





Biometra TOne - Optimal Amplification Performance
1. Optimal price – performance ratio
2. Fast Ramping, Best Accuracy: Superior
sample block temperature control
3. Whisper Quiet: Low noise emission of max.
45 dB
4. High Performance Smart Lid: Defined
pressure control for highly reproducible results
5. Linear Gradient Tool: For easy gradient
programming using the primer annealing temperature
Uniting Versatility and High Performance
Fast Ramping: Thanks to the new electronics, the Biometra
TOne can reach high heating and cooling rates of up to 4 °C/sec. Block Control:
The Biometra TOne controls the sample block temperature without under- or
overshooting the programmed target temperature. This reflects our philosophy
that the instrument does exactly what the user has programmed it to do. The
ingenious temperature control system incorporated into our RAC (Ramping –
Accuracy – Control) technology maximizes experimental reproducibility and
achieves outstanding temperature control accuracy.
The perfect block seal
from coming into contact with either the peltier elements
located below the sample block or with other electronic components. The seal
protects the peltier elements and extends the lifetime of the instrument.
The intelligent way to program a gradient: Determining the optimum annealing temperature is a challenge when creating a new primer pair. Using the gradient tool allows the operator to find the optimum annealing temperature under experimental conditions and apply that temperature value to routine applications. Programming gradients usually means to set temperature for the first and the last row to determine the gradient range. For most thermal cyclers, the temperature interval is not the same from one row of the sample block to the next. In addition, the sigmoidal temperature curve of the gradient brings two disadvantages:
1. The automatically resulting temperatures
for the other rows of the sample blocks, in particular in its center, are
almost always odd-numbered.
2. The temperature differences between the
rows are unevenly distributed, increasing towards the center of the sample
block.
The
Linear Gradient Tool (LGT) enables programming of a temperature gradient with
defined temperature intervals (increment) between the individual rows of the
sample block. It allows the user to enter the calculated Tm value minus, e.g.,
5 °C and the desired temperature increment (e.g. ± 1 °C) between the rows of
the sample block. For maximum comfort, the Linear Gradient Tool now supports
programming of even-numbered temperature values for a maximum´number of rows.
Multi-step programming
Technical Data
General |
Biometra TOne 96 |
Biometra TOne 96G |
Block Capacity |
96 x 0.2 ml, 96-well microtiter plates, 12 x 8 well
strips 0.2 ml |
|
Block Coating |
Special alloy |
|
Block Material |
Aluminium |
|
Max. Heating Rate |
4.0 °C/sec |
|
Avg. Heating Rate |
3.8 °C/sec |
|
Gradient Span |
- |
0.1 to 20.0 °C |
Temperature Uniformity |
95 °C ± 0.60 °C after 15s |
|
Control Accuracy |
± 0.1 °C |
|
Software |
User-specific quick start option for the five most
recent programs; program preview before start; option for toggling between
table and graph programming mode; linear gradient tool; service info file
(SINF) generation; expanded self-test; adjustable heating and cooling rates;
gradient temperature diagram view; Ethernet-based PC control; user
administration tool |
|
Display |
7“ color touchscreen |
|
Automatic restart after power
failure |
Yes |
|
High-Performance Smart Lid (HPSL) technology |
Yes |
|
Noise emission |
Approx. 45 dB max. |
|
Interfaces |
USB A, Ethernet |
|
Dimension |
26 cm x 43 cm x 21 cm |
Download Product Brochure
- Availability: In Stock
- Model 846-2-070-301
- Weight: 10.00kg
- Dimensions (L x W x H): 26.00cm x 43.00cm x 21.00cm