Pipette Controllers
Description
Pipette Controllers
PIPETBOY acu2
The Most Popular Pipette Controller
Lighter, faster – the most popular serological pipettor
The second generation of PIPETBOY acu pipet aid is equipped with the latest technology providing an increased pipetting speed and a significant weight reduction of the instrument
Overview
1) Autoclavable sterile module, easy to replace filter
2) LED provides information about charging status
3) Continuous preset of speed via thumb wheel
4) Sensitive control by applying various finger pressure
5) Lightweight and well-balanced
Longer Operating Time
PIPETBOY acu 2 pipette controller is equipped with the latest Lithium-Ion technology, which provides an extended cordless working time of over 6.5 hours non-stop pipetting with a fast charging time of only 3.5 hours without memory effect.
The LED battery indicator clearly informs you about the charging status of the instrument by simply switching between red and green.
Maximum pipetting speed
13.5 ml/s (with a 50 ml pipette)
Gravity dispense
Slight pressure on dispense button
Pipette compatibility
Glass and plastic pipettes with volume from 1 to 100 ml
Filter protection
0.45 µm (included) or 0.2 µm (order separately)
Weight
195 g
Operating conditions
5 – 40 °C, max. 80 % RH
Power requirements
Input: 100 – 240 VAC, 50/60 Hz; Output: 17 VDC ±10 %/180 mA ±10 %
Rechargeable battery
Li-ion, min. 500 mAh
PIPETBOY pro
Pipette Controller With Integrated LED Light
Accuracy, speed and ergonomic design are the essential characteristics realized in PIPETBOY pro in order to productively work with all serological pipettes of 1-100 ml.
Designed for error-free and comfortable pipetting, the white LED light integrated in PIPETBOY pro provides an optimal illumination of the area around the pipette, ensuring accurate pipetting and preventing eyestrain.
Overview
1) Light as a feather – 190 gram
2) Color code – five colors available
3) Speed can be set continuously via the thumb wheel
4) Red LED indicates when the battery needs to be charged
5) Ergonomic design – following the recommendations of hand shape ergonomics
VOYAGER
Adjustable Tip Spacing Pipette
VOYAGER pipettes feature a unique motorized tip spacing, enabling parallel transfer of multiple samples between labware of different sizes and formats. The tip spacing can be changed by a simple push of a button.
ectronically adjustable tip spacing
VOYAGER pipettes allow the tip spacing to expand anywhere between 4.5 mm and 33 mm at the push of a button.
The motorized tip spacing offers many advantages over manual tip spacing adjustments:
Single handed operation leaves the other hand free to handle labware.
On the fly access to up to 3 user-defined tip spacings.
These user defined tip spacings are saved. No need to memorize spacings of different labware formats.
GRIPTIP® pipette tips which never leak or fall off
GRIPTIPS® are always firmly attached and perfectly aligned, regardless of how many side well touch offs are performed. You no longer have to hammer your pipette tips on or worry about pipette tips falling off!
1) LOBES
2) O-RING Seal
3) RIM SNAPS OVER THE LOBES
4) SHOULDER
The rim (3) of the GRIPTIPS® will snap over the Multi-Lobes (1), attaching firmly. As a result, GRIPTIPS® will never accidently fall off.
A shoulder (4) provides a positive stop to prevent over-tightening of the tip. It can only be attached up to that point and no further, ensuring that all tips are at the same height. As a result, the tip is either on or off, but nothing in between.
Intuitive operation and navigation
The Touch Wheel interface offers a quick and ergonomic way to modify pipetting parameters. It enables you to browse through menus, change pipetting volumes and speeds or other settings. Changing a dispense volume has never been so fast and easy!
The full color screen provides full text menus and displays pipetting protocols without abbreviations, making INTEGRA’s pipettes particularly easy to understand and intuitive to use.
Simply mount an INTEGRA VOYAGER electronic pipette with electronically adjustable tip spacing onto the ASSIST PLUS pipetting robot, choose a pipetting protocol, add a tip rack and your labware. Press RUN and ASSIST PLUS will automatically carry out the full workflow
Uses
Transfers from tubes to plates
Cell seeding
Screening applications and genotyping
qRT-PCR Assay Setup using a VOYAGER
VIAFLO 96 | VIAFLO 384
24, 96 And 384 Channel Handheld Electronic Pipettes
VIAFLO 96 and VIAFLO 384 enable transfers of 24, 96 and 384 samples in a single step, thus increasing pipetting throughput and reproducibility significantly. At a fraction of the cost, they often surpass throughput capabilities of even expensive robots.
Convenient hands-free operation
The hands-free automatic mode enables the instrument to move and pipette on its own, for maximum reproducibility, especially in tight spaces such as a laminar flow cabinet.
Versatile in channels and volumes
The VIAFLO 96 and VIAFLO 384 base unit work together with 24, 96 or 384 channel pipetting heads. These are removable and take less than one minute to install. With these heads, the number of channels and volume range which can be used with the one base unit is enormous.
24 Channel Pipetting Heads
10 – 300 µl
50 – 1250 µl
96 Channel Pipetting Heads
0.5 – 12.5 µl
2 – 50 µl
5 – 125 µl
10 – 300 µl
50 – 1250 µl
384 Channel Pipetting Heads
0.5 – 12.5 µl
2 – 50 µl
5 – 125 µl
GRIPTIPS® Pipette Tips Which Never Leak or Fall off
Losing a tip during an
assay preparation can ruin hours of work. Also a reliable sealing between tip and fitting to avoid dripping tips is of key importance for accurate pipetting.
INTEGRA has redesigned the connection between pipette tip and tip fitting to eliminate these issues. The unique GRIPTIPS® PIPETTE TIPS are comfortably loaded and ejected without any physical effort due to a power assisted mechanism activated by a push button. The loading procedure also guarantees that GRIPTIPS® are not touched by the user and remain sterile.
Uses
VIAFLO 96 and VIAFLO 384 fill microplates within seconds by transferring up to 384 samples simultaneously. It reduces pipetting errors and increases pipetting reproducibility as all samples are transferred the same way.
Typical applications of reservoir to plate transfers are:
- Compound additions
- Medium exchange
- Cell seeding
- Addition of buffers and reagents (e.g. ELISA handling)
Plate duplication, supernatant transfers and plate reformatting
- Plate duplication
- Supernatant transfers
- Plate reformatting 24 to 96 well plate
- Plate reformatting 96 to 384 well plate
- Plate reformatting 384 to 1536 well plate
Performing serial dilutions, mixing or resuspending contents
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