|
|
| |
|
Uniformly heated glass plate for stereo, upright
microscopes, and long-distance objectives of inverted microscopes, TC-HP75x65
Allows you to heat your samples on 80x70mm glass surface.
Large 75x65mm optical window. The heated glass plate provides thin profile and uniformly heated surface. Built-in temperature sensor.
Flat glass top surface is flashed with the 128x86mm mounting frame
(5mm thick). The frame is the size of standard multi-well plates and
fits most microscope stages. Can be used to heat plates, flasks, slides and
Petri dishes.
Open or sealed chambers can be formed directly on class surface,
using self-adhesive gaskets for example.
Might require a microscope adapter (specify microscope model when ordering).
Can be upgraded with an objective heater.
Requires a temperature controller.
Specifications: |
Optical window: | 75x65mm |
Dimensions: | 128x86x5mm |
Glass thickness: | 1mm |
Temperature stability: |
0.01°C, required for sensitive applications: nano/piezo positioning, confocal imaging for example |
Uniformly heated cuvette warmer, TC-CUV
This hater can be used with standard 12x12mm cuvettes. The heater surrounds the cuvette from all sides,
leaving open top and bottom glass window (1 mm thickness). For working in the UV or near infrared range of illumination,
the regular glass can be replaced with quartz heater.
The heater is mounted on a 128x86mm 5mm thick frame to fit most microscope stages.
Built-in temperature sensors require a 2-channel controller.
Might require a microscope adapter (specify microscope model when ordering).
Click on image to enlarge.
Specifications: |
Optical window: | 12x56mm |
Dimensions: | 128x86x5mm |
Glass plate thickness: | 1mm |
Temperature stability: |
0.01°C |
Uniformly heated quartz plate, TC-HPQ75x50
Fused quartz (1.1 mm thickness) for working in the UV or near infrared range of illumination,
where regular glass cannot be used (because it is not transparent in these wavelength ranges of illumination).
Quartz can also withstand high temperature applications without cracking.
Allows you to heat your samples on 75x50mm surface.
Large 70x45mm optical window. The heated quartz plate provides thin profile and uniformly heated surface. Built-in temperature sensor.
Flat glass top surface is flashed with the 128x86mm mounting frame
(5mm thick). The frame is the size of standard multi-well plates and
fits most microscope stages.
Open or sealed chambers can be formed directly on class surface,
using self-adhesive gaskets for example.
Might require a microscope adapter (specify microscope model when ordering).
Can be upgraded with an objective heater.
Requires a temperature controller (TC-1-100s-24V model for high temperature applications).
Specifications: |
Optical window: | 70x45mm |
Dimensions: | 128x86x5mm |
Quartz plate thickness: | 1.1mm |
Temperature stability: |
0.01°C, required for sensitive applications: nano/piezo positioning, confocal imaging for example |
Uniformly heated glass plate for motorized and type K stages, TC-HP102x78
Uniformly heated glass plate provides thin profile and
uniformly heated surface. Built-in temperature sensor.
Large 108x72mm optical window allows you to heat slides and
dishes samples on 118x74mm glass surface and to form open or sealed sample chambers. Electrodes and tubing can be fixed around your
sample chamber using adjustable holders MH-MIS attached to optional inserts for slides,
Petri dishes and coverslip
chambers. The holders can be used to position perfusion tubing for
continuous media exchange,
provided that optional inserts are placed inside. Fits 160x110mm cutout of motorized stages (adapters
for different motorized stages are available). Some larger stages
might require an optional adapter extensions. Requires a temperature controller. Can be upgraded with an objective heater.
Sample publications:
6
Microfluidics-enabled fluorescence-activated cell sorting of single pathogen-specific antibody secreting cells for the rapid discovery of monoclonal antibodies.
bioRxiv, January 12, 2023;
5
A microfluidic optimal experimental design platform for forward design of cell-free genetic networks.
Nature Communications, 13, 2022;
4
A microfluidic approach for forward design of modular cell-free genetic networks.
2022;
3
Adhesive Tape Microfluidics with an Autofocusing Module That Incorporates CRISPR Interference: Applications to Long-Term Bacterial Antibiotic Studies.
ACS Sens. 2019, 4, 2638−2645;
1
Autonomous beating rate adaptation in human stem cell-derived cardiomyocytes.
Nat Commun. 2016; 7: 10312;
2
Droplet-based electro-coalescence for probing threshold disjoining pressure.
Lab on a Chip, 2015, v. 15 n. 9, p. 2018-2024;
Click on catalog numbers below to purchase online.
Required accessories: temperature controller,
microscope adapter.
Download PDF catalog.
|
|
Bioscience Tools
ph: 877-853-9755, fax: 866-533-7490
email: info@biosciencetools.com
|
PRICES AND OPTIONS |
TC-HP75x65 |
$995 |
Heated microscope plate |
TC-CUV |
$1,195 |
Uniformly heated cuvette warmer |
TC-HPQ75x50 |
$1,195 |
Heated quartz plate |
IMA-74 |
$195 |
Microscope adapter |
TC-HP108x72 |
$1,395 |
Heated microscope plate for motorized stages |
|
|
)