5: 730 nm, Channel 6: 616 nm

$ 27000 / Each of 1

Real time PCR system LMPCS-902

Fluorescence Channels: 4
Sample Capacity (Wells): 48
Reaction Volume: 5 to 100µL
Consumables: 0.2ml 8-strip tubes, 0.2ml PCR single tube
Temperature Range: 0°C to 100°C

$ 14375 / Pack of 1

Frequently Asked Questions

1 What is a Real Time PCR System?

A Real Time PCR System is an apparatus designed to amplify and simultaneously quantify a targeted DNA molecule, enabling real-time monitoring of the reaction.

2 How does Real Time PCR System work?

It works by amplifying DNA through thermal cycling while using fluorescent dyes or probes to detect and quantify DNA during each cycle.

3 How is Real Time PCR System different from a conventional PCR system?

It differs from conventional PCR by providing quantitative data in real time, whereas conventional PCR only shows end-point results after gel electrophoresis.

4 Can Real Time PCR System be used for RNA analysis?

It is used for RNA analysis through reverse transcription, converting RNA to cDNA before amplification.

5 How is Real Time PCR System used in cancer research?

It is used in cancer research to analyze gene expression levels, detect mutations, and monitor biomarkers related to tumor progression.

6 Is Real Time PCR System suitable for food safety testing?

It is suitable for food safety testing by detecting microbial contamination, allergens, and genetically modified organisms (GMOs) in food products.

7 How does Real Time PCR System help in detecting genetic disorders?

It helps in detecting genetic disorders by identifying specific gene mutations, deletions, or duplications linked to hereditary conditions.

8 How is Real Time PCR System used in forensic science?

It is used in forensic science for DNA quantification, STR analysis, and species identification in criminal investigations.

9 How does Real Time PCR System support environmental testing?

It supports environmental testing by identifying microbial contamination in water, soil, and air samples.

10 Can Real Time PCR System be applied to microbiome analysis?

It is applied to microbiome analysis by quantifying specific bacterial or fungal species in complex biological samples.