This QIAcube is in good physical condition, showing some wear from use and minor cosmetic blemishes on the exterior in the form of scratches and scuffs see photos. All the components sound and move smoothly during operation. Our technician inspected this QIAcube, powering it on and noting that the initialization process completed without error. After initialization, the QIAcube components were tested and serviced to ensure this instrument will perform as expected in your applications. Consumables, such as tips, reagents, rotor adaptors, racks and bottles are not included with this system and will need to be acquired separately from QIAGEN.
Consumables are required for operation. New Life Scientific is an experienced scientific vendor with a history of positive customer experiences. You can have confidence in our technical evaluations and our warranty knowing that we have actual in-house technicians who inspect, test, service, and repair the various instruments we receive. After examination and thorough cleaning, products often leave our shop meeting manufacturer specs.
Backed by a Day Warranty - Your instrument works, or we repair, refund, or replace. Used - A pre-owned and tested product that may show signs of wear.
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Instrument and service agreement package: includes installation, application training, Premium Agreement for 1 year with a next business day response time and 1 inspection service visit. Instrument and service agreement package: includes installation, application training, Full Agreement for one year with a two business day response time and one inspection service visit.
On-site QIAcube Connect instrument repair, including travel, labor and parts, for a period of 1 year. Response time of next business day. On-site QIAcube Connect instrument repair, including travel, labor and parts, for a period of one year. Response time of two business days. For the QIAcube Connect, one on-site repair service and one on-site Preventive Maintenance or Inspection Service, including travel, labor and spare parts for a period of one year.
Response time of five business days. This service combines Installation with Applications Training to help customers gain hands-on experience of hardware, software, applications using QIAGEN platforms and facilitates professional qualifications of laboratory staff. Certificates are issued to facilitate the qualification of the instrument and the operator. Resources Instrument User Manuals 3.
PDF 3MB. PDF 5MB. PDF KB. Protocol Files 1. ZIP 1MB. PDF 1MB. The QIAcube is equipped with an optical sensor, which determines the tip size and the number of tips loaded onto the worktable prior to starting a run. The QIAcube can use partially used tip racks from previous runs, provided that the racks contain sufficient tips to process the number of samples loaded for the current run.
At the end of each protocol run on the QIAcube, a report file is generated that contains important information such as number of samples, liquid volumes measured during the load check, and run time. A log file is also generated that contains information about instrument actions, such as movement of the robotic arm.
Note: If a protocol run is stopped, the run cannot be restarted. In addition to the purification kit, Rotor Adapters 10 x 24 , cat. To find out which filter-tips are required for a specific application, refer to the instructions provided on the touchscreen during the run setup or to the corresponding protocol sheet.
Yes, it is possible to run life science protocols as well as custom protocols on a QIAcube Connect MDx in the Research mode of the software.
Can the QIAcube be connected to a laboratory information management system? No, it is not possible to connect the QIAcube with laboratory computer networks. Please refer to section 6.
For instructions on how to operate the shaker, refer to section 5. The shaker can be used to heat and shake samples simultaneously, shake samples without heating, or heat samples without shaking. Do not use spin columns manufactured by other suppliers with the QIAcube. Damage caused by use of other types of spin columns will void the instrument warranty. What dedicated QIAcube Kits are available? These kits contain preloaded rotor adapters for a fast setup.
These kits are intended for molecular biology applications and can be used with the QIAcube Connect MDx system and the research mode of the software. Then, refer to section 5.
For instructions on how to operate the centrifuge, refer to section 5. Can the QIAcube rotor adapters be autoclaved? Autoclaving the rotor adapters will cause the plastic to deform and the rotor adapters will no longer fit properly into the centrifuge buckets. Place the rotor adapters into the centrifuge, and close the QIAcube door. For more information about loading the rotor adapters, see Section 5. All centrifuge buckets must be mounted, even if fewer than 12 samples are to be processed.
Press Start to start the centrifuge. Maintenance Procedures The following maintenance procedures must be carried out to ensure reliable operation of the QIAcube: Regular maintenance after each protocol run Daily maintenance after the last protocol run of the day Monthly maintenance every month Periodic maintenance when necessary; at least every 6 months Following these procedures ensures that the QIAcube is free of dust and liquid spills.
The cleaning agent is chosen according to the goal of the cleaning procedure, the sample material, and the downstream assay. Cleaning agents The following disinfectants and detergents are recommended for cleaning the QIAcube.
Note: If you want to use disinfectants different from those recommended, ensure that their compositions are similar to those described below. Maintenance Procedures Disinfection Ethanol-based disinfectants can be used for disinfection of surfaces, such as the worktable or inside the centrifuge: e.
Disinfectants based on glyoxal and quaternary ammonium salt can be used for submerging worktable items, the centrifuge rotor, and the waste drawer: e. A, can be used for cleaning surfaces and submerge worktable items, centrifuge rotor, and waste drawer. General instructions Do not use spray bottles to spray cleaning or disinfectant liquids onto surfaces of the QIAcube workstation.
Spray bottles should be used only for items that have been removed from the workstation. Follow manufacturer's safety instruction for handling cleaning agents. Follow manufacturer's instruction for soaking time and concentration of the cleaning agents.
Immersing for longer than the recommended soak time can harm the instrument. Exposing the QIAcube door to alcohol or alcohol-based disinfectants will cause surface cracking. Clean the QIAcube door with distilled water only. The blue ring is not ethanol resistant. Take care that no liquid runs down the touchscreen. Liquid may be drawn through the dust protection sealing by capillary forces and cause malfunction of the display. To clean the touchscreen, moisten a soft lint-free cloth with water, ethanol, or a mild detergent and carefully wipe the display.
Wipe dry with a paper towel. Regular maintenance procedure After running a protocol, perform the regular maintenance procedure: 1. Remove used disposable labware and unwanted samples and reagents from the worktable. Discard them according to your local safety regulations.
You can now run another protocol or switch off the QIAcube. Daily maintenance procedure After running the last protocol of the day, perform the daily maintenance procedure: 1.
Close the buffer bottles tightly and store according to the instructions in the relevant kit handbook. Empty the waste drawer and check that the liner is clean. If necessary, clean it with cleaning agent, and then rinse with distilled water. Monthly maintenance procedure Perform the regular maintenance procedure before you perform the monthly maintenance procedure. Select the appropriate cleaning agent according to the sample material and downstream assay see Section 6.
Clean the optical sensor, tip adapter, gripper unit, including the gripper, the stabilizing rod, and the spin column lid holder, by carefully wiping these modules with a soft lint-free cloth moistened with water. To gain access to the modules within the robotic arm: Press Tools in the main menu. Select Cleaning position by pressing i or j to scroll through the list until it is highlighted, and then press Start. Follow the instructions displayed in the touchscreen.
You will be instructed to remove the waste drawer and the labware tray. The robotic arm will move forward and downwards, enabling the modules to be accessed for cleaning through the opening for the waste drawer. Optical sensor. Maintenance Procedures 2.
After cleaning the modules of the robotic arm, switch off the QIAcube at the power switch. Thoroughly wipe the worktable with a soft lint-free cloth moistened with cleaning agent. Incubate as appropriate, rinse with distilled water, and wipe dry with paper towels.
Clean the shaker rack, labware tray, heating adapter, and reagent bottle rack with cleaning agent. Incubate as appropriate, rinse thoroughly with distilled water, and wipe dry with paper towels. Clean the liner of the waste drawer with cleaning agent. Thoroughly wipe the inside and outside of the QIAcube using the cleaning agents.
Important: Do not use alcohol or alcohol-based disinfectants to decontaminate the QIAcube door. Important: Take care that no liquid runs down the touchscreen. Periodic maintenance procedure Select the appropriate cleaning agent according to the sample material and downstream assay see Section 6. Cleaning the centrifuge The centrifuge lid must be open to allow access to the inside of the centrifuge. The lid should be opened only after the centrifuge has come to a complete stop. If the lid does not open automatically, perform the following steps.
Maintenance Procedures 3. Cleaning the rotor and buckets 1. Switch off the QIAcube at the power switch. Remove used disposable labware, sample tubes, and reagents from the worktable. Discard according to your local safety regulations. Close the buffer bottles tightly, and store according to the instructions in the relevant kit handbook.
Remove all disposable rotor adapters, including tubes and spin columns, from the buckets. Remove the buckets from the rotor. Undo the rotor nut on top of the rotor using the rotor key, and carefully lift the rotor off the rotor shaft. Submerge the rotor, buckets, and rotor nut in cleaning agent.
Incubate as appropriate. Rinse thoroughly with distilled water. Use a brush i. Wipe surfaces dry with a soft lint-free cloth. If available, dry the buckets and rotor with pressurized air. Important: Make sure the paper towels and brush used are lint-free. Important: Make sure that all residual salt is removed. Important: Make sure to remove all traces of cleaning agent from the centrifuge buckets. Residual agent can cause the buckets to jam.
Apply a few drops of mineral oil Anti-Corrosion Oil rotor , cat. A thin, invisible oil film should cover the bucket mount and rotor claw, but no droplets or smear should be apparent.
Apply oil to the rotor claw and to the bucket mount. Important: Before applying oil to the rotor buckets on the rotor, make sure that the rotor and all buckets are completely dry. Cleaning the centrifuge 1. Moisten a soft lint-free cloth with cleaning agent, and clean the inside of the centrifuge and the centrifuge gasket. Clean the inside of the centrifuge and the gasket with distilled water, and wipe dry with lint-free paper towels. If available, use a vacuum cleaner. Important: Make sure the gaskets remain in the proper positions.
Clean the centrifuge lid with a soft lint-free cloth moistened with cleaning agent. Incubate as appropriate, clean with water, and wipe dry with paper towels. Check the centrifuge gasket for damage. Installing the centrifuge rotor and buckets 1. Mount the rotor. The rotor can be mounted in only one orientation. Install the rotor nut on top of the rotor and tighten using the rotor key.
Maintenance Procedures supplied with the QIAcube. Risk of personal injury and material damage [W17] The rotor nut must be securely tightened using the rotor key supplied with QIAcube. Replace the rotor buckets.
When replacing the rotor buckets, the side of the rotor bucket that must face toward the rotor shaft is marked with a gray line. Hold the bucket at an angle with the gray line facing the center of the rotor and hang the bucket on the rotor. Important: All centrifuge buckets must be mounted before starting a run. Cleaning the instrument To clean the instrument, perform the monthly maintenance procedure Section 6.
Tightness test The tightness test is performed to check whether the tightness of the pipetting system, including the attached pipetting tip, is sufficient.
Load an empty 2 ml safe- lock microcentrifuge tube in position 1 of the shaker. Load a tip rack of the filter tips you want to test l or l wide-bore onto the QIAcube. Maintenance Procedures 6. Select Tightness test by pressing i or j to scroll through the list until it is highlighted, and then press Select. Select the appropriate type of filter-tips l tips or l wide-bore tips by pressing i or j to scroll through the list until it is highlighted, and then press Select. Press Start to start the tightness test with the selected type of filter-tips.
Follow the instructions displayed in the touchscreen, and press Start to start the tightness test. After the load check, the robotic arm will pick up a tip, aspirate ethanol, and move to the tube. The tip will remain in place above the tube for 2 minutes. The tip will be detached. After the protocol is completed, open the QIAcube door and check if the tube contains liquid. If the tube is still empty and dry, the tightness of the pipetting system is adequate.
The QIAcube should also be decontaminated before shipping. In this case, a decontamination certificate must be completed to confirm that the decontamination procedure has been carried out. To decontaminate the QIAcube, follow the periodic maintenance procedure in Section 6. Cleaning the QIAcube centrifuge after a plastic crash Risk of personal injury [W23] After a plastic crash, sharp plastic particles could be inside the centrifuge. Opening the centrifuge lid The centrifuge lid must be open to allow access to the inside of the centrifuge.
Submerge the rotor, buckets, rotor nut, and rotor key with a cleaning agent. We recommend drying using pressurized air to remove any small plastic particles adhering to the rotor or the buckets. When handling the bucket, pay particular attention that the bucket mount is not damaged. Important: Be sure to only use lint-free paper towels and brushes. Important: Make sure all residual plastic and salt are removed. Important: Make sure all traces of cleaning agent are removed from the centrifuge buckets.
Residual disinfectant can cause the buckets to jam. Note: Do not spray disinfectant into the centrifuge. Clean with water, and wipe dry with lint-free paper towels.
If available, use a vacuum cleaner to remove any small plastic particles from the inside of the centrifuge. Tweezers or tape can be used to remove plastic particles from any difficult to access parts. Special care must be taken to remove any plastic particles from the rotor pegs, floor and back of the centrifuge compartment, and the rotor shaft guide. Important: Make sure to use lint-free paper towels. Important: Make sure that all plastic particles are removed.
Clean the centrifuge lid with a soft lint-free cloth moistened with a cleaning agent. Incubate as appropriate, and wipe dry with paper towels. Check if plastic particles are below the gasket. Cleaning the worktable 1. If necessary, clean with cleaning agent, and rinse with distilled water.
Rinse thoroughly with distilled water, and wipe dry with paper towels. Clean the surface of the worktable using a soft lint-free cloth moistened with cleaning agent. Incubate as appropriate, clean with water and wipe dry with lint-free paper towels. Do not spray liquid onto the worktable. Take particular care not to spray liquid onto the display. Important: Make sure that every plastic item is wiped off.
Highlight Cleaning position scroll through the list by pressing i or j , and press Start. You will be asked to remove the waste drawer and the labware tray. The robotic arm will move forward and down, enabling the gripper unit to be accessed for cleaning through the opening for the waste drawer. Carefully wipe the gripper unit, including the gripper, the stabilizing rod, and the spin column lid holder.
Ensure that any residual salt is removed. Maintenance Procedures Note: The side of the rotor bucket that must face towards the rotor shaft is marked with a gray line to help prevent buckets from being loaded incorrectly.
Important: All centrifuge buckets must be mounted before starting the test run. Operating the centrifuge after cleaning The centrifuge must be operated independently before starting further protocol runs to test if residual plastic parts are still in the centrifuge. For detailed information about operating the centrifuge, see Section 5. Set centrifugation parameters for a centrifuge test protocol. Highlight Centrifuge scroll through the list by pressing i or j, and press Select.
To select the speed, time, and acceleration, press Edit and set the following parameters. Note: Rotor adapters and other consumables are not required. Carefully listen to the sound during centrifugation.
Unusual sound during centrifugation: If any grinding, rattling, or crunching sounds are heard during the centrifugation, there are still loose plastic particles inside the centrifuge.
Repeat the cleaning procedure described in Section 6. Note: it may be necessary to repeat the procedure several times to remove all plastic particles. Maintenance Procedures No unusual sound during centrifugation: If no unusual sound from loose plastic particles can be heard during centrifugation, the next sample run can be started. General information Whenever encountering a QIAcube error, be sure to have the following information at hand: Protocol name and version found in the report file Software version see Section 5.
Note: Information about the latest software and protocol versions can be found at www. In some cases, updates may be available for addressing specific problems. Resolving error messages and warnings Error messages or warnings are displayed in the touchscreen if a problem occurs during operation. Refer to the error codes listed in this section if an error message or warning appears. If error messages or warnings appear that are not listed here or if the error cannot be resolved, note down the error code and description and the steps leading to the error, and contact QIAGEN Technical Services.
Note: It is only possible to continue a protocol run that has been interrupted due to an error if the error occurs before the protocol has started e. If an error occurs during sample processing, the samples must be processed manually see Section 7. If an error occurs during the load check, the protocol run can be continued as soon as the error has been resolved. Make sure that there is no foam in the reagent bottles.
Check that the bottles contain sufficient reagent and are in the correct positions in the reagent bottle rack. Make sure that the labeling strips are attached correctly Section 5. Check the volume of reagent in the reagent bottles. Make sure that the bottles are in the correct positions in the reagent bottle rack. The maximum volume is 30 ml and is indicated by a calibration mark. Make sure that the caps have been removed from the reagent bottles.
Make sure to load sufficient l wide-bore filter-tips for the protocol run. Check that the shaker is correctly loaded see Section 5. In particular, make sure that the latest version of the shaker rack plug is being used and that only loaded positions are marked. Clean the optical sensor. Check that the reagent bottle is not overfilled. Check that samples have been loaded onto the shaker.
Check the worktable for obstructions that might prevent movement of the shaker. Make sure that the correct shaker adapter is installed. Make sure that the QIAcube door is properly closed. Switch off the QIAcube, wait for a few minutes, and switch it back on again. Comments and suggestions Clean the tip sensor. When using a plain white l tip rack, always fill the tip rack with l tips.
Alternatively, replace the white rack with the optimized blue rack for l tips. Reload the protocol from the USB stick see Section 5. Delete the protocol from the QIAcube. Reload the protocol to the QIAcube see Section 5. Delete protocols from the QIAcube that are no longer required see Section 5.
Load the protocol again. Protocol required new QIAcube firmware. Delete all protocols before updating. The most recent software versions can be downloaded from www. Switch off the QIAcube, wait for a few minutes, and switch it on again. Save the file s to the USB stick again. Delete protocols from the QIAcube that are no longer required.
Memory error or memory defective indicating that the USB stick may be partially or entirely corrupted. Format the USB stick according to instructions at www. Identify and make a note of the axis in error as listed in the error message.
Switch off the QIAcube and check the worktable for damage or evidence of a collision. Make sure that the QIAcube is operating under the correct conditions see Section 4.
Switch off the QIAcube and check the worktable for loose plasticware. A protocol cannot be started if the previous instruction is not completed and the instrument is busy. Although this code is presented as an error, it is a warning and can be ignored.
It will not result in protocol interruption. Make sure that the rotor is installed. Check that the rotor is correctly positioned on the rotor shaft. Make sure that the tip rack is not damaged and is correctly positioned on the worktable. Check to see if there are loose tips on the worktable or if the rack still contains tips that should have been picked up.
Check the worktable for obstructions. Check the worktable and the centrifuge for obstructions. Make sure that the correct plasticware was used. Check that all plasticware is loaded in the correct positions and is seated firmly. Switch off the QIAcube and carefully pull the robotic arm forward. Check that the tip disposal slot is not blocked. Make sure that a disposable tip is not stuck to the tip adapter or that a spin-column or microcentrifuge tube is not stuck to the robotic gripper.
Make sure that nothing is obstructing the centrifuge lid. Switch off the QIAcube, and wait 10 min before switching it back on. Make sure that the rotor is symmetrically loaded. Remove the rotor and check the centrifuge chamber for loose plasticware. Rotor adapter deformed or lid of spin-column broken off Disposable rotor adapter not properly loaded. Remove the rotor and buckets from the centrifuge. Remove plastic shards from the centrifuge.
Clean the rotor and buckets and replace in the centrifuge as described in Section 6. Errors in pipetting or drops of buffer on the worktable Worktable loaded incorrectly. Check that the reagent bottles contain the correct buffers and are correctly placed in the reagent bottle rack.
Be sure to use the right plasticware. Check the volumes in the sample tubes and tubes of accessory buffer s , if applicable.
Do not exceed the recommended amount of starting material to avoid blocking disposable filter-tips. If tip racks have been refilled, make sure that the correct tips were used. Protocol interruption If an error occurs during a protocol run, it is possible to continue sample preparation manually. The error code, the description, and the step at which the protocol stopped are displayed in the touchscreen. In the example below, the protocol stopped during addition of Buffer EB to the samples.
To continue sample processing: 1. Note the step at which the protocol stopped. This is displayed in the touchscreen. Remove the samples and reagents from the QIAcube. Refer to the appropriate protocol in the relevant kit handbook and continue sample processing manually. Centrifuge Opening the centrifuge lid in the event of a breakdown In case of power failure, the centrifuge lid can be manually opened so that the samples can be removed.
To open the centrifuge lid, follow the instructions below. Switch off the QIAcube. Unplug the power cord from the power outlet. Wait 10 min for the rotor to stop. Carefully move the robotic arm to the right side of the worktable, furthest away from the centrifuge lid. Remove the screw protection on top of the centrifuge lid. Using the rotor wrench, turn the screw counter clockwise.
Remove the waste drawer. A white disk that is attached to the end of the centrifugelid release cord will be visible through the waste drawer compartment. The disk can be accessed by reaching through the opening for the waste drawer. Grasp the disk and pull to access to the cord.
Pull the cord firmly to release the lid from the lock. Manually raise the centrifuge lid. Hold the raised lid and remove the samples from the rotor.
Increased sample temperature Check the slits and openings at the bottom and the rear of the instrument. Slits and openings for ventilation must not be covered. You should be able to detect an air-flow at the openings.
Excessive noise Excessive noise during centrifugation may indicate that there are loose parts inside the centrifuge or that the rotor is not balanced. Press Cancel to stop the protocol run. When the centrifuge has come to a complete stop, the lid should open. If the lid does not open:. Troubleshooting Press Tools in the main menu. Select Open lid by pressing i or j to scroll through the list until it is highlighted, and then press Select.
Check that there are no loose parts inside the centrifuge or on the rotor. Check that the rotor is loaded symmetrically. Check that the rotor, buckets, and gasket are not damaged. If there are loose parts inside the centrifuge or on the rotor, clean according to Section 6.
Do not fill the rotor adapters with liquid. Do not exceed the maximum amount of starting material. Incorrect installation of the centrifuge buckets may also cause rotor adapters to leak.
Check that the buckets are installed properly and can swing freely see page If there is a liquid spill in the centrifuge, clean according to the instructions in Section 6. Shaker Sample temperature too low To ensure efficient heat transfer, make sure to use the correct shaker adapter.
Choose the appropriate shaker adapter for the sample tubes: Adapter for 2 ml microcentrifuge tubes 2 Adapter for 2 ml screw-cap tubes S2. If this does not happen, check that the power cord is properly connected.
If the display does not react when pressed, improper cleaning procedures might have caused liquid to enter the space between the display sheets and liquid might be visible in sections of the touchscreen.
Reagent volume detection To help prevent errors during detection of reagent volumes, make sure that both rack labeling strips are attached to the reagent bottle rack.
These strips ensure that the reagent bottle rack is positioned correctly on the worktable for liquid detection during the load check. Also make sure that the bottle rack is sitting correctly in the labware tray see Section 5. A component of the QIAcube that accommodates a rotor with 12 swing-out buckets. Each bucket holds a disposable rotor adapter. A slot in the QIAcube worktable through which used columns e.
A module consisting of a syringe pump syringe, dilutor valve, motor and a tip adapter. The dilutor unit is for highprecision aspiration and dispensing of liquid.
Slots in the QIAcube worktable through which used tips and columns e. The main door at the front of the QIAcube. When open, it provides complete access to the worktable. An item of labware that is picked up by the tip adapter during operation of the QIAcube. Liquid is aspirated into and dispensed from a filter-tip. An operation performed automatically when the QIAcube is switched on and before each protocol run to check the operation of the QIAcube.
An item that accommodates the reagent bottle rack, the tip racks, and has 3 slots for accessory buffers in 1. Microcentrifuge Three slots located in the labware tray that accommodate tube slots accessory buffers, in 1. Pipetting systemThe component of the QIAcube that aspirates and dispenses liquid. The pipetting system moves up and down above the worktable and contains a syringe pump that is connected to a tip adapter.
Power switch. A button located at the front of the QIAcube in the bottomright corner. It allows the user to switch the QIAcube on and off. A set of instructions for the QIAcube that allows the instrument to automate a nucleic acid or protein purification procedure.
Protocols are run using the touchscreen. Reagent bottle A rack that can accommodate six 30 ml bottles on the rack QIAcube worktable. Robotic gripper A component of the QIAcube robotic arm that moves spin columns during sample processing. Rotor adapter A disposable plastic adapter that fits into a centrifuge bucket and holds a QIAGEN spin column and microcentrifuge tube during sample processing.
Tip adapter. A metal probe installed on the pipettor head. During operation of the QIAcube, the tip adapter picks up filter-tips from the worktable. Slots in the QIAcube worktable through which used filter-tips are discarded into the waste drawer. Waste drawer A drawer that collects used filter-tips and disposable columns. Air temperature 18 to 28C Difference in the temperature detected by the internal sensor and the temperature of the sample liquid is approximately 2C. The crossed-out wheeled bin symbol see below indicates that this product must not be disposed of with other waste; it must be taken to an approved treatment facility or to a designated collection point for recycling, according to local legislation.
The separate collection and recycling of waste electronic equipment at the time of disposal helps to conserve natural resources and ensures that the product is recycled in a manner that protects human health and the environment. If a replacement product is not being purchased from QIAGEN, recycling can be provided upon request at additional cost.
Once the form is submitted, you will be contacted by QIAGEN either to request follow-up information for scheduling collection of the electronic waste or to provide you with an individual quote. This device complies with part 15 of the FCC: Operation is subject to the following two conditions: 1 This device may not cause harmful interference, and 2 this device must accept any interference received, including interference that may cause undesired operation.
The following statement applies to the products covered in this manual, unless otherwise specified herein. The statement for other products will appear in the accompanying documentation. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and A Appendix A used in accordance with the instructions, may cause harmful interference to radio communications.
However, there is no guarantee that the interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: Reorient or relocate the receiving antenna.
Increase the separation between the equipment and receiver. Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. The correction of interference caused by such unauthorized modification, substitution or attachment will be the responsibility of the user.
Appendix B Loading the centrifuge and shaker If fewer than 12 samples are to be processed, make sure to load the centrifuge and shaker correctly see pictures below and following pages. One or 11 samples cannot be processed. Appendix C QIAcube accessories For more information and an up-to-date list of available protocols, visit www.
Accessories Starter Pack, Pack includes: reagent bottle racks 3 ; rack QIAcube labeling strips 8 ; l filter-tips ; l filter-tips ; l filter-tips, wide-bore ; 30 ml reagent bottles 18 ; rotor adapters ; rotor adapter holder; 1. Disposable Filter-Tips, wide-bore, racked; 8 x ; not required for all protocols. Rest of world. Agreements for comprehensive service coverage are available; please inquire. Spin Column Spin column adapter rings for use with spinAdapter columns that have screw-caps; not required for Rings 25 all protocols.
For preps: Disposable Rotor Adapters and microcentrifuge tubes 1.
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