CORNING Lambda Plus User manual

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Corning Incorporated
Life Sciences
Tower 2, 4th Floor
900 Chelmsford St.
Lowell, MA 01851
t 800.491.1110
t 978.442.2200
f 978.442.2476
www.corning.com/lifesciences
Instruction Manual
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S
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6B
S
S
5
5A
5B
6
6A
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CONTENTS
1 - Introduction
2 - Setting The Volume
3 - Aspirating And Dispensing Liquids
4 - Pre-Rinsing
5 - Dense And Viscous Liquids
6 - Corning®Pipet Tips
7 - Recommendations
8 - Recalibration
9 - Troubleshooting
10 - Cleaning And Sterilization
11 - Pipettor Kit
12 - Spare Parts
1 - INTRODUCTION
The Lambda™Plus single-channel pipettor is a volu-
metric instrument designed to measure and transfer liq-
uids precisely and safely. It can accommodate volumes
from 0.1 μL to 1000 μL depending on the model.
All Lambda™Plus single-channel pipettors feature a digi-
tal counter which shows the pipetting volume. The set vol-
ume is visible in the window on the handle. Volumes are
set by either turning the pipetting pushbutton (Fig. 1A2) or
the adjustment knob (Fig. 1B) in the correct direction. The
pipettor design allows the user to lock the volume setting
by sliding the locking ring upwards (Fig.1S). The symbols
printed on the handle show which position is locked and
unlocked. The volume range of each model is shown on
the pipetting pushbutton (Fig. 1A1).
Lambda™Plus single-channel pipettors
are produced in
6 models, covering the volume range from 0.1 μL to
1000 μL.
1
Liquids are aspirated into disposable tips attached to the
pipettor shaft. Disposable tips ensure maximum safety
and eliminate the possibility of cross-contamination of
the liquid samples.
To protect the user from contaminated tips, the
Lambda™Plus single-channel pipettor is fitted with a
built-in tip ejector (Fig. 1D).
The ejector length can be adjusted to accommodate
virtually every type of tip available on the market. When
using narrow tubes, it may be necessary to remove the
tip ejector. This is done simply by pulling down.
Adjusting of the Tip Ejector Length
- in 2-1000 μL Pipettors (Fig. 6A).
The "H“ spacers, included with each pipettor, allow the
ejector length to be adjusted by +1mm or +2mm.
An ”H0” spacer is fitted as standard. The outside shape
of the spacer identifies the adjustment.
- in 2 and 10 μL Pipettors (Fig. 6B)
The 2 μL - 10 μL pipettors may require the use of an ejec-
tor cap "M" to efficiently eject certain brands of pipettor
tips. Simply place the cap, supplied with the pipettor, on
the bottom of the pipettor shaft and slide the cap upwards
until it surrounds the bottom of the tip ejector. The Lamb-
da™Plus single-channel pipettor is a high quality instru-
ment which offers excellent accuracy and precision.
The accuracy and precision (repeatability) of liquid volume
depends on the quality of pipettor tips used. The values for
accuracy
and precision shown in the table below were
obtained using Corning®tips. Only these tips guarantee
correct
operation of the pipettors and ensure accuracy and
precision
of liquid sampling.
2
2, 10
20, 100, 200, 1000
Measurement and transfer of micro-volumes,
DNA sequencing and enzyme-assay applications.
Measurement and transfer of general
aqueous solution, acids and bases
Model
2
10
20
100
200
1000
Volume range [μL]
0.1 - 2
0.5 - 10
2 - 20
10 - 100
20 - 200
100 - 1000
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Model
Volume
[μL]
Accuracy
[%]
Precision
[%]
2
10
20
100
200
1000
0.2
1.0
Max 2.0
Min 0.5
5.0
Max 10.0
Min 2
10
Max 20
Min 10
50
Max 100
Min 20
100
Max 200
Min 100
500
Max 1000
± 12.0
± 2.7
± 1.5
± 4.0
± 1.0
± 0.5
± 3.0
± 1.0
± 0.8
± 1.6
± 0.8
± 0.8
± 1.2
± 0.8
± 0.6
± 1.6
± 0.7
± 0.6
± 6.0
± 1.3
± 0.7
± 2.8
± 0.6
± 0.4
± 1.5
± 0.5
± 0.3
± 0.80
± 0.24
± 0.20
± 0.60
± 0.25
± 0.20
± 0.40
± 0.20
± 0.15
The accuracy and precision are obtained gravimetrically
using Corning tips, performing at least 10 measure ments
of distilled water at a temperature of 20±1°C, according
to EN ISO 8655 standard.
The design enables the user to recalibrate the pipettor
themselves according to the rules described in section 8.
2 - SETTING THE VOLUME
Setting the volume of the aspirated liquid can be done
either using the pipetting pushbutton (Fig. 1A2) or by the
adjustment knob (Fig. 1B). The volume display shown by
the counter has three digits. These should be read from
top to bottom. The lowest counter dial shows a scale
which allows volume setting in the minimum
graduation range. Examples of the black and red digits:
Pipettor 2
Red figures at the bottom = 1/100 μL
Increment = 0.002 μL
Pipettor 10, 20
Red figures at the bottom = 1/10 μL
Increment = 0.02 μL
3
Pipettor 100, 200
Black figures only = 1 μL
Increment = 0.2 μL
Pipettor 1000
Red figures at the top - mL
Increment = 2 μL
To set the required volume, use the lower section of the
pipetting pushbutton (Fig. 1A2) or the adjustment
knob
(Fig. 1B), to increase or reduce the volume. The volume
adjustment can only be performed when the locking ring is
set in the lower position (Fig.5A).
When the desired volume is set, the locking ring should be
moved to the upper position (Fig. 5B). All volume setting
procedures should end in the the reduction of volume
setting from a position just above the desired level to that
level. As further examples:
• When moving from a high volume setting to a lower
value, the pushbutton or adjustment knob should be
rotated at normal speed, clockwise, to take the setting
just above the desired level. It should then be further
rotated very slowly till the desired volume is shown on
the digital volume display.
•In the event that you overshoot the desired setting,
repeat the procedure by increasing the volume to
a position just above the desired volume and then once
again, slowly adjust clockwise to the desired level.
• When moving from a low volume setting to a higher
value, the pushbutton or adjustment knob should be
rotated at normal speed, counterclockwise, to take the
setting to a position just above the desired level. Then
slowly reverse the rotation clockwise and adjust back
until the desired volume is shown on the digital display.
• Once again, in the event that you overshoot the desired
setting, repeat the procedure by increasing the volume
to a position just above the desired volume and then
slowly adjust clockwise to the desired level.
• Following volume adjustment, move the locking ring to
the upper position, to lock the knob and prevent
accidental volume change.
4
2
2010
1000
200100
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3 - ASPIRATING AND DISPENSING LIQUIDS
Place a tip on the shaft of the pipettor. See Section 6 for
the appropriate tip. Press the tip on firmly using a slight
twisting motion. This will ensure an airtight seal.
Important: Never aspirate liquids into the Lambda™
Plus single-channel pipettor without a tip attached.
Aspiration
Press the pushbutton to the first positive stop, (Fig. 2A).
Holding the pipettor 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. If the pipet tip is not immersed to
the recommended depth or if the pipetting pushbutton is
rapidly released, air may enter the disposable tip.
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°.
•
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 depressed to the very end,
remove the pipettor by drawing the tip against the
inside surface of the receiving vessel.
•
Release the pushbutton to its starting position (Fig. 2E).
• Eject the tip by pressing the tip ejector button (Fig. 2F).
Remember to change the tip whenever a different kind
of liquid is to be sampled.
5
4 - PRE-RINSING
When pipetting liquids of higher viscosity or lower surface
tension than water (e.g. sera or organic solvents), a film of
liquid is formed on the inside wall of the pipet tip. This film
can create an error. As the film remains relatively
constant in successive pipetting operations with the same
tip, this error can be eliminated by forming the film before
transferring the first sample. This is done by aspi
ra ting
a sample and dispensing it back into the same vessel.
Now, as the film is already formed, all of the following
samples 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 - DENSE AND VISCOUS LIQUIDS
Lambda™Plus single-channel pipettors specifications of
accuracy and precision are based on pipetting distilled
water. Handling of liquids with physical qualities of densi-
ty, viscosity and surface
tension which differ substantially
from water may need gra
vimetrically checked compensa-
tion of the volume setting.
Normally the degree of error
resulting from heavy or viscous liquids is negligible if
pipetting is done slowly and carefully. It is most impor-
tant to give the liquids some time to react to the change
of pressure by holding the pipettor tip in its position for at
least 2 sec. after the aspiration and the blow out stroke.
If in extreme cases, this method of operation does not
result in accurate values, a compensation may be
achieved as follows:
Weigh the liquid pipettor when the
Lambda™ Plus
single-channel pipettor is set to the
nominal value. Then
calculate the set-off from the nominal
value:
Correction, value = 2 x nominal. val. -
- weight of the sample
- density of liquid
Check this operation once again and correct if necessary .
Note the corrected value for further pipetting of the same
kind of liquid.
γ
m
m
-
γ
6
Model
2
10
20, 100
200 1000
Immersion depth (mm)
≤1
≤1
2 – 3
2 – 4
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6 - CORNING®PIPET TIPS
Corning tips are made from high performance polypropy-
lene and their quality guarantees the precision and accu-
racy associated with the
Lambda™ Plus single-channel
pipettor. Strict control is maintained throughout the
manufacturing process to ensure the highest quality.
The accuracy and precision figures for the Lambda™Plus
single-channel pipettors are only guaranteed when
Corning
tips are used. The use of inferior quality tips will
seriously degrade the performance
of the Lambda™Plus
single-channel pipettor.
Pipet tips used for volumes between 0.1 μ L and 10 μ L
are used with Model 2 and 10.
Pipet tips used for volumes between 1
μ L and 200 μ L are
used with Models 20, 100 and 200.
Pipet tips used for volumes between 100
μ L and 1000 μ L
are used with Model 1000.
7 - RECOMMENDATIONS
Observing the following recommendations will ensure
maximum possible accuracy and precision of liquid
sampling.
• Make sure to operate the Lambda™Plus single-chan-
nel pipettor
slowly and smoothly.
• The depth of immersion in the sample liquid should be
the minimum necessary and should remain constant
during aspiration.
•
The Lambda™Plus single-channel pipettor 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 Lambda™Plus single-
channel pipettor
shaft. To prevent this:
- Press and release the pushbutton slowly and smoothly.
- Never turn the pipettor upside down.
- Never lay the pipettor on its side when there is liquid
in the tip.
7
• Never force the volume setting beyond its recommended
limits.
• When pipetting liquids with temperatures different from
the ambient temperature, it is recommended to pre-rinse
the tip several times before use.
• Do not pipettor liquids with temperatures above 70°C.
• When pipetting acids or corrosive solutions which emit
vapors, it is recommended to disassemble the shaft
and rinse the piston and seal with distilled water after
finishing the pipetting operation.
8 - RECALIBRATION
Lambda™Plus single-channel pipettors are calibrated
gravimetrically,
using Corning tips and distilled water, at a
temperature of 20±1°C, according to EN ISO 8655 stan-
dard.
If during pipettor 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 pipettor recalibration
procedure should be carried out.
Before starting the recalibration it is necessary to check
whether the following requirements have been met during
error determination:
• the ambient temperature, and the temperature of the
pipettor, tips and water was identical
• the density of the liquid used is 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 shown in sections 3 and 7 have been
met
If the above conditions are satisfied and the accuracy
error for selected volume given in section 1 exceeds the
permissible value, the pipettor 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.
8
Volume checked [μL] Balance sensitivity [mg]
0.1 - 10 ≤ 0.001
10 - 100 ≤ 0.01
> 100 ≤ 0.1
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9
Recalibration conditions:
Ambient temperature, the temperature of the pipettor,
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 measured
Recalibration procedure:
• Set the dose volume depending on the pipettor 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 multiplying
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:
• Remove the pipetting pushbutton (Fig. 4A),
Warning: The pipetting pushbutton consists of 2 parts:
the lower volume-setting section (Fig. 1A2) and the
upperbutton (Fig. 1A1). After removal of the pushbutton,
both parts will separate.
10
• 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 aspirated volume,
or counterclockwise to increase the volume. One full
turn of the calibration key changes the pipettor aspira-
tion
volume by the amount given in the table (Fig. 4C),
•
Take out the key and fix the pipetting pushbutton (Fig. 4D).
The pipetting pushbutton should be fixed by placing the
lower section on the arbor first (Fig. 1A2) and then the
button
(Fig. 1A1).
Determine the average aspirated volume. The average
volume should be within the permissible range shown in
the table. If the volume exceeds the values stated, the
recalibration procedure should be repeated.
When pipetting liquids with physical properties considerably
different from those of water, follow the rules as
described in section 5.
9 - TROUBLESHOOTING
If you notice an improper pipettor operation, identify the
cause and eliminate the fault. To do this, follow the
instructions in the sequence provided. Replacement of
parts should be required only occasionally and should
not occur under normal pipettor use.
Droplets of liquid remain in the pipet tip.
Possible cause The tip is emptied too fast.
Action Decrease the speed of pressing the
pipettor pushbutton.
Possible cause The tip wettability has increased due
to extensive use.
Action Replace the tip with a new one.
Droplets of air appear in the liquid aspirated into the tip.
Possible cause The pipet tip immersion is too shallow.
Action Immerse the tip deeper according to
the instructions.
Possible cause The pipet tip is incorrectly pressed
onto the pipettor shaft.
Action Press the pipet tip firmly.
Possible cause The tip is damaged or worn out due
to extensive use.
Model
Range
of the pipettor
volumes
[μL]
Preset
volume
[μL]
Permissible
volumes
[μL]
Volume change
ΔΔV for full turn
of the
calibration key [μL]
(24 increments)
2
10
20
100
200
1000
0.1 - 2
0.5 - 10
2 - 20
10 - 100
20 - 200
100 - 1000
0.2
0.5
2
10
20
100
0.176 - 0.224
0.48 - 0.52
1.94 - 2.06
9.84 - 10.16
19.76 - 20.24
98.4 - 101.6
0.06
0.33
0.63
2.50
6.30
25.00
Temperature [°C] Pressure [kPa]
95.0 101.3 105.0
20
21
22
23
24
25
1.0028
1.0030
1.0032
1.0034
1.0037
1.0039
1.0029
1.0031
1.0033
1.0035
1.0038
1.0040
1.0029
1.0031
1.0033
1.0036
1.0038
1.0040
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Action Replace the tip with a new one.
The pipettor incorrectly aspirates the liquid or liquid
drops out from the tip.
Possible cause The pipet tip is incorrectly pressed
onto the pipettor shaft.
Action Press the pipettor tip firmly.
Possible cause The shaft nut is loose (Fig. 3F).
Action Tighten the shaft nut.
Possible cause The sealing surface of the shaft is
cracked or scored.
Action Remove the tip ejector. Unscrew the
shaft nut, inspect the shaft and the
piston assembly. Replace the
damaged parts (see Section 12).
When reassembling the pipettor, the
nut should be hand tightened.
In the models 2, 10 and 20, the da-
mage of the shaft may also
cause a
damage of the piston assembly.
Replace the damaged parts (see Sec-
tion 12).
When reassembling the pipettor, the
nut should be hand tightened.
Possible cause Damage to the piston or seal due to
prolonged use with the solvents or
caustic liquids.
Action
Disassemble the pipettor 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 lubricant, included with each
pipettor. Following piston replace-
ment, a calibration procedure is
required.
Note: The parts of 2 and 10
pipettor
should be lubricated evently with a
minimum amount of lubricant.
Possible cause The pipettor is reassemled improperly.
Action Disassemble the pipettor and
reassemble it, observing the proper
sequence of steps (Fig. 3).
Possible cause No lubricant on the sealing elements.
11
Action Remove the tip ejector. Unscrew the
shaft nut, remove the shaft, piston
assembly, seal and O-ring. Rinse the
removed parts in distilled water and
dry thoroughly. Lightly lubricate the
inside surfaces of the seal and the
O-ring with the included lubricant.
Reassemble the pipettor in the
reverse order.
Possible cause Contamination of the inside of the
pipettor caused by extensive aspiration
of solvents or caustic liquids or
because liquid got inside the pipettor.
Action Remove the tip ejector. Unscrew the
nut, remove the shaft, piston assembly ,
seal and O-ring. Rinse the removed
parts with distilled water and dry
thoroughly. Lightly lubricate the
inside surfaces of the seal and the
O-ring with the lubricant. Reassemble
the pipettor in the reverse order.
If you find an increase in the pipetting force, which
could happen after repetitive autoclaving of the pipettor:
Action Remove the tip ejector. Unscrew 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 pipettor. Reassemble the pipet-
tor in the opposite order.
Note: All parts of the pipettor can
be autoclaved (see Section 10).
If the problem continues after carrying out the above
steps, contact your Corning representative.
Before returning the pipettor, please ensure that the
pipettor 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 pipettor.
12
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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
pipettor during pipettor disassembly may be washed
with distilled water or isopropyl alcohol.
Sterilization:
The pipettor can be sterilized in an autoclave at 121°C for
20 minutes. After sterilization, the pipettor should be
dried and cooled to room temperature.
It is recommended to:
- unscrew the shaft nut slightly prior to sterilization and re-
tighten after autoclaving,
- set the locking ring in lower (unlocked) position prior to
sterilization,
- sterilize the pipettors in autoclave with an initial vacuum
and drying cycle.
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 pipettor after the initial first,
third and fifth autoclaving cycles and then after every
10 autoclaving cycles.
11 - PIPETTOR KIT
The materials are delivered in this kit include:
• Pipettor
• Instruction manual
• Calibration key
• Ejector length adjustment spacers
• Ejector cap (for pipettor models 2, 10)
• Identification labels
• Lubricant
• Color identification rings
12 - SPARE PARTS
The spare parts indicated in Fig.1, 3, 4, 5 and 6 that is:
A: Pipetting pushbutton A1: Pushbutton A2: Knob
B: Adjustment knob
C: Shaft
D: Ejector
F: Shaft nut
G: Piston assembly
H: Spacer
I: O-ring
J: Seal
K: Calibration key
M: Ejector cap
N: Ejector pushbutton
P: Identification ring
S: Locking ring
Please contact Corning Customer Service to inquire
about availability of spare parts. Model of pipettor and
name of the part required should be specified.
To find your nearest service center and for technical
support, visit http://www.corning.com/lifesciences
The replacement of the plunger requires conducting
the calibration procedure according to section 8.
13 14
LB/04/2010
All rights reserved. Product described in this manual is subject to availability
and technical modification. Errors excepted.
Corning reserves the right to improve, enhance or otherwise modify its
products without prior notification.
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WARRANTY STATEMENT
Corning Incorporated (Corning) warrants that this product will
be free from defects in material and workmanship for a period of
three (3) years from date of purchase. CORNING DISCLAIMS
ALL OTHER WARRANTIES WHETHER EXPRESSED OR
IMPLIED, INCLUDING ANY IMPLIED WARRANTIES OF
MERCHANTABILITY OR OF FITNESS FOR A PARTICULAR
PURPOSE. Corning’s sole obligation shall be to repair or
replace, at its option, any product or part thereof that proves
defective in material or workmanship within the warranty period,
provided the purchaser notifies Corning of any such defect.
Corning is not liable for any incidental or consequential dam-
ages, commercial loss or any other damages from the use of
this product.
This warranty is valid only if the product is used for its intended
purpose and within the guidelines specified in the supplied
instructions manual. This warranty does not cover damage
caused by accident, neglect, misuse, improper service, natural
forces or other causes not arising from defects in the original
material workmanship. This warranty does not cover the teflon
seal, o-ring, or shaft. Claims for transit damage should be filed
with the transportation carrier.
In the event this product fails within the specified period of time
because of a defect in material or workmanship, contact Corn-
ing’s Customer Service at the following numbers: USA: 1-800-
492-1110; Canada: 1-978-442-2200. For other regions of the
world please visit www.corning.com/lifesciences or see the
included instruction material for a list of World Wide Support
Offices.
Corning’s Customer Service team will help arrange local service
where available or coordinate a return authorization number and
shipping instructions. Products received without proper autho-
rization will be returned. All items returned for service should be
sent postage prepaid in the original packaging or other suitable
carton, padded to avoid damage. Corning will not be responsi-
ble for damage incurred by improper packaging. Corning may
elect for onsite service for larger equipment.
Some states do not allow limitation on the length of implied war-
ranties or exclusion or limitation of incidental or consequential
damages. This warranty gives you specific legal rights. You may
have other rights which vary from state to state.
No individual may accept for, or on behalf of Corning, any other
obligation of liability, or extend the period of this warranty.
LAMBDA PLUS LB-04-2010 260.9001.0.58 POGLADOWO 21-04-10 15:31 Page 20
Artisan Technology Group - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisantg.com

LAMBDA PLUS LB-04-2010 260.9001.0.58 POGLADOWO 21-04-10 15:31 Page 22
Artisan Technology Group - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisantg.com

Made in Poland
ASIA
Australia/New Zealand
t 0402-794-347
China
t 86 21-5407-4666
f 86 21-5407-5899
India
t 91-124-460400
f 91-124-4604099
Japan
t 81 3-3586 1996
f 81 3-3586 1291
Korea
t 82 2-796-9500
f 82 2-796-9300
Singapore
t 65 6733-6511
f 65 6861-2913
Taiwan
t 886-2-2716-0338
f 886 2-2716-0339
EUROPE
France
t 0800 916 882
f 0800 918 636
Germany
t 0800 101 1153
f 0800 101 2427
The Netherlands
t 31 20 655 79 28
f 31 20 659 76 73
United Kingdom
t 0800 376 8660
f 0800 279 1117
All other European
Countries
t 31 (0) 20 659 60 51
f 31 (0) 20 659 7673
LATIN AMERICA
Brasil
t (55-11) 3089-7419
f (55-11) 3167-0700
Mexico
t (52-81) 8158-8400
f (52-81) 8313-8589
Worldwide Support Offices
LAMBDA PLUS LB-04-2010 260.9001.0.58 POGLADOWO 21-04-10 15:31 Page 24
Artisan Technology Group - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisantg.com

Artisan Technology Group is your source for quality
new and certied-used/pre-owned equipment
• FAST SHIPPING AND
DELIVERY
• TENS OF THOUSANDS OF
IN-STOCK ITEMS
• EQUIPMENT DEMOS
• HUNDREDS OF
MANUFACTURERS
SUPPORTED
• LEASING/MONTHLY
RENTALS
• ITAR CERTIFIED
SECURE ASSET SOLUTIONS
SERVICE CENTER REPAIRS
Experienced engineers and technicians on staff
at our full-service, in-house repair center
WE BUY USED EQUIPMENT
Sell your excess, underutilized, and idle used equipment
We also offer credit for buy-backs and trade-ins
www.artisantg.com/WeBuyEquipment
REMOTE INSPECTION
Remotely inspect equipment before purchasing with
our interactive website at www.instraview.com
LOOKING FOR MORE INFORMATION?
Visit us on the web at www.artisantg.com for more
information on price quotations, drivers, technical
specications, manuals, and documentation
Contact us: (888) 88-SOURCE | [e-mail] | www.artisantg.com
SM
View
Instra