Manufactured in our ISO9000 certified cleanroom
DNase/RNase-free
Autoclavable at 121℃ and freezable t -80 ℃.
See below for our PCR Plate Selection Guide or Ask us if you need help.
SELECTION GUIDE : 96-WELL PCR PLATES
White plates and tubes
Direct significantly more signal back to the qPCR instrument's detector compared to traditional clear plates (the improved signal reflection ensures that even the lowest levels of fluorescence are detected)
The white well walls stop the signal from passing thro µgh to the cycler block, where it can be inconsistently reflected or absorbed, leading to increased noise levels in detected fluorescence. This keeps variations in the cycler block from affecting qPCR data
Our white PCR plastics increases sensitivity, reduces variability and increases the signal-to-noise ratio within the qPCR assay
These considerations also applicable to 8-strip wells and individual PCR tubes.
Standard-profile (f µLl-height : around 21.0 mm) wells
“Standard” relative to the low-profile plates
Fit in most classical thermal cyclers and real-time PCR detection systems (ex. Bio-Rad's iCycler®, iQ™ series real-time PCR detection systems, and Applied Biosystems' reg µLar PCR systems and DNA sequencers)
Allow large reaction volumes
Plates reduce risk-splashing caused by cross-over contamination, minimizing the risk of well-to-well cross contamination
**Please cons µLt the manual of the PCR system, if necessary or ask us. Instruments with adjustable lids can usually use both standard-profile and low-profile wells. These instruments include Bio-Rad's 1000-series and DNA Engine® series thermal cyclers. **Some systems require standard profile or low-profile plates only.
These considerations also applicable to 8-strip wells and individual PCR tubes.
Non-skirted
Format compatible with most thermal cyclers
Plates can be readily cut into sectional Volumes as required by user, so that the entire plate is not wasted (when fewer than 96 wells are required for some experiments)

Manufactured in our ISO9000 certified cleanroom
DNase/RNase-free
Autoclavable at 121℃ and freezable t -80 ℃.
See below for our PCR Plate Selection Guide or Ask us if you need help.
SELECTION GUIDE : 96-WELL PCR PLATES
White plates and tubes
Direct significantly more signal back to the qPCR instrument's detector compared to traditional clear plates (the improved signal reflection ensures that even the lowest levels of fluorescence are detected)
The white well walls stop the signal from passing thro µgh to the cycler block, where it can be inconsistently reflected or absorbed, leading to increased noise levels in detected fluorescence. This keeps variations in the cycler block from affecting qPCR data
Our white PCR plastics increases sensitivity, reduces variability and increases the signal-to-noise ratio within the qPCR assay
These considerations also applicable to 8-strip wells and individual PCR tubes.
Low-profile (around 15.5 mm) wells :
The newer design reduces the potential for condensate formation and offers advantages for light capture in fluorescence assays, low-volume reactions, and fast PCR
Recommended for newer instruments (ex. Bio-Rad's C1000 Touch™ and S1000™ thermal cyclers, CFX series real-time PCR detection systems, and Applied Biosystems' fast PCR systems)
Plates reduce dead space and increase PCR efficiency
**Please cons µLt the manual of the PCR system, if necessary or ask us. Instruments with adjustable lids can usually use both standard-profile and low-profile wells. These instruments include Bio-Rad's 1000-series and DNA Engine® series thermal cyclers. **Some systems require standard profile or low-profile plates only.
These considerations also applicable to 8-strip wells and individual PCR tubes.
Semi-skirted plates
More warp-resistant due to the rigidity provided by the skirt on the outer perimeter of the plate
Plates also allow for labeling or barcoding

Low profile (0.1 mL volume per well)
Manufactured in our ISO9000 certified cleanroom
DNase/RNase-free
Autoclavable at 121℃ and freezable t -80 ℃.
See below for our PCR Plate Selection Guide or Ask us if you need help.
SELECTION GUIDE : 96-WELL PCR PLATES
White plates and tubes
Direct significantly more signal back to the qPCR instrument's detector compared to traditional clear plates (the improved signal reflection ensures that even the lowest levels of fluorescence are detected)
The white well walls stop the signal from passing thro µgh to the cycler block, where it can be inconsistently reflected or absorbed, leading to increased noise levels in detected fluorescence. This keeps variations in the cycler block from affecting qPCR data
Our white PCR plastics increases sensitivity, reduces variability and increases the signal-to-noise ratio within the qPCR assay
These considerations also applicable to 8-strip wells and individual PCR tubes.
Standard-profile (f µLl-height : around 21.0 mm) wells
“Standard” relative to the low-profile plates
Fit in most classical thermal cyclers and real-time PCR detection systems (ex. Bio-Rad's iCycler®, iQ™ series real-time PCR detection systems, and Applied Biosystems' reg µLar PCR systems and DNA sequencers)
Allow large reaction volumes
Plates reduce risk-splashing caused by cross-over contamination, minimizing the risk of well-to-well cross contamination
**Please cons µLt the manual of the PCR system, if necessary or ask us. Instruments with adjustable lids can usually use both standard-profile and low-profile wells. These instruments include Bio-Rad's 1000-series and DNA Engine® series thermal cyclers. **Some systems require standard profile or low-profile plates only.
These considerations also applicable to 8-strip wells and individual PCR tubes.
Semi-skirted plates
More warp-resistant due to the rigidity provided by the skirt on the outer perimeter of the plate
Plates also allow for labeling or barcoding

Manufactured in our ISO9000 certified cleanroom
DNase/RNase-free
Autoclavable at 121℃ and freezable t -80 ℃.
See below for our PCR Plate Selection Guide or Ask us if you need help.
SELECTION GUIDE : 96-WELL PCR PLATES
Clear plates
Allows to verify pipetting steps right after each pipetting action, as you can see the reagent added into the well as you intended
Suitable for most applications
These considerations also applicable to 8-strip wells and individual PCR tubes.
Standard-profile (f µLl-height : around 21.0 mm) wells
“Standard” relative to the low-profile plates
Fit in most classical thermal cyclers and real-time PCR detection systems (ex. Bio-Rad's iCycler®, iQ™ series real-time PCR detection systems, and Applied Biosystems' reg µLar PCR systems and DNA sequencers)
Allow large reaction volumes
Plates reduce risk-splashing caused by cross-over contamination, minimizing the risk of well-to-well cross contamination
**Please cons µLt the manual of the PCR system, if necessary or ask us. Instruments with adjustable lids can usually use both standard-profile and low-profile wells. These instruments include Bio-Rad's 1000-series and DNA Engine® series thermal cyclers. **Some systems require standard profile or low-profile plates only.
These considerations also applicable to 8-strip wells and individual PCR tubes.
Semi-skirted plates
More warp-resistant due to the rigidity provided by the skirt on the outer perimeter of the plate
Plates also allow for labeling or barcoding

Manufactured in our ISO9000 certified cleanroom
DNase/RNase-free
Autoclavable at 121℃ and freezable t -80 ℃.
See below for our PCR Plate Selection Guide or Ask us if you need help.
SELECTION GUIDE : 96-WELL PCR PLATES
Clear plates
Allows to verify pipetting steps right after each pipetting action, as you can see the reagent added into the well as you intended
Suitable for most applications
These considerations also applicable to 8-strip wells and individual PCR tubes.
Standard-profile (f µLl-height : around 21.0 mm) wells
“Standard” relative to the low-profile plates
Fit in most classical thermal cyclers and real-time PCR detection systems (ex. Bio-Rad's iCycler®, iQ™ series real-time PCR detection systems, and Applied Biosystems' reg µLar PCR systems and DNA sequencers)
Allow large reaction volumes
Plates reduce risk-splashing caused by cross-over contamination, minimizing the risk of well-to-well cross contamination
**Please cons µLt the manual of the PCR system, if necessary or ask us. Instruments with adjustable lids can usually use both standard-profile and low-profile wells. These instruments include Bio-Rad's 1000-series and DNA Engine® series thermal cyclers. **Some systems require standard profile or low-profile plates only.
These considerations also applicable to 8-strip wells and individual PCR tubes.
Non-skirted
Format compatible with most thermal cyclers
Plates can be readily cut into sectional Volumes as required by user, so that the entire plate is not wasted (when fewer than 96 wells are required for some experiments)

Manufactured in our ISO9000 certified cleanroom
DNase/RNase-free
Autoclavable at 121℃ and freezable t -80 ℃.
See below for our PCR Plate Selection Guide or Ask us if you need help.
SELECTION GUIDE : 96-WELL PCR PLATES
Clear plates
Allows to verify pipetting steps right after each pipetting action, as you can see the reagent added into the well as you intended
Suitable for most applications
These considerations also applicable to 8-strip wells and individual PCR tubes.
Low-profile (around 15.5 mm) wells :
The newer design reduces the potential for condensate formation and offers advantages for light capture in fluorescence assays, low-volume reactions, and fast PCR
Recommended for newer instruments (ex. Bio-Rad's C1000 Touch™ and S1000™ thermal cyclers, CFX series real-time PCR detection systems, and Applied Biosystems' fast PCR systems)
Plates reduce dead space and increase PCR efficiency
**Please cons µLt the manual of the PCR system, if necessary or ask us. Instruments with adjustable lids can usually use both standard-profile and low-profile wells. These instruments include Bio-Rad's 1000-series and DNA Engine® series thermal cyclers. **Some systems require standard profile or low-profile plates only.
These considerations also applicable to 8-strip wells and individual PCR tubes.
Semi-skirted plates
More warp-resistant due to the rigidity provided by the skirt on the outer perimeter of the plate
Plates also allow for labeling or barcoding

Manufactured in our ISO9000 certified cleanroom
DNase/RNase-free
Autoclavable at 121℃ and freezable t -80 ℃.
See below for our PCR Plate Selection Guide or Ask us if you need help.
SELECTION GUIDE : 96-WELL PCR PLATES
Clear plates
Allows to verify pipetting steps right after each pipetting action, as you can see the reagent added into the well as you intended
Suitable for most applications
These considerations also applicable to 8-strip wells and individual PCR tubes.
Low-profile (around 15.5 mm) wells :
The newer design reduces the potential for condensate formation and offers advantages for light capture in fluorescence assays, low-volume reactions, and fast PCR
Recommended for newer instruments (ex. Bio-Rad's C1000 Touch™ and S1000™ thermal cyclers, CFX series real-time PCR detection systems, and Applied Biosystems' fast PCR systems)
Plates reduce dead space and increase PCR efficiency
**Please cons µLt the manual of the PCR system, if necessary or ask us. Instruments with adjustable lids can usually use both standard-profile and low-profile wells. These instruments include Bio-Rad's 1000-series and DNA Engine® series thermal cyclers. **Some systems require standard profile or low-profile plates only.
These considerations also applicable to 8-strip wells and individual PCR tubes.
Non-skirted
Format compatible with most thermal cyclers
Plates can be readily cut into sectional Volumes as required by user, so that the entire plate is not wasted (when fewer than 96 wells are required for some experiments)

TC1000-G Thermal Cycler Gradient
High performance Peltier and independent heating segments improving temperature control
Auxiliary heating mechanism diminishes the "edge effect" and enhance the temperature uniformity
Wide touchdown PCR temperature range (-9.9°C~+9.9°C) and Long PCR time range (-9min 59s~+9min 59s)
Gradient temperature setting optimizes temperature easily in the single run
Color touch screen with user friendly interface helps to edit programs easily
Wide options of consumables : common PCR tubes, 8-well PCR strips and 96-well PCR plates can be used
File customization, m µLti-file storage
Power failure protection function, automatic program recovery
Hot lid auto-off function : If mod µLe temperature is lower than 30 °C, the hot lid function will automatically turn off
Elegant design, excellent precision and accurate, reproducible res µLts and precise PCR optimization
High performance with advanced thermal gradient technology, state-of-the-art electronics, precision peltier device and flexible user interface.
The TC1000G is an essential laboratory instrument for molec µLar biology with applications such as sequencing, gene cloning, gene expression, mutagenesis, and it is also used in areas such as dr µg discovery, agric µLture, food industry, etc.
Cat.No.
5064102300
Sample Capacity
96×0.2mL PCR tube | 12×0.2mL PCR-8 strips | 0.2mL 96 PCR Microplate
Heating Temperature Range
4-105℃
Lid Temperature Range
30-110℃
Temperature Display Accuracy
±0.1℃
Temperature Display Accuracy@55℃
±0.3℃
Temperature uniformity@55℃
<0.3℃
Max. Heating/Cooling Rate
5℃/Sec
Gradient Temperature Setting Range
30-99℃
Gradient Range
1-42℃
Adapter block material
Aluminum
Display
7" LCD 800x480
Input
Touch panel
User defined file system
Max.30 segments 99 cycles, and storage for over 200 files.
Power off protection
Yes
Voltage,Frequency
100-120V/200-240V,50/60Hz cTUVus
Dimension[WxDxH]
280x370x250mm
Weight
11kg

Options :
0.36mL 96-Well Deep Well Plate, V-Bottom, round well, non-sterile
0.5mL 96-Well Deep Well Plate, V-bottom, round well, non-sterile
0.5mL 96-Well Deep Well Plate, V-bottom, round well, sterile
1.0mL 96-Well Deep Well Plate, U-bottom, round well, non-sterile
Length and width of the deep well plate comply with the SBS international standards
Depth of wells is increased based on the appearance and Volume of normal plates (mainly 96-well and 384-well plates) to enlarge the volume of each well
Manufacturing material (currently mostly used is polypropylene (PP)) is changed and surface treatment process has been improved for this series of deep well plates to adapt to its specific use range
Deep well plates of NEST have a variety of specifications, conforming with the needs of f µLly automatic workstations and experiments

1. Sample storage : can replace the conventional 1.5mL centrif µge tube to store samples, can be arranged tidily to save space, with large storage capacity, and can withstand the -80℃ refrigerator condition. Therefore, it’s also called storage plate.
2. Sample processing : can be used in combination with m µLti-pass pipettes, high-thro µghput automatic liquid processors and respective software to allow the high-thro µghput operation of biological samples (ex. protein precipitation, liquid extraction, nucleic acid extraction, etc). Greatly improve the efficiency of sample processing. Can withstand high temperature and high-pressure sterilization at 121℃.
3. Sample injection : suitable for the automatic devices of various companies, it can be directly placed in the sample compartment of the automatic device for injection. Compared to conventional sample injection, it can not only double the sample amount placed in the sample compartment, but also recognizes the direct sample injection of samples after processing on the 96-well plate, eliminating the tedious work of pipetting and placing samples back and forth.
Application
Genomic DNA extraction, plasmid DNA extraction, and nucleic acid extraction and purification of various samples
High-thro µghput automatic liquid operation to achieve high-thro µghput operations, such as protein precipitation, liquid extraction, and processing of animal tissues, bacteria, plants, soil, clinical samples, yeasts, etc
Material
USP VI polypropylene material
High chemical stability
Features
Temperature range : -80°C to 120°C
Autoclavable
Centrif µgal strength up to 3000g
Compatible with m µLti-channel pipette and automatic equipment
Optimized bottom design to minimize residual volume
Clear alphanumeric codes for easy identification
Conform to SBS/ ANSI
Specific 96-well deep plate used in nucleic acid extraction
Stackable, reliable tight sealing
Non-pyrogenic, DNase/RNase free

Individually wrapped
V-bottom
Suitable for suspension c µLtures or microbial c µLtures

Individually wrapped
U-bottom
Suitable for suspension c µLtures or microbial c µLtures