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Heating & Cooling Temperature controller BTC-1-100
Can be used with Temperature controlled microscope stages, heated and cooled.
Low electrical noise, heating and cooling temperature
controller for microscope stages.
- External Bath probes (optional) and internal Stage temperature sensor
- Automatically switches from Heating to Cooling
- Over-heating protection prevents damage to your sample
- Does not introduce electrical noise during recordings
- Standby mode
- Plastic-encapsulated external probes: no metal ions leakage into solutions
Most heating and cooling stages work as inline solution
pre-heaters. Can be used with flow
control and perfusion
systems. Includes connecting cables. An external temperature probe might be needed, to monitor bath temperature for example.
Click on catalog numbers below to purchase online. Sample publications.
Specifications: |
Range: | -45
to 125°C with accuracy 0.1°C |
Temperature probes: | optional
miniature 0.87mm diameter; fits small volume
chambers; |
Settings: | flexible
self-adjusting, allow to stabilize temperature in different sample volumes and heating stage sizes |
Feedback: | STAGE |
Input/Output: |
100-240VAC/4A max/ 8A 230W with 35V inside power supply |
Dimensions: | 8x4x9in. |
Programmable 2-Channel Bipolar Precision High Stability Temperature Controller
BTC-2-100,
Low Electrical Noise
Can be used with Temperature controlled microscope stages.
Provides higher stability required
for some sensitive applications, nano/piezo positioning, confocal or AFM imaging for example. Flexible controls for stable
operation and easy to use through the graphical touch-screen.
Up to four steps (or ramps) can be programmed (optional 8 steps if only one
channel is used).
- No drift due to high stability, 0.01°C.
- No vibrations during imaging and recording - no internal fan
- Plastic-encapsulated external probes: no metal ions leakage into solutions
- Automatic cooling
- Self-tuning, no adjustments are required
- Multiple temperature sensors to choose for feedback, STAGE and
BATH
- Built-in overheating protection
- Inputs for programmed temperature changes
- Analog and Digital Outputs to monitor and SET temperature,
RS232 port
- Digital interface for software control
- No electrical noise - suitable for electrophysiology
Can be used with objective heaters and with
perfusion
systems: most heating stages work as inline solution
pre-heaters. Sample publications.
Specifications: |
Range: |
from -45 to 125°C with accuracy 0.1°C |
Stability: |
0.01°C |
Built-in Temperature sensors: |
heating stages incorporate sensors for stable operation |
External Temperature probes: |
optional miniature 0.87mm diameter, fits small volume
chambers |
Settings: |
Self-tuning to stabilize temperature of different sample volumes and heating stage sizes, no manual adjustments are required;
input for an external SET temperature to program
protocols; software control |
Feedback: | From built-in STAGE or
optional BATH sensors |
Dimensions: |
14x6x8in. |
Input/Output: |
100-240VAC 230W/8A per channel,
230W (with 35V output) |
Required accessories: cooling stages, cable, probes, power supply.
Optional accessories: perfusion system,
flow control.
Download PDF manual for BTC-2-100, or
BTC-1-100 controller.
Download PDF catalog.
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Bioscience Tools
ph: 877-853-9755
fax: 866-533-7490
email: info@biosciencetools.com
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PRICES AND OPTIONS |
BTC-1-100 |
$1,495 |
1-Channel Temperature Controller, high stability, no electrical noise, with automatic cooling
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BTC-2-100 |
$2,995 |
2-Channel Programmable Temperature Controller, high stability, no electrical noise, with automatic cooling
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TC-TP |
$295 |
Miniature 0.87mm temperature Probe
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BTC-TCR |
$295 |
Cable Assembly for BTC controller
(included with the controller). A cooling stage and temperature probes can be attached to the cable
connectors.
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Sample publications:
11
Degradation Kinetics of Disulfide Cross-Linked Microgels: Real-Time Monitoring by Confocal Microscopy.
PAIN 165(1):p 54-74, January 2024;
10
Degradation Kinetics of Disulfide Cross-Linked Microgels: Real-Time Monitoring by Confocal Microscopy.
Gels. 2023 Oct; 9(10): 782;
9
LONG-TERM MEMORY RULES WITHIN THE FEEDING NEURAL CIRCUIT OF THE MARINE SNAIL APLYSIA CALIFORNICA.
2022;
8
A novel in vitro analog expressing learning-induced cellular correlates in distinct neural circuits.
Cold Spring Harbor Laboratory Press, February 15, 2022;
7
Interfacial Mechanics and Liquid Crystal Structure of Liquid Gallium.
Oktober 2021;
6
Thermal Effects on the Crystallization Kinetics, and Interfacial Adhesion of Single‐Crystal Phase‐Change Gallium.
Advanced Materials 03 February 2020;
5
Division site selection linked to inherited cell surface wave troughs in mycobacteria.
Nature Microbiology VOLUME: 2 ARTICLE NUMBER: 17094 2017;
4
The Functional Activity of the Human Serotonin 5-HT1A Receptor Is Controlled by Lipid Bilayer Composition.
Biophysical J. Volume 110, Issue 11, 7 June 2016, Pages 2486-2495;
3
Innocuous warming enhances peripheral serotonergic itch signaling and evokes enhanced responses in serotonin-responsive dorsal horn neurons in the mouse.
J. Neurophysiology Volume 117,Issue 1 January 2017;
1
Apparatus and Method for Producing Specimens for Electron Microscopy.
patent US 20140360286 A1;
2
Eugenol and carvacrol excite first- and second-order trigeminal neurons and enhance their heat-evoked responses.
Neuroscience. 2014 June 20; 271: 45–55;
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