Labnet BioPette 5A Bedienungsanleitung

Labnet International, Inc.

BP/08/2004 OK*** 10/24/05 12:02 PM Page 1

BIOGENERICA S.R.L.

Your Partner for Life Science and Research Products

www.biogenerica.it

BIOGENERICA SRL - Via Pescara 7 Int.17/23 - 95030 Mascalucia (CT) - Tel. 095 7916288 Fax 095 2246205 - email: [email protected]

BIOGENERICA

BP/08/2004 OK*** 10/24/05 12:02 PM Page 2

BIOGENERICA S.R.L.

Your Partner for Life Science and Research Products

www.biogenerica.it

BIOGENERICA SRL - Via Pescara 7 Int.17/23 - 95030 Mascalucia (CT) - Tel. 095 7916288 Fax 095 2246205 - email: [email protected]

BIOGENERICA

4A 4B 4C 4D

2-1000 µl

5000, 10000 µl

BP/08/2004 OK*** 10/24/05 12:02 PM Page 4

BIOGENERICA S.R.L.

Your Partner for Life Science and Research Products

www.biogenerica.it

BIOGENERICA SRL - Via Pescara 7 Int.17/23 - 95030 Mascalucia (CT) - Tel. 095 7916288 Fax 095 2246205 - email: [email protected]

BIOGENERICA

CONTENTS

1 - INTRODUCTION

2 - SETTING THE VOLUME

3 - OPERATION

4 - PRE-RINSING

5 - DENSE AND VISCOUS LI UIDS

6 - LABNET PIPETTE TIPS

7 - RECOMMENDATIONS

8 - RECALIBRATION

9 - TROUBLESHOOTING

10 - CLEANING AND STERILIZATION

11 - PIPETTE KIT AND ACCESSORIES

12 - SPARE PARTS

1 - INTRODUCTION

The

BioPette™

is a volumetric instrument desig-

ned to measure and transfer liquids precisely

and safely. It can measure and transfer volumes

from 0.1 µl to 10000 µl depending on the model.

The BioPette™ has a digital counter displaying

the set volume. The set volume is visible in the

window on the handle. The setting of the volume

is done by turning of the pipetting pushbutton

knob (Fig. 1A2) or by turning of the black

knurled adjustment knob (Fig. 1B) in the right

direction. The volume range is shown on the

pipetting pushbutton (Fig. 1A1).

The volume

range from 0.1 µl to 10000 µl is covered by

eight pipette models.

The

BioPette™

uses disposable polypropylene

tips, Fig. 1E. The disposable tips ensure maxi-

mum safety for the user and no cross contamina-

tion between samples. To protect the user

from contamination by the tips, the

BioPette™

is equipped with a built-in tip ejector, Fig. 1D.

When using very narrow test tubes, it may be

necessary to remove the tip ejector. It is simply

removed by pulling down.

Ad usting Tip E ector length

- models BP2 to BP1000 pipettes (Fig. 5A)

The interchangeable “H” spacers, included in the

box, allow for adjusting the length of the tip ejector

by +1 mm or +2 mm. An “H0” spacer is inserted

on a standard basis. The outside shape of the

spacer identifies the size change.

- in BP5000 and BP10000 µl pipettes (Fig. 5B).

The length of tip ejector is regulated by screwing

in or screwing out the tip ejector stem with a

screwdriver. Turn the screwdriver counter clock-

wise to increase the length of tip ejector, and

clockwise to reduce the length of tip ejector. The

ejector can be adjusted in the range of 5 mm.

If above described method of ejector adjustment is

not sufficient or the diameter of the ejector opening

is too large to eject the tip it is necessary to put the

ejector cap “M” onto the ejector, (Fig. 5C).

1 2

BP2, BP10

BP20, BP100,

BP200 and BP1000

BP5000

, BP10000

Measurement and transfer of micro-volumes,

DNA sequencing and enzyme-assay applications.

Measurement and transfer of general aqueous

solution, acids and bases

Measurement and transfer of large volumes

Model

BP2

BP10

BP20

BP100

BP200

BP1000

BP5000

BP10000

Volume range [µl]

0.1 - 2

0.5 - 10

2 - 20

10 - 100

20 - 200

100 - 1000

1000 - 5000

1000 - 10000

BP/08/2004 OK*** 10/24/05 12:02 PM Page 6

BIOGENERICA S.R.L.

Your Partner for Life Science and Research Products

www.biogenerica.it

BIOGENERICA SRL - Via Pescara 7 Int.17/23 - 95030 Mascalucia (CT) - Tel. 095 7916288 Fax 095 2246205 - email: [email protected]

BIOGENERICA

Adjusting the length of the ejector will enable you

to use your

BioPette™

with virtually any tip

found on the market.

The

BioPette™

is a high quality instrument

which offers excellent accuracy and precision.

The figures for accuracy and precision given in

the following table were obtained using

Labnet

tips. These figures are only guaranteed when

Labnet

tips are used.

These specifications are obtained in forward

mode, using a gravimetric method with the tem-

perature of the distilled water, tips and all other

conditions stabilized between 19°C and 21°C.

Number of measurements - minimum 10. The

values given include all components of error

due to both normal handwarming and the

changing of the tip.

Performance test: The pipette is calibrated in

accordance with EN ISO 8655. Performance

can be verified by checking the pipette using

the procedures outlined in the EN ISO 8655

standard.

The pipette design enables the user to perform

the recalibration process according to the rules

presented in section 8.

2 - SETTING THE VOLUME

The volume display consists of three numbers

and is read from top to bottom. The three num-

bers indicate the volume selected and are colo-

red black and red.

For the BP2, BP10, BP20, BP100 and BP200

pipettes, the numbers in black represent micro-

liters and the numbers in red represent tenths

and hundredths of microliters.

AN EXAMPLE F R EACH F THESE PIPETTES

IS GIVEN BEL W

For the BP1000, BP5000 and BP10000 pipettes,

the numbers in red represent milliliters and the

numbers in black represent microliters.

AN EXAMPLE F R EACH F THESE PIPETTES

IS GIVEN BEL W

The volume of the pipette is set by the knob in

the pipetting pushbutton (Fig. 1A2) or by the

black adjustment knob (Fig. 1B).

To attain the maximum accuracy, set volume

must be approached from a higher value. If the

desired value is lower than the previous value,

simply use the knob in the pushbutton (Fig. 1A2)

or the black adjustment knob (Fig. 1B) to adjust

BP1000

0.75 ml

BP5000

1.25 ml

BP10000

7.5 ml

BP2

1.25 µl 7.5 µl 12.50 µl 75 µl 125 µl

BP10 BP20 BP100 BP200

3 4

Model Volume

[µl]

Accuracy

[%]

Precision

[%]

BP2

0.2

1.0

Max. 2.0

± 12.0

± 2.7

± 1.5

± 6.0

± 1.3

± 0.7

BP10

Min. 0.5

5.0

Max. 10.0

± 4.0

± 1.0

± 0.5

± 2.8

± 0.6

± 0.4

BP20

Min. 2

Max. 20

± 3.0

± 1.0

± 0.8

± 1.5

± 0.5

± 0.3

BP100

Min. 10

Max. 100

± 1.6

± 0.8

± 0.80

± 0.24

± 0.20

BP200

Min. 20

100

Max. 200

± 1.2

± 0.8

± 0.6

± 0.60

± 0.25

± 0.20

BP1000

Min. 100

500

Max. 1000

± 0.9

± 0.7

± 0.6

± 0.40

± 0.20

± 0.15

BP5000

Min. 1000

2500

Max. 5000

± 0.6

± 0.5

± 0.25

± 0.20

± 0.15

BP10000

Min. 1000

5000

Max.10000

±2.5

±0.8

± 0.5

±0.6

± 0.3

± 0.2

SPECIFICATIONS

BP/08/2004 OK*** 10/24/05 12:02 PM Page 8

BIOGENERICA S.R.L.

Your Partner for Life Science and Research Products

www.biogenerica.it

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BIOGENERICA

the value down to 1/3 turn above the required set-

ting. If the desired value is higher than the pre-

vious value, use the knob in the pushbutton or the

black adjustment ring to adjust the value to 1/3

turn above the required value. The setting should

then be performed in the following manner:

With the volume set to 1/3 above the required

setting, slowly turn the pipetting pushbutton

knob or the black adjustment knob to the

required volume.

If the knob is accidentally turned too far, ie is

set lower than the required value, the process

must be repeated. The approach to the set vol-

ume must always be made in the order of

decreasing value.

3 - OPERATION

Place a tip on the shaft of the pipette. See

Section 6 for the appropriate tip. Press the tip

on firmly using a slight twisting motion to

ensure a positive, airtight seal.

Note: Never handle a liquid with a

BioPette™

which has not been fitted with a tip.

Aspiration

Press the pushbutton to the first positive stop,

Fig. 2A. Holding the pipette vertically, immerse

the tip into the sample liquid. The depth to

which the tip is immersed in the sample liquid

depends on the model.

Release the pushbutton slowly and smoothly to

aspirate the sample, Fig. 2B. Wait one second

and then withdraw the tip from the liquid. Wipe

any droplets away from the outside of the tip

using a medical wipe.

Avoid touching the orifice of the tip.

Dispensing

• Place the end of the tip against the inside wall

of the vessel at an angle of 10 to 40 degrees.

•Press the pushbutton smoothly to the first

stop, Fig. 2C. Wait one second.

• Press the pushbutton to the second stop to

expel any remaining liquid, Fig. 2D.

• Keeping the pushbutton pressed to the end,

remove the pipette by drawing the tip along

the inside surface of the vessel.

• Release the pushbutton, Fig. 2E.

• Eject the tip by pressing the tip ejector button,

Fig. 2F. It is only necessary to change the tip if

a different liquid is being sampled or if the volu-

meter setting is changed.

Filters

A replaceable filter installed in a seat in the bot-

tom part of the shaft is used in 5000 µl and

10000 µl pipettes (Fig. 3L). The filter prevents

the aspirated liquid from entering into the shaft

and thus from polluting the inside of the shaft

and the piston. Using the filter is especially

important when aspirating and dispensing large

volumes of liquid.

If the filter becomes wet during liquid aspiration

it should be replaced with a new one.

4 - PRE-RINSING

When pipetting liquids which have a viscosity

and density different than water, for example

organic solvents, a film of liquid is formed on

the inside wall of the pipette tip. This film can

create an error. Since the film remains relatively

constant in successive pipetting operations with

the same tip, this error can be avoided by form-

ing the film before transferring the first sample.

This is done by aspirating a sample and dis-

pensing it back into the same vessel. Since the

film is already formed, all of the following sam-

ples will have better accuracy and repeatability.

This pre-rinsing operation should be repeated

when the volume to be aspirated is changed or

when a new tip is used.

5 6

2 and

20 and

100

200 and

1000

5000, BP10000

≤1 mm

2 - 3 mm

2 - 4 mm

3 - 6 mm

BP/08/2004 OK*** 10/24/05 12:02 PM Page 10

BIOGENERICA S.R.L.

Your Partner for Life Science and Research Products

www.biogenerica.it

BIOGENERICA SRL - Via Pescara 7 Int.17/23 - 95030 Mascalucia (CT) - Tel. 095 7916288 Fax 095 2246205 - email: [email protected]

BIOGENERICA

5 - DENSE AND VISCOUS LIQUIDS

For moderately dense or viscous liquids, com-

pensation is possible by setting the volumeter

higher than the required value.

For liquids which are less dense than water,

compensation is possible by setting the volu-

meter lower than the required value.

Example: to transfer 10 µl of serum using

BioPette™

model BP20

Set the volumeter to 10 µl. Aspirate a volume of

liquid and measure it gravimetrically. If the cor-

responding volume is measured as 9.5 µl, the

error is 0.5 µl. Increase the volumeter setting by

0.5 µl to 10.5 µl and repeat the measurement.

If the second measurement is not accurate

enough, adjust the volumeter up or down to

take account of the remaining error.

When dispensing dense or viscous liquids, wait

one or two seconds longer at the first stop

before expelling the residual liquid.

6 - LABNET PIPETTE TIPS

Labnet

tips are made from high performance

polypropylene and their quality guarantees the

precision and accuracy associated with the

BioPette™

Strict control is maintained throughout the man-

ufacturing process to ensure the highest quality.

The accuracy and precision figures for the

BioPette™ are only guaranteed when

Labnet

tips are used. The use of inferior quality tips will

seriously degrade the performance of the

BioPette™.

Some

Labnet

tips are color coded and corre-

spond to the color on the pushbutton.

White tips 10

These tips are used for volumes between 0.1 µl

and 10 µl. They are used with the BP2 and the

BP10 models.

Yellow tips 200

These tips are used for volumes between 2 µl

and 200 µl. They are used with the BP20,

BP100, and the BP200 models.

Blue tips 1000

These tips are used for volumes between 100 µl

and 1000 µl. They are used with the BP1000

model.

White tips 5000

These tips are used for volumes between 1000 µl

and 5000 µl. They are used with the BP5000

model.

White tips 10000

These tips are used for volumes between 1000 µl

and 10000 µl. They are used with the BP10000

model.

7 - RECOMMENDATIONS

The recommendations below will ensure maxi-

mum accuracy and precision from your

BioPette™

• Make sure to operate the

BioPette™

slowly and

smoothly.

• The depth of immersion in the sample liquid

should be the minimum necessary and

should remain constant during aspiration.

• The

BioPette™

should be held in a vertical

position.

• Change the tip when volume setting is changed

or when a different liquid is to be aspirated.

• Change the tip if a droplet remains on the end

of the tip from the previous pipetting operation.

• Each new tip should be pre-rinsed with the

liquid to be pipetted.

• Liquid should never enter the

BioPette™

shaft. To prevent this:

- Press and release the pushbutton slowly and

smoothly

- Never turn the pipette upside down

- Never lay the pipette on its side when

there is liquid in the tip.

• Never force the volumeter beyond its recom-

mended limits.

• When pipetting liquids with temperatures dif-

ferent from the ambient temperature, it is rec-

ommended to pre-rinse the tip several times

before use.

7 8

BP/08/2004 OK*** 10/24/05 12:02 PM Page 12

BIOGENERICA S.R.L.

Your Partner for Life Science and Research Products

www.biogenerica.it

BIOGENERICA SRL - Via Pescara 7 Int.17/23 - 95030 Mascalucia (CT) - Tel. 095 7916288 Fax 095 2246205 - email: [email protected]

BIOGENERICA

• Do not pipette liquids with temperatures

above 70°C.

• When pipetting acids or corrosive solutions

which emit vapors, it is recommended to dis-

assemble the shaft and to rinse the piston

and seal with distilled water after finishing the

pipetting operation.

8 - RECALIBRATION

The pipette is calibrated by gravimetric method,

using distilled water, at the temperature 20±1°C,

according to EN ISO 8655 standard.

If during pipette operation you find that the

accuracy error (the difference between the real

aspirated volume and the preset volume)

exceeds the permissible value given in the table

in section 1, the pipette recalibration procedure

should be carried out.

Before starting the recalibration it is necessary

to check whether the following requirements

have been fulfilled during error determination:

• the ambient temperature, and the temperature

of the pipette, tips and water was identical

• the density of the liquid used was close to that

of distilled water

•a balance with appropriate sensitivity has

been used

• mg/µl conversion factor has been taken into

account

•the requirements given in sections 3 and 7

have been fulfilled

If the above conditions are satisfied and the ac-

curacy error for selected volume given in section

1 exceeds the permissible value, the pipette

recalibration procedure should be carried out.

The recalibration can be performed within

one full turn of the key to the right or to the

left only.

Recalibration conditions:

• Ambient temperature and the temperature of

the pipette, tips and liquid should be within

the range 20-25°C and stabilized during

weighing within ±0.5°C

•Measurements should be conducted using

distilled water

• Balance sensitivity should be suitable for the

volume to be controlled.

Recalibration procedure:

• Set the dose volume depending on the pipette

volume according to the following table:

•Perform 5 aspirations, weigh each one and

calculate the average value of the aspirations

• Calculate average aspirated volume in µl mul-

tiplying the average aspiration amount [mg]

by the distilled water density coefficient

[µl/mg], which depends on temperature and

pressure according to the following table:

If the average aspirated volume exceeds the

permissible value, the following should be done:

910

Volume checked

[µl]

0.1 - 10

10 - 100

> 100

Balance sensitivity

[mg]

≤0.001

≤0.01

≤0.1

Temperature [°C] Pressure [kPa]

95 0 .3 05

20 .0028 .0029 .0029

2 .0030 .003 .003

22 .0032 .0033 .0033

23 .0034 .0035 .0036

24 .0037 .0038 .0038

25 .0039 .0040 .0040

BP2

BP 0

BP20

BP 00

BP200

BP 000

BP5000

BP 0000

0. - 2

0.5 - 0

2 - 20

0 - 00

20 - 200

00 - 000

000 - 5000

000 - 0000

0.2

0.5

000

0. 76 - 0.224

0.48 - 0.52

.92 - 2.08

9.84 - 0. 6

9,76 - 20.24

99. - 00.9

994 - 006

975 - 025

0.06

0.33

0.63

2.50

6.30

25.00

250.00

Model

Range

of the pipette

volumes [µl]

Preset

volume

[µl]

Permissible

volumes

[µl]

Volume change ∆V

for full turn of the

calibration key

[µl]

(24 increments)

BP/08/2004 OK*** 10/24/05 12:02 PM Page 14

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BIOGENERICA

• Remove the pipetting pushbutton, (Fig. 4A)

Warning: The pipetting pushbutton consists of

2 parts: the knob (Fig. 1A2) and the pushbut-

ton (Fig. 1A1). After removal of the pushbutton,

both parts are separated.

•Holding the volume setting knob to protect

it against rotation, insert the calibration key

into the cuts of the calibration screw, (Fig. 4B)

• Turn the key clockwise to reduce the aspirat-

ed volume, or counter-clockwise to increase

the volume, (Fig. 4C). One full turn of the cali-

bration key changes the pipette aspiration vol-

ume by the amount given in the table

• Take out the key and fix the pipetting push-

button (Fig. 4D).The pipetting pushbutton

should be fixed by placing the knob on the

arbor first (Fig. 1A2) and then the pushbutton

(Fig. 1A1).

Determine the average aspirated volume. The

average volume should be within the permissi-

ble range given in the table. If the volume

exceeds the values stated, the recalibration pro-

cedure should be repeated.

When pipetting liquids with physical properties

considerably different from those of water, fol-

low the rules given in section 5.

9 - TROUBLESHOOTING

If you notice an improper pipette operation

identify the cause and eliminate the fault. To do

this, follow the instruction in the sequence pro-

vided. Replacement of parts should be required

only occasionally, and should not occur under

normal pipette use.

Droplets of liquid remain in the pipette tip.

• The tip is emptied too fast.

Decrease the speed of pressing the pipette

pushbutton.

• The tip wettability has increased due to exten-

sive use.

Replace the tip with a new one.

Droplets of air appear in the liquid aspirated

into the tip.

• The pipette tip immersion is too shallow.

Immerse the tip deeper according to the

instructions.

• The pipette tip is incorrectly pressed onto the

pipette shaft.

Press the pipette firmly.

• The tip is damaged or worn out due to exten-

sive use.

Replace the tip with a new one.

The pipette incorrectly aspirates the liquid or

liquid drops out from the tip.

• The pipette tip is incorrectly pressed onto the

pipette shaft.

Press the pipette tip firmly.

•

The shaft nut is loose (Fig. 3F) in the models

BP2-BP1000

Tighten the shaft nut.

• The sealing surface of the shaft is cracked or

scored.

Remove the tip ejector. nscrew the shaft nut,

inspect the shaft and the piston assembly.

Replace the damaged parts (see Section 12).

When reasembling

the pipette, the nut

should be hand tightened.

In the models BP2, BP10 and BP20, the dam-

age of the shaft may also cause a damage of

the piston assembly. Replace the damaged

parts (see Section 12).

When reasembling the pipette, the nut

should be hand tightened.

To remove the tip ejector in models BP5000

and BP10000, remove the ejector pushbut-

ton (Fig. 3N) and using a screwdriver

unscrew the tip ejector by turning the

screwdriver counter-clockwise.

• Damage to the piston or seal due to prolon-

ged use with the aggressive liquids.

Disassemble the pipette as described

above.

Replace the piston,seal and O-ring

(see Section 12). Rinse the inside of the

shaft in distilled water and dry.

Lubricate the seal and O-ring with the lubri-

cant, that has been included with each

pipette.

The replacement of the piston requires

conducting of the calibration procedure.

11 12

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BIOGENERICA S.R.L.

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www.biogenerica.it

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BIOGENERICA

Note: The parts of BP2 and BP10 pipette

should be lubricated evently with a mini-

mum amount of lubricant.

• The pipette is reassemled improperly.

Disassemble the pipette and reassemble it,

observing the proper sequence of steps

(Fig. 3).

• No lubricant on the sealing elements.

Remove the tip ejector. nscrew the shaft

nut, remove the shaft, piston assembly, seal

and O-ring. Rinse the removed parts in dis-

tilled water and dry thoroughly. Lightly

lubricate the inside surfaces of the seal and

the O-ring with the included lubricant.

Reassemble the pipette in the reverse order.

•Contamination of the inside of the pipette

caused by extensive aspiration of chemically

aggressive liquids or because liquid got inside

the pipette.

Remove the tip ejector. nscrew the nut,

remove the shaft, piston assembly, seal and

O-ring. Rinse the removed parts with dis-

tilled water and dry thor oughly. Lightly

lubricate the inside surfaces of the seal and

the O-ring with the lubricant. Reassemble

the pipette in the reverse order.

If you find an increase in the pipetting force,

which could happen after repetitive autoclav-

ing of the pipette:

Remove the tip ejector. nscrew the shaft nut,

and then remove the shaft, piston assembly,

seal and O-ring. Rinse the removed parts in

distilled water and dry. Lubricate the internal

surfaces of the seal and O-ring with lubricant

that has been included with each pipette.

Reassemble the pipette in opposite order.

Note: All parts of the pipette can be auto-

claved (see Section 10)

The shaft of the 5000 and 10000 models

should be autoclaved without the filter.

If the problem continues after carrying out the

above steps, contact your Labnet representa-

tive.

Before returning the pipette, please ensure that

the pipette is completely free of any chemical,

radioactive or microbiological contamination

which could pose a threat during transport and

repair. As far as it is possible, clean the pipette.

10 - CLEANING AND STERILIZATION

Cleaning

External surfaces of the pipetting pushbutton,

the ejector pushbutton, the handgrip, the shaft

nut and the adjustment knob may be cleaned

using a cloth dampened in isopropyl alcohol.

The remaining parts removed from the pipette

during pipette disassembly may be washed

with distilled water or isopropyl alcohol.

Sterilization:

The pipette can be sterilized in the autoclave at

121°C for 20 minutes. After sterilization, the

pipette should be dried and cooled to room

temperature.

It is recommended:

to sterilize the pipettes in an autoclave with an

initial

vacuum and drying cycle,

prior to sterilization unscrew the shaft nut slightly

in the BP2-BP1000 pipettes, and unscrew the

shaft slightly in the BP5000 and BP10000. After

autoclaving these parts should be screwed

tight again.

The precision of the results should not alter if the

pipetting process and autoclaving are carried out

as described in this manual. Because a slight

change in the accuracy of the dosage may

occur, it is recommended to:

- check the calibration of the pipette after the ini-

tial first, third and fifth autoclaving cycles and

then after every 10 autoclaving cycles.

13 14

BP/08/2004 OK*** 10/24/05 12:02 PM Page 18

BIOGENERICA S.R.L.

Your Partner for Life Science and Research Products

www.biogenerica.it

BIOGENERICA SRL - Via Pescara 7 Int.17/23 - 95030 Mascalucia (CT) - Tel. 095 7916288 Fax 095 2246205 - email: [email protected]

BIOGENERICA

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Labnet 25 Bedienungsanleitung

Labnet

Labnet S0200 Bedienungsanleitung

Labnet

Labnet C1601-B Bedienungsanleitung

Labnet

Labnet FASTPETTE Bedienungsanleitung

Beliebte Laborausrüstung Handbücher anderer Marken

Qiagen

Qiagen DML 3000 Bedienungsanleitung

Queensgate

Queensgate NANOSCAN OP400 Programmierhandbuch

Conviron

Conviron GEN1000-GE Bedienungsanleitung

Parr Instrument

Parr Instrument 4560 Bedienungsanleitung

IKA

IKA IC control Bedienungsanleitung

Integra

Integra DOSE IT Bedienungsanleitung

Agilent Technologies

Agilent Technologies 5800 ICP-OES Bedienungsanleitung

Endress+Hauser

Endress+Hauser Cleanfit CPA875 Bedienungsanleitung

NI PXI-5422 Handbuch

Collomix

Collomix Aqix Bedienungsanleitung

SPEX SamplePrep

SPEX SamplePrep 6875 Freezer/Mill Series Bedienungsanleitung

Ocean Insight

Ocean Insight FLAME-NIR+ Bedienungsanleitung

Parker

Parker ALIGN-MG-NA Bedienungsanleitung

BD 644787 Bedienungsanleitung

DENTAURUM

DENTAURUM Compact Megaplus Bedienungsanleitung

Biuged Laboratory Instruments

Biuged Laboratory Instruments BGD 626 Bedienungsanleitung

VWR

VWR SAS Super IAQ Bedienungsanleitung

illumina

illumina MiSeqDx Bedienungsanleitung