Labnet Enduro E0203 User manual

Labnet Enduro™ Power Supplies
Instruction Manual
This manual is available in additional languages at www.labnetlink.com.
Catalog Numbers:
High Amperage (250V)
E0203
E0203-230V
General Purpose (300V)
E0303
E0303-230V

Table of Contents
1.0 Warning: Federal Communications Commission Advisory ........................................1
2.0 Safety Information .............................................................................1
2.1 Avoiding Electrical Shock ....................................................................1
2.2 Avoiding Damage to the Instrument .........................................................1
3.0 Package Contents ..............................................................................1
3.1 Upon Receiving the Instrument..............................................................2
4.0 Specifications ..................................................................................2
5.0 Overview and Operational Modes ...............................................................3
6.0 Description of Buttons and Switches ............................................................3
7.0 Getting Started ................................................................................4
8.0 Recommendations .............................................................................4
9.0 Operating Instructions..........................................................................5
9.1 Constant Operation Protocol ................................................................5
9.2 Basic Programming Protocol (250V only) .....................................................6
10.0 Choosing Limiting Parameter Settings ..........................................................7
10.1 Voltage Limiting ...........................................................................7
10.2 Current Limiting ..........................................................................7
10.3 Power Limiting (250V only) ................................................................7
11.0 Troubleshooting ...............................................................................8
12.0 Ohm’s Law Conversions.........................................................................9
13.0 Common Errors Found with Electrophoresis Power Supplies ......................................9
14.0 Repair and Maintenance ..................................................................... 10
15.0 Limited Warranty............................................................................. 10
16.0 Equipment Disposal .......................................................................... 11

Instruction Manual | 1
1.0 Warning: Federal Communications Commission Advisory
This equipment has been tested and found to comply with the limits for a Class A digital device,
pursuant to part 15 of the FCC rules. These limits are designed to provide reasonable protection against
harmful interference when the equipment is operated in a commercial environment. This equipment
generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance
with the instruction manual, may cause harmful interference to radio communications. Operation of
this equipment in a residential area is likely to cause harmful interference in which case the user will be
required to correct the interference at their expense. Changes or modifications not expressly approved
by the party responsible for compliance could void the user’s authority to operate the equipment.
2.0 Safety Information
2.1 Avoiding Electrical Shock
The Labnet Enduro™ 250V and 300V Power Supplies produces up to 250 or 300 voltage outputs
respectively which, are electrically isolated from ground to reduce the risk of electrical shock to the user.
Please follow the guidelines below, and read this manual in its entirety to ensure safe operation of the
units described herein.
The Labnet Enduro Power Supplies have been designed for use with electrophoresis gel box systems
with shielded banana plugs thus minimizing any potential shock hazard to the user. Always use gel box
systems that are compatible with the Power Supply, have been designed for your specific applications,
and are suitable for the voltage, current, and power range of the Power Supply. To prevent accidental
electric shocks to the user, always use gel box systems that have safety lids. Labnet recommends against
the use of gel box systems and/or power leads that have unshielded banana plugs, thus minimizing any
potential shock hazard to the user.
To avoid electrical shock:
NEVER connect or disconnect wire leads from the power jacks when the red indicator light at the
Start/Stop key is on or when “RUNNING” is displayed on the screen.
WAIT at least 5 seconds after stopping a run before handling output leads or connected apparatus.
ALWAYS make sure that hands, work area, and instruments are clean and dry before making any
connections or operating the power supply.
ONLY connect the power supply to a properly grounded AC outlet.
2.2 Avoiding Damage to the Instrument
For proper ventilation, leave at least 10 cm of space behind the instrument, and at least 5 cm of space
on each side.
Do not operate the power supply in high humidity environments (>95%), or where condensation may occur.
To avoid condensation after operating the power supply in a cold room, wrap the unit in a plastic bag,
and allow at least 2 hours for the unit to equilibrate to room temperature before removing the bag
and operating the unit.
NOTE: If the unit is used in a manner not specified by the manufacturer, the protection provided
by the equipment may be impaired.
This symbol is used on the Labnet Enduro Power Supplies to indicate an area where a potential
shock hazard may exist.
3.0 Package Contents
Description Quantity
Labnet Enduro 250V or 300V Power Supply* 1 each
Instruction Manual 1 each
Fuse (additional) 1 each
Power Cord
E0203 or E0303 115V unit
E0203-230V or E0303-230V 230V unit
1 each (US)
2 each (UK, EU)
Warranty Card 1 each
*250V and 300V are ordered separately

2| LABNET ENDURO POWER SUPPLIES
3.1 Upon Receiving the Instrument
Examine the unit carefully for any damage incurred during transit. Any damage claims must
be filed with the carrier, keep the supplied box for inspection. The warranty does not cover
in-transit damage.
To ensure safe, reliable operation, always operate the Labnet Enduro™ Power Supply in
accordance with the manufacturer’s instructions. Always wear protective gloves and safety
glasses when working in a laboratory environment. See Safety Information and Warranty
Information in this manual.
4.0 Specications
250V 300V
Input power (switchable) 115 VAC, 50/60 Hz
230 VAC, 50/60 Hz
115 VAC, 50/60 Hz
230 VAC, 50/60 Hz
Fuse 4A/250V 2A/250V
Output power 300W 90W
Output voltage range 5 to 250V 2 to 300V
Output current range 10 to 3000 mA 4 to 500 mA
Operating modes
Constant voltage
Constant current
Constant power
1V step
10 mA step
1W step
1V step
1 mA step
–
Programmable Yes
Store file no.: 20
Program: up to 10 steps
No
–
–
250V and 300V
Duration Timer Approx. 99.99 hr./min.
Terminal pairs 4 positive voltage and 4 negative voltage
Crossover Automatic
Display type Backlit LCD graphic type
Display size (W x H) 2.11 x 0.62 in. (5.4 x 1.6 cm)
Pause function Yes
Safety features No load detection
Load change detection
Overload detection
Ground leak detection
Auto restart
Stackable Yes
Housing material Flame retardant ABS
Housing size (W x D x H) 7.9 x 12.4 x 3.4 in. (20 x 31.4 x 8.5 cm)
Operating temperature 0°C to 40°C
Environmental conditions 95% RH, 75 to 106 Kpa, Altitude not to exceed 2000 meters
Weight 5.4 lbs (2.45 kg)
Certifications CE; cETLus
Warranty 3 years

Instruction Manual | 3
5.0 Overview and Operational Modes
The Labnet Enduro™ Power Supplies are microprocessor-controlled power supplies that are designed to
meet most electrophoresis needs in a single, easy to use unit. The power supply’s small footprint and
stacking feature conserve valuable bench and wall mounted shelf space. The power supplies can run
various modes for constant voltage, constant current (250V and 300V) or constant power applications
and programming mode concurrently (only 250V).
The Labnet Enduro 250V Power Supply is designed to run applications at maximal power and
efficiency. This instrument is ideal for DNA/RNA electrophoresis, SDS-PAGE, native PAGE, Western
Blotting applications.
The Labnet Enduro 300V Power Supply is designed to efficiently handle multiple electrophoresis gel
tanks and use a small amount of lab space. This instrument is ideal for DNA/RNA electrophoresis and
mini-PAGE gels.
Both units are equipped with four sets of output jacks that can be used simultaneously. The Power
Supplies are equipped with a constant mode feature. The constant mode is used for applications that
require only one specific voltage limit, current limit, and power limit continuously during the entire
duration of electrophoresis.
This manual describes the setup and operation of Labnet Enduro 250V and 300V Power Supplies
including important information on safety and maintenance of the unit.
6.0 Description of Buttons and Switches
Front View of Labnet Enduro Power Supply
Rear View of Labnet Enduro Power Supply
Power Inlet
Voltage Selector
Power Switch
Fuse Drawer
LCD Display
Control Buttons
Output Jacks

4| LABNET ENDURO POWER SUPPLIES
Control Buttons
Up Arrow: Used to move cursor up between parameters and to increase numeric values.
Down Arrow: Used to move cursor down between parameters and to decrease numeric values.
Mode: Used to choose either Constant Voltage, Constant Current, or Constant Power mode, and sets
timer settings.
Constant: Used to set up parameters of Constant Voltage, Constant Current, or Constant Power.
Start/Pause: Used to start operation or temporarily interrupt power to an operation in progress
without terminating electrophoresis and to resume power after pausing without resetting the timer.
Stop: Used to stop operation from the Running Screen.
7.0 Getting Started
Installing the Labnet Enduro™ Power Supply
1. Check the label located near the AC inlet to ensure that the unit is compatible with locally provided
voltage.
2. Place the Labnet Enduro Power Supply on a level laboratory bench. Keep the area around the power
supply clear to ensure proper ventilation of the unit.
3. For your safety: Position the unit properly such that the power switch and the AC inlet located on the
rear of the unit are easily accessible.
4. Ensure the AC power switch is in the Off position.
5. Attach the power cord to the AC inlet. Use only properly grounded AC outlets and power cords.
6. Connect the leads from the electrophoresis unit; insert the red lead (+) into the red output jack, and
the black lead (-) into the black output jack.
8.0 Recommendations
The duration of electrophoresis can be defined in time (hours/minutes). When using this or any
electrophoresis product, we recommend that you adhere to the time provided in the protocol and
application manuals.
For best results when running multiple gels and electrophoresis units concurrently, avoid running
samples with differing buffer salt concentrations at the same time. Variations in conductivity due to
differences in buffer salt concentrations can affect the run of all the samples run at the same time.
Always properly prepare and desalt your samples.
NOTE: For best results, DO NOT use the Labnet Enduro Power Supply at its maximum electrical load
limits. Variations in buffer conditions can result in exceeding the power supply’s maximum voltage,
current, or power output capacity and produce undesirable variations in electrophoretic separations.

Instruction Manual | 5
9.0 Operating Instructions
9.1 Constant Operation Protocol
The Constant Voltage, Current (250V and 300V), or Power Mode (250V Only) allow you to specify a
voltage limit, current limit, and power limit to be used during the entire duration of electrophoresis.
Review the guidelines provided in this manual before starting electrophoresis using the Labnet Enduro™
Power Supplies.
A basic Constant Voltage, Constant Current, or Constant Power operating procedure of the Labnet
Enduro Power Supplies is provided below. We recommend reading the guidelines provided in this
manual for best results before starting an operation. The figures in section 9.1 are examples from
the 300V display screen. Please note that the 250V model has the same functionality herein with the
addition of constant power as viewed within the NOTE section of 9.1.
1. Press the Power Switch on the rear side of the instrument to turn on the Labnet Enduro Power
Supply. Upon start-up, the Display Screen on the front of the instrument will illuminate. The factory
default settings (or last settings used) will be displayed.
300V TIME:00:00
AMP:400mA
The chosen constant parameter (Voltage or Current) is displayed in bold on the left side of the
display.
The Timer is the first line on the top right, and the non-constant value is displayed in the second
line on the right side of the display screen.
2. Press Constant button to choose constant volt or amperage.
Choosing constant VOLT, the VOLT setting will be large. Amperage defaults to “maximum setting”
and TIME will be “0”.
300V TIME:00:00
AMP:400mA
Choosing constant AMP, the AMP setting will be large. VOLT will be “maximum value” and TIME
will be “0”.
400mA TIME:00:00
VOLT:300V
3. Press Mode to choose the large VOLT/AMP value on the left side of the display. VOLT/AMP is blinking,
press the Up or Down Arrow to increase or decrease value. NOTE: Parameters will blink for 5 seconds.
After 5 seconds, if you don’t press any button, the parameters will stop blinking and the value will be
entered.
400mA TIME:00:00
VOLT:300V
4. Press Mode. TIME is blinking, press the Up or Down Arrow to increase or decrease value. Time set to
00:00 means “continuous”, and the timer will count up. Time can be set for 00:01 to 99:99. The timer
will count down until the time is up and then stop the power supply.
400mA TIME:00:00
VOLT:300V
5. Press Mode. Smaller AMP/VOLT on the right side of the display is blinking, press the Up or Down
Arrow to increase or decrease the value.
400mA TIME:00:00
VOLT:300V
6. Press Start/Pause to start the power supply. The parameters will stop blinking and the “run” LED will
illuminate. “CONSTANT VOLT/AMP” will show on the display.
400mA TIME:00:00
VOLT:300V
CONSTANT AMP

6| LABNET ENDURO POWER SUPPLIES
7. Press Start/Pause again to pause power supply, and the “run” LED will flash. To change the run
settings, press MODE (see Step 3).
400mA TIME:00:00
VOLT:300V
PAUSE
8. When the run is completed the power supply will beep and the screen displays TIME UP.
400mA TIME:00:00
VOLT:300V
TIME UP
9. Press Stop to stop the powers supply. The “run” LED and the power to the output jacks will be off.
400mA TIME:00:00
VOLT:300V
NOTE: After stopping and restarting an operation, the timer resets to selected time and does not take
into account the time that electrophoresis was in progress before it was stopped.
Follow the same steps above for constant power mode with the 250V power supply. Notice W is the
large value and select volt and amp values according to your protocol.
10W
TIME:00:00
VOLT:300V
AMP:3.00A
9.2 Basic Programming Protocol (250V only)
A basic Programmable Mode operating procedure of the Labnet Enduro™ 250V Volt Power Supply is
provided below. We recommend reading the guidelines provided in this manual for best results before
starting an operation. The Programmable Mode allows you to vary levels in voltage (V), current (mA), and
power (W) during specified periods of time as discrete changes (STEP) for up to 10 steps, depending upon
your electrophoresis needs.
Selecting a program
1. Select Program Mode by scrolling down using the ▼key.
2. When highlighted press Mode key.
3. Select file number using the a ▼▲ arrow keys.
4. When file number is located press the Mode key.
5. Select the number of steps by using the arrow ▼▲ arrow keys.
6. To enter the parameters of the run press the Mode key.
7. Voltage will appear on the display to enter voltage press Mode key.
8. To change voltage, use the ▼▲ arrow keys.
9. Select Amperage or Watts by pressing the Mode key until desired parameter is flashing.
10. Increase or decrease the value by using the▼▲ arrow keys.
11. To set the time in hours press the Mode key.
12. Increase or decrease the value by using the▼▲ arrow keys.
13. Select the Mode key again to select minutes.
14. Increase or decrease the value by using the▼▲ arrow keys.
15. Repeat 6 thru 14 above to program successive steps.

Instruction Manual | 7
Viewing a Program
1. Select the file number using the ▼▲ arrow keys when highlighted press the Mode key.
2. Press the Mode key 3 more times to advance to the programming.
3. If multiple steps use the Mode key to advance through the program to the next step.
Editing a program
1. When a file is selected the parameters can be edited by the Mode button.
2. When the parameter is selected, it will flash. Use the ▼▲ arrow keys to either increase or decrease
values.
3. Press the Mode key to migrate to the next parameter.
4. When the parameter is selected use the ▼▲ arrow keys to increase or decrease the values.
NOTE: The controlling value (volts, amps, or watts) is displayed on the left-top side of the display
screen. The Timer is the first line on the right-top, and the other values (volts, amps, or watts) are
displayed in the second and third line on the right side of the display screen.
10.0 Choosing Limiting Parameter Settings
The Labnet Enduro™ Power Supplies can operate at limiting Voltage, limiting Current (250V and 300V),
or limiting Power (250V only). We recommend operating the Labnet Enduro Power Supplies at limiting
voltage for most applications. See below for more details.
10.1 Voltage Limiting
For most electrophoresis methods resistance increases throughout the run. Limiting the voltage provides
the following advantages:
Current and power decrease throughout the run, providing an improving margin of safety over time.
The same voltage setting can be used regardless of the number or thickness of gels being ran.
10.2 Current Limiting
Discontinuous buffer systems and, to a lesser extent, continuous systems increase resistance during
the run. If you use the current limiting setting on the Labnet Enduro Power Supplies, the voltage
will increase as resistance increases to satisfy Ohm’s law (V = IR). If no voltage limit is set and a local
fault condition occurs, such as a poor connection, very high local resistance may cause the voltage
to increase to the maximum capacity of the power supply. This may lead to local overheating and
damage to the electrophoresis cell or create unsafe conditions. When operating under constant
current conditions, set a voltage limit on the power supply at or slightly above the maximum expected
voltage.
10.3 Power Limiting (250V only)
Power is a function of voltage and current P = IV. If voltage is increased power will also be increased
depending on the gel system, R should be a constant. Power will be reflected by the heat generated
during a gel run. The power limiting function may be used when running sequencing gels to remove
the APS from the wells and to heat the gel to an optimal temperature for DNA separations.

8| LABNET ENDURO POWER SUPPLIES
11.0 Troubleshooting
Review the information in the table below to troubleshoot operating problems.
Problem Possible Cause Solution
LCD screen remains blank,
and the fan does not run
when the power is turned
on
AC power cord is not
connected.
Check AC power cord connections at both ends.
Use the correct cords.
The fuse has blown. Replace the fuse.
Operation stops with
alarm: The screen displays
“NO LOAD”
Electrophoresis leads
are not connected to the
power supply or to the
electrophoresis unit(s).
Check the connections to the power supply
and your electrophoresis cell to make sure the
connection is intact.
Check the condition of the wires in your
electrophoresis unit.
Close the circuit by reconnecting the cables.
Press START/PAUSE to restart the run.
A broken circuit in the
electrophoresis cell.
Operation stops with
alarm: The screen displays
“NO LOAD”
High resistance due to
tape left on a pre-cast
gel, incorrect buffer
concentration, or
incorrect buffer volumes
in the electrophoresis
cell.
Correct the condition by making sure the tape
is removed from the pre-cast gel or buffers
are prepared correctly, and the recommended
volume of buffer is added to the electrophoresis
unit.
High voltage application
is set to run on a very
low current.
Disable “NO LOAD” alarm on the Display Screen.
Operation stops with
alarm: Display shows
“OVER VOLTAGE”
Circuit is interrupted.
Verify the running buffer is correct.
Verify all cables are attached correctly.
Turn the Power switch off and on again;
restart the application.
If you cannot restart the instrument, turn off
the power, disconnect the power cord from
the outlet, and contact Scientific Support.
Operation stops with
alarm: Display shows
“LEAKAGE”
Ground leak detected
during the run.
Check the electrophoresis system for improper
grounding.
Restart the power supply by turning the Power
switch off and on.
Operation stops with
alarm: Display shows
“OVER TEMP”
Power supply is
overheating.
Turn off the power supply. Check for sufficient
airflow around the power supply fan. After
cooling down, restart the power supply by
turning the Power switch to the On position.
If you cannot restart the instrument, turn off
the power, disconnect the power cord from
the outlet, and contact Scientific Support.

Instruction Manual | 9
12.0 Ohm’s Law Conversions
Electrophoresis is the migration of a charged particle under the influence of an electrical field. The power
supply output parameters voltage, current, and power are related by the following two equations:
Voltage (V) = Current (I) x Resistance (R); (V = I x R)
Power (P) = Current (I) x Voltage (V); (P = I x V)
Resistance Resistance of the assembled electrophoresis cell is dependent on the conductivity
of the gel buffer, the thickness of the gel, and the number of gels being run. Although
the resistance is determined by the gel system, the resistance can vary over the course
of an electrophoretic separation.
Voltage The velocity with which an ion moves in an electric field will vary in proportion to the
field strength (volts per unit distance). The higher the voltage the faster an ion will
move.
Current Current is a function of the number of ions passing a given cross-section of the circuit
at a given time. For a given gel/buffer system, at a given temperature, current will vary
in proportion to the field strength (voltage) and/or cross-sectional area (number and/or
thickness of the gels).
Power The power in Watts, or the rate of heat generated by the system, is directly proportional
to voltage and current (P = I x V).
13.0 Common Errors Found with Electrophoresis Power Supplies
No load
The electrophoresis system is not connected to the power leads, check the power leads
The electrophoresis system has a short, the Pt wire is broken or the banana connectors
are damaged
Buffer concentration too low
Buffer volume too low
Short in power cord
Current has dropped below acceptable rating (4 mA)
Short circuit
Load exceeds 3000 mA (250V) or 500 mA (300V)
Blown fuse in the power supply
Incorrect input voltage (check input voltage switch near power inlet)
Change in load
Electrophoresis systems were added or removed during a run
Buffer leaking in a connected system
Excessive temperature increase
Excessive buffer evaporation
Loose connection in a connected system
Amperage set too low
Change in constant mode
Voltage changes to amperage
Amperage set too low. Ceiling hit and constant mode changed from voltage to amperage. Increase
amperage to 500 mA (250V) or 3000 mA (300V).
Amperage changes to voltage
Voltage set too low. Ceiling hit and constant mode changed from amperage to voltage. Increase
voltage to 500 mA (250V) or 3000 mA (300V).
The systems have automatic crossover, set voltage or amperage, and preset wattage. During the
electrophoresis process only one parameter is limiting at a time. The limiting parameter, together with
the conductivity in the electrophoresis system, and the values for the other parameters determine the
maximum output.

10 | LABNET ENDURO POWER SUPPLIES
14.0 Repair and Maintenance
The Labnet Enduro™ Power Supplies require no periodic maintenance program with the exception of
an occasional dry wipe-down of the instrument.
Replacing the Fuse
For additional fuses contact Scientific Support.
To replace the fuse:
1. Turn off the main power switch at the rear of the Labnet Enduro Power Supply and detach the power
cord from the rear of the instrument.
2. Open the fuse compartment located inside the Power Entry Module by inserting a small flat blade
screwdriver into the slot below the ON/OFF switch. Turn the screwdriver to gently pry open the fuse
compartment.
NOTE: The fuse compartment will not open with the power cord in place.
3. Pull the fuse holder out of the compartment and inspect the fuse. If the fuse is burned or there is
a break in the fuse element, replace the fuse with an identical type of fuse (4A/250V for 250V or
2A/250V for 300V) as provided in the fuse holder see figure above).
4. Place the fuse holder back into the compartment.
5. Snap the cover closed.
15.0 Limited Warranty
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 damages, 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 instruction manual. This warranty does not cover damage caused by accident,
neglect, misuse, improper service, natural forces or other causes not arising from defects in original
material or workmanship. This warranty does not cover motor brushes, fuses, light bulbs, batteries or
damage to paint or finish. 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 Corning Customer Service at: USA/Canada 1.800.492.1110, outside the U.S.
+1.978.442.2200, visit www.corning.com/lifesciences, or contact your local support office.
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 authorization 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 responsible 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 warranties or the 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.

Instruction Manual | 11
For your reference, make a note of the serial and model number, date of purchase, and supplier here.
Serial No. __________________________________________ Date Purchased _______________________________________
Model No. _________________________________________ Supplier _____________________________________________
16.0 Equipment Disposal
According to Directive 2012/19/EU of the European Parliament and of the Council of 4 July 2012
on waste electrical and electronic equipment (WEEE), this product is marked with the crossed-out
wheeled bin and must not be disposed of with domestic waste.
Consequently, the buyer shall follow the instructions for reuse and recycling of waste electronic and
electrical equipment (WEEE) provided with the products and available at www.corning.com/weee.

To request certificates, please contact us at www.labnetlink.com.
Warranty/Disclaimer: Unless otherwise specified, all products are for research use only. Not intended
for use in diagnostic or therapeutic procedures. Corning Life Sciences makes no claims regarding the
performance of these products for clinical or diagnostic applications.
© 2020 Corning Incorporated. All rights reserved. 10/20 CLSLN-AN-1000DOC REV1
For a listing of trademarks, visit www.corning.com/clstrademarks. All other trademarks are the property of their respective owners.
For additional product or technical information, visit www.corning.com/lifesciences or call 800.492.1110.
Outside the United States, call +1.978.442.2200 or contact your local Corning sales ofce.
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www.corning.com/lifesciences
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