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96 Deep Well Plate Aspirator With 42mm Long 19 Gauge Tubes, With Spring Loaded Z Height Adjustment And Sliding Microplate Registration Feature, Level And Cleaning Rapier Included |
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Polycarbonate Base For VP 177A-1 |
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VP 177AD 96 Deep Well Plate Dispenser with 42 mm Long 19 Gauge Tubes, With Z Height Adjustment And Microplate Registration Feature Plus Bottle Top Dispenser |
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96 Deep Well Plate Dispenser With 42mm Long 19 Gauge Tubes, With Spring Loaded Z Height Adjustment And Sliding Microplate Registration Feature |
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96 Deep Well Plate Dispenser With 42 mm Long 19 Gauge Tubes, with Spring Loaded Z Height Adjustment And Bottom Sliding Microplate Registration Feature |
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){kind=spacer} |
Aspiration Spacer, 4.5mm Thick Acrylic Cut To 125.76mm By 83.48mm |
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Aspiration Manifold With 96 Stainless Steel 19 Gauge Tubes That Are Exposed 42mm. Tubes Pressed Through Base And Protrude 0.99mm Inside Manifold Dimensions Are L 128.14mm x W 85.85mm x H 26.42mm. Aluminum Top Plate Has Taped Holes To Mount To Robot Mounting Plates. |
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Aspiration Manifold With 96 Stainless Steel 19 Gauge Tubes That Are Exposed 13mm. Width And Length Conform To SBS Convention (Approx. 128 mm x 85mm x 40mm). Aluminum Top Plate Has Taped Holes To Mount To Robot Mounting Plates. (Base Mounting Plate Not Included). |
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Aspiration Manifold With 72 Stainless Steel 19 Gauge Tubes That Are Exposed 42mm. Width And Length Conform To SBS Convention (Approx. 128 mm x 85mm x 40mm). Aluminum Top Plate Has Taped Holes To Mount To Robot Mounting Plates. (Mounting Plate Not Included)."ProPlate Multi-array System" (a 96 well plate format with 3 24-well slides contained within). Aluminum Top Plate Has Taped Holes To Mount To Robot Mounting Plates. |
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) |
Microplate X,Y And Z Positioning Jig For 96 And 384 Aspiration And Dispensing Manifolds |
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384 Standard Microplate Aspirator With 13mm Long 23 Gauge 316 S/S Tubes, Mounts To A VP 179A Jig |
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384 Standard Microplate Aspirator With 13mm Long 20 Gauge 316 S/S Tubes, Mounts To A VP 179A Jig |
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) |
Liquid Level Detection System Including Amplifier, AC-Out Control, Current Loop Control And Power Supply |
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Fiber Optic LED Liquid Level Sensor With Transmitter And Receiver |
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SBS Plate Mounting System For Liquid Level Sensor |
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) |
DB15 Control Connector For Barnant Corp. Model Masterflex #7550-20 Peristaltic Pump |
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Tubing Pinch Valve with Power Supply |
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) |
Programmable Smart Switch With Software To Separately Control On/Off Functions Of 3 Power Outlets. |
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) |
Quick Switch To Separately Control On/Off Functions Of 1 Power Outlet. 115Volts, 60Hz. |
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Microplate X,Y And Z Positioning Jig For 96 And 384 Aspiration And Dispensing Manifolds |
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384 Standard Microplate Dispenser With 13mm Long 23 Gauge 316 S/S Tubes, Mounts To A VP 179A Jig |
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384 Standard Microplate Dispenser With 13 Mm Long 23 Gauge 316 S/S Tubes, Mounts to a VP 179A Jig, Plus a Bottle Top Dispenser |
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) |
Microplate Cooler Block, SBS Feature On The Bottom And An SBS Holder On The Top, Over All Height = 1" Made From Aluminum And Black Anodized |
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) |
Designed to meet the high temperature requirements of chemists to heat and stir reactions the VP 741A Block Heater is constructed of anodized aluminum and has a lid that can be screwed into place to seal cap matts onto deep well microplates. |
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) |
Aluminum Heating Block For One Deep Well Block, Low Eddy Current Model, Temperature Control 25 To 200° C With RTD, With Modification To Minimize Heat Transfer |
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) |
The VP 741AJ is a polycarbonate shell that fits around our VP 741A series heat blocks to prevent people from burning themselves on a hot heating block. The shell is good to 120C. |
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Aluminum Heating Block For One Microplate. |
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) |
Aluminum Heating Block - With MICA Insulation Feature For VP 710E-2HM Designed - For Three Deep Well Blocks Or Glass Vials, Temperature Control 25 To 200° C, RTD Probe For Magnetic Stirring |
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) |
96 Well Straight Walled Aluminum Plate Modeled After The BD U Bottom #353910, special Hydrophilic Coating |
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) |
VP 416-ALB-20 - Aluminum Butcher Block 20 insert for heating and mixing on Tumble stirrer. Designed to hold 20 tubes or vials 16.5 mm in diameter. SBS footprint price each |
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) |
VP 416-ALB-24 - Aluminum Butcher Block 24 insert for heating and mixing on Tumble stirrer. Designed to hold 24 tubes or vials 15 mm in diameter. SBS footprint price each |
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VP 416-ALB-30 - Aluminum Butcher Block 30 insert for heating and mixing on Tumble stirrer. Designed to hold 30 microcentrifuge tubes 10.5 mm in diameter. SBS footprint price each. |
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VP 416-ALB-48 - Aluminum Butcher Block 48 insert for heating and mixing on Tumble stirrer. Designed to hold 48 glass tubes or vials 11.8 mm in diameter . SBS footprint, Price each. |
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The VP 416-ALB-96 is a heat block insert that fits inside our standard VP 741 through VP 744 Heat Block series. It has a special design which minimizes the eddy current phenomena resulting from magnetic lines of flux passing through large masses of aluminum without affecting the insert’s ability to transfer heat. |
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VP 416-ALB-96 - Aluminum Butcher Block 96 insert for heating and mixing on Tumble stirrer. Designed to hold 96 glass tubes 8.5 mm in diameter. SBS footprint, price each |
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Vial Rack. |
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Muscovite Very High Temperature Mica SBS Block Adaptor 19mm Thick With Accessory Mounting Holes - For Heat Block Usage |
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Muscovite Very High Temperature Mica SBS Block Adaptor 13mm Thick With Accessory Mounting Holes - For Heat Block Usage |
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) |
Microplate Vibrator For Magnetic Bead Concentration |
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) |
Magnetic Bead Pellet Disrupter for robotic or manual disruption of pelleted beads in the wells of a microplate |
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Magnetic Bead Pellet Resuspender for robotic or manual pulling of pelleted beads through the column of a microplate |
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) |
These separation blocks are designed to work with the following BioTek plate washers for magnetic bead applications |
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) |
We have assembled the largest collection of magnetic bead separation blocks in the research market. We have systems for a large variety of microplates found on this page and we have a separate page for vials, tubes, bottles and larger containers. Our NdFeB separation magnets are also the strongest available varying from 48 to 52 MGO. We also have paid special attention to magnet placement so the magnets are as close to the wells as possible thus reducing collection times. If speed of collection is important to you, check us out. We also have these magnets in various sizes and shapes from cylinders, squares and rectangles. If we don't have a separation block to fit your plate we will custom build one for you. It's not special, it's what we do. |
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) |
The VP 771Z-384 is a Jig we designed for one of our academic customers who did have a robot to process his magnetic bead assays. This Adjustable Jig allows you to raise or lower the distance your pipet tips are from the bottom of the well in a 384 well plate when you are using a hand held pipetor. . (A similar Jig could be made for a 96 well plate.) |
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Magnetic Bead Separator Jig For Four Bottles, Uses 2 NdFeB Magnets |
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) |
Single Magnetic Separation Stand For 1.5ml Micro-Centrifuge Tubes With One 6.35mm Diameter And 6.35mm Tall Magnetic Cylinder Made From 52 MGO NdFeB - Price Each |
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) |
Single Magnetic Separation Stand For 1.5ml Micro-Centrifuge Tubes With Two 6.35mm Diameter And 6.35mm Tall Magnetic Cylinders Made From 52 MGO NdFeB - Price Each |
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) |
Magnetic Bead Separator Jig For Eight 50ml Conical Test Tubes |
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) |
Magnetic Bead Separator Base For A Variety of Tubes, Used With Any Of The Following Tube Racks, VP 772F2R-1, VP 772F2R-2, VP 772F2R-3. Clear Polycarbonate, White ABS, And Stainless Steel Rods. SBS Footprint. Each. |
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) |
VP 772F2M-1kit1 Magnetic Bead Separator System for 1.5 ml conical test tubes. |
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) |
VP 772F2M-1kit2 Magnetic Bead Separator System for 15 ml tubes. |
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) |
VP 772F2M-1kit3 Magnetic Bead Separator System for 50 ml tubes. |
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) |
Magnetic Bead Separator Jig For 250 And 500ml Bottles |
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) |
PTFE 96 Standard Well, 0.35ml Round Well Microplate |
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) |
PTFE 96 Deep Well, 2.2ml Round Well Microplate |
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) |
Economy Bubble Paddle Reservoir Made With Nalgene Disposable Polypropylene. SBS Foot Print With 4 Bubble Paddles (11 Bubbles/Paddle) And Polycarbonate Frame with PTFE Bearings For The Bubble Paddles |
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) |
Delrin Reservoir With 8 Magnetic Clutch Bubble Paddles For 16 Rows Of 24 Pipettes, With Ducted Bottoms To Conform To 8 Paddles With 25 Bubbles Each, Inlet And Outlets With Screw Adjustable Overflow Weir And Aluminum Base For Strength And Heat Exchange |
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) |
Polypropylene Reservoir With Ducted Bottom For 8 Or 12 Pipettes Including Aluminum Paddle With 13 Bubbles And Double Sealed Replaceable Drive Shaft, Mixes 450ml. Overall Dimensions 51.25mm Wide And 128mm Tall And 310mm Long |
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) |
Improved PTFE Reservoir With Ducted Bottom For 8 Pipettes Including Aluminum Paddle With 9 Bubbles And Double Sealed Drive Shaft, Mixes 125ml |
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) |
Mega Bubble Paddle Stirrer With 11 Liter Reservoir |
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) |
Mini Bubble Paddle Stirrer With 0.5 Liter Reservoir |
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) |
The Economy Sliding Paddle Reservoir uses a strong magnetic field to hold a magnetic Bubble Paddle in place while the robot's plate moving system moves a Nalgene disposable reservoir back and forth thus stirring the contents of the reservoir. This system is especially useful in keeping cells in suspension while they are being pipetted into assay plates. |
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) |
The VP 706 Mega Stirrus was designed to meet those demanding stirring applications where a large volume of viscous material needs to be mixed. Previous lab stirrers just didn't have large enough or strong enough drive magnets get the job done. Our Mega Stirrus has a uniquely focused 30 cm long massive NdFeB drive magnet that creates a powerful attraction to stir bars in the vessel. Even liquids as viscous as 90% honey are easily stirred producing impressive vortex cones. See the vortex cone in the photo on the right. |
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) |
The VP 706B-1 "Mini Stirrus" was developed to meet those stirring needs that require a strong drive magnet and greater speed and economy. The much smaller Mini Stirrus is shown on the right of the Mega Stirrus. The VP 706B-1 is powered by a 1/30 horse power DC brush motor and operates at speeds from 100-3600 RPM. |
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) |
The VP 706B-3 "Mini Stirrus" was developed to meet those stirring needs that require a strong drive magnet and greater speed and economy. The VP 706B-3 operates at speeds from 40-1120 RPM. |
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) |
The VP 706B-4H is a combination Heat Plate and Horizontal Magnetic Stirrer. |
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) |
The VP 706B-5 is a Horizontal Magnetic Stirrer that is designed to run at very high speeds (up to 5,000 RPM) using a powerful 48 MGO NdFeB drive magnet. The top plate is designed to accommodate and securely locate 12 cryovials very close to the drive magnet for maximum magnetic coupling. When specimens are added to stainless steel stir discs and glass beads in the vials they are disrupted and the DNA released. |
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) |
The VP 706-7 was designed to take insoluble compounds and make them into nanosupensions or nanoparticles by mixing the drug compound with glass beads using a combination of powerful magnetic stir elements and drive magnets. The VP 706-7 is capable of spinning up to 2,500 RPM with great magnetic attraction, and can be used for complete attrition of the drug compound down to the nanoscale or for preparation before being processed through a high-pressure homogenizer. |
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) |
Battery Powered Hall Sensor RPM Meter |
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) |
PTFE SBS Block Adaptor 12.5mm Thick With Accessory Mounting Holes - For Heat Block Usage |
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) |
Rotary Magnetic Tumble Stirrer, High Speed, 14cm Long Usable Stirring Deck, Mounts To Multiple Robot Decks Including Beckman FX & NX, Tecan EVO, Perkin Elmer EP3 & Janus, Caliper Sciclone And Hamilton Microlab Star And Many Others, 115 Volts AC - 60 HZ |
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) |
Rotary Magnetic Tumble Stirrer, High Speed, 14cm Long Usable Stirring Deck, Mounts To Multiple Robot Decks Including Beckman FX & NX, Tecan EVO, Perkin Elmer EP3 & Janus, Caliper Sciclone, Hamilton Microlab Star And Many Others, 115 Volts AC - 60 HZ |
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) |
Rotary Magnetic Tumble Stirrer, High Speed, 54cm Long, Deck Made From MICA - Stirs 3 Deep Well Microplates in VP 743A-1RM, 48 MGO Magnetic Cylinder, 120 V - 60 HZ |
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) |
Rotary Magnetic Tumble Stirrer, High Speed, 54cm Long, Deck Made From MICA With 3 Positions For Heat Or Cooling Blocks, With Insulation Between Each Position - 48 MGO Magnetic Cylinder, 120 V - 60 HZ |
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) |
The VP 710FSM is the Smart Motor version of the VP 710F. The advantage of this version is that it is computer controlled and more compact than the VP 710F. It uses the standard Tumble Stir Deck but the motor and power supply are much smaller. |
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) |
Low Profile Tumble Stirrer For Bubble Paddles With 5cm Stirred Area, 57mm Tall, Powered By A Smart Motor. Box Contains Mounting Rivnuts On Top And Bottom, 115 Volts |
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) |
Smart Motor Tumble Stirrer With 30cm Magnetic Stirred Area And Computer Control, 115V - 60HZ, Includes Software, MICA Heat Protection and 150C resistant magnets, price each |
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) |
VP 710G6 With Base Plate On The End So The Stirrer Can Stand Upright. |
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) |
Polypropylene Reservoir Holding VP 426 Scrub Pad For Pin Cleaning. SBS Feature On The Bottom For Deck Placement, Each. |
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) |
Polypropylene pin tool wash reservoirs which are designed to hold alcohol washes and water washes. Inlet and outlet luer ports are located on the same side of the reservoir to allow for flushing of the liquid. |
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) |
This design facilitates the rapid exchange of wash fluids. This rapid exchange is important for applications requiring fresh wash solutions between each cleaning. By using the spill way design, the fluid level in the reservoir is automatically determined thus eliminating the need for an expensive liquid level determining device. |
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) |
Tissue Culture Wounding Pin Tool Fixture For 24 FP Or 24 FP6 Pins. Pin Tool Can Be Used On Robots Or Manually. Float Holes Are On 19.3mm Centers And Precisely 1.61mm In Diameter To Register Closely The 1.58mm Diameter Pins For Straight Wounds, Ni-Lube-Coated, Includes Only Fixtures |
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) |
Tissue Culture Wounding Pin Tool Fixture For 48 FP Or 48 FP6 Pins. Pin Tool Can Be Used On Robots Or Manually. Float Holes Are On 13.5mm Centers And Precisely 1.61mm In Diameter To Register Closely The 1.58mm Diameter Pins For Straight Wounds, Ni-Lube-Coated, Includes Only Fixtures |
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) |
Manual 48 E-Clip Pin Tool Single Floating Fixture, 96 Well Format, Ni-Lube-Coated, Fixture Only |
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) |
Tissue Culture Wounding Pin Tool Fixture For 96 FP Or 96 FP6 Pins. Pin Tool Can Be Used On Robots Or Manually. Float Holes Are On 13.5mm Centers And Precisely 1.61mm In Diameter To Register Closely The 1.58mm Diameter Pins For Straight Wounds, Ni-Lube-Coated, Includes Only Fixtures |
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) |
Tissue Culture Wounding Pin Tool Fixture For 384 FP Or 384 FP6 Pins. Pin Tool Can Be Used On Robots Or Manually. Float Holes Are On 4.5mm Centers And Precisely 1.61mm In Diameter To Register Closely The 1.58mm Diameter Pins For Straight Wounds, Ni-Lube-Coated, Includes Only Fixtures |
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) |
Parylene Coated Wounding Pins. |
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) |
Floating E-Clip Pins. |
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) |
Basic Robot Pin Tool Fixture For 96 FP12 Pins, 2.36mm Diameter Pins |
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) |
Basic Robot Pin Tool Fixture For 96 FP13 Pins, 3.175mm (0.125") Diameter Pins |
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) |
Basic Robot Pin Tool Floating Fixture For 384 FP12 Series Pins, 2.36mm Diameter Pins, Ni-Lube-Coated, Includes Only Fixtures |
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) |
Hamamatsu Robot Pin Tool Fixture For 96 Pins, Ni-Lube-Coated, Includes Only Fixtures |
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) |
Hamamatsu Robot Pin Tool Fixture For 384 Pins, Ni-Lube-Coated, Includes Only Fixtures |
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) |
Hamamatsu Robot Pin Tool Fixture For 1536 Pins, Ni-Lube-Coated, Includes Only Fixtures |
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Velocity 11 Robot Pin Tool Fixture for 96 Pins, Ni-Lube-Coated, Includes Only Fixtures |
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Velocity 11 Robot Pin Tool Fixture for 384 Pins, Ni-Lube-Coated, Includes Only Fixtures |
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Velocity 11 Robot Pin Tool Fixture for 1536 Pins, Ni-Lube-Coated, Includes Only Fixtures |
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) |
Mounting Plate For Hamamatsu, Includes PE Bridge Plate |
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) |
Mounting Plate For Hamamatsu, Includes Rotational Adjustment And PE Bridge Plate |
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) |
Bridge Plate To Connect Hamamatsu Floating Fixture To The Hamamatsu Mount |
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) |
Rotation Adjustable Mounting Plate For Use With 96, 384 And 1536 Pin Tools On Velocity 11 Bravo & V-Prep Liquid Handlers. Attaches To Top Plate Provided By Velocity 11. Includes Covers For Side Windows. |
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) |
VP 381 Mounted On Deep Well Microplate Legs. Accommodates Standard Multi-Blot Replicators To Deep Well Microplates. |
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) |
Adjustable FP Series Library Copier - For Registering All FP1, FP3 And FP9 Series Floating Replicator To 1536 Well SBS Standard Microplates. Two Alignment Holes On One Side And 8 Alignment Holes On 2.25mm Centers On The Other Side. |
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) |
Reformator, With 8 Alignment Pins For 384 Well Microplates, Includes VP 581A |
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) |
The wounding library copier was designed to be used in tissue culture "wounding" experiments where a monolayer of tissue culture cells was grown in a 96 or 384 well microplate and a V&P floating pin replicator was used to create a precise and reproducible wounding pattern in all the mono-layers. |
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) |
1 Liter Low Density Polyethylene Nalgene Bottle With 0.91 Meter Tall Ring Stand With SBS Base, Ring Stand Clamp, Tubing, Tubing Clamp And Velcro Strap |
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) |
1 Gal./4L Low Density Polyethylene Carboy With Tube Attachment On Bottom. Comes With Tubing, Pinch Clamp, Velcro Strap And VP 567D Flow Restrictor (No Ring Stand) |
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) |
Flow restrictor which can control the flow rate of reagent down the line. We offer a range of flow restrictors (VP 567B, VP 567C and VP 567D) which regulate the flow from 0.05ml/min to 23.8ml/min. |
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) |
Polypropylene detachable inlet port for use with reagent reservoirs. It can be used with V&P Bubble Paddle Reservoirs and as an accessory with the VP 600 series Liquid Level Sensor. It is also compatible With VP 792D reservoir. |
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) |
The VP 530C-B reservoir and VP 530-BL lid is a Maximum Volume Reagent Reservoir System which was designed to hold light sensitive reagents. Both the reservoir and lid are made from black Delrin and can hold 700ml of reagent. |
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) |
Reagent Reservoir With 96 Dimpled Depressions, Made With Polypropylene, Reservoir Depth = 40mm, 127.76mm Long, 85.48mm Wide, 48mm Tall |
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||||
) |
The hydrophilic coated aluminum reagent reservoir conforms to SBS standard dimensions of 127.7 mm long 85.5 mm wide and with a 24 mm deep cavity and stands 32 mm tall, dimples are 3.3 mm in diameter which are smaller than our typical 96 dimpled reservoir – see VP 530-AL. This was designed to be used either as a large or very small volume reservoir due to the small size of the dimples. |
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||||
) |
The hydrophilic coated aluminum reagent reservoir conforms to SBS standard dimensions of 127.7 mm long 85.5 mm wide and with a 40 mm deep cavity and stands 51 mm tall. No dimples in the bottom of the reservoir. |
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||||
) |
Hydrophilic coated aluminum reservoir 127.7mm long, 85.5mm wide with 19mm deep cavity and stands 32mm tall overall. 96 dimpled depressions. Contains 4 large chambers (Columns 1-3, 4-6, 7-9, 10-12). |
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||||
) |
Reagent Reservoir. |
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||||
) |
The VP 531J1 reservoir at the right features a main reservoir with a capacity for 185 ml of reagent and a double column control reservoir with the ability to hold 10 mls. Again both sections are dimpled to minimize dead volume loss. The reagent reservoir conforms to SBS standard dimensions of 127.7 mm long 85.5 mm wide and with a 25.4 mm deep cavity and stands 32 mm tall. The reservoirs are constructed of solvent resistant polypropylene. |
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||||
) |
The VP 531K is a 384 style reagent reservoir with 4 large (96 position) sections each holding 40 ml and an additional 16 small (4 position) segments or control wells. The control wells hold 1.4 ml each. We have "dimpled" the bottom of the reservoir so the last dregs of an expensive reagent can be used. |
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||||
) |
The VP 531L Maximum Reagent Reservoir at the right was designed to hold the maximum volume a precious reagent with a minimum waste in the bottom of the reservoir. The reservoir was also designed to fit on the deck of a Beckman FX robot using the standard Beckman plate holder and the longest Beckman pipet tips. |
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||||
) |
The VP 531M is a 384 style reagent reservoir with 2 small one column wide control wells in column 1 and column 13 and 2 larger sections of control wells in columns 2 through 12 and 14 through 24. The larger sections each holding 90 ml and two single column sections holding 5 ml each. We have "dimpled" the bottom of the reservoir so the last dregs of an expensive reagent can be used. |
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||||
) |
The VP 531M-AL is a variation of the VP 531M 384 style reagent reservoir with 4 segments made from hydrophilic coated aluminum. The two large sections are (1) A-P 2-13 and (2) A-P 14-24. The two narrow sections are, (3) A-P 1, and (4) A-P 13. Each large segmented chamber is dimpled in a 384 pattern and holds 70 ml. Each small segmented chamber is dimpled in a 384 pattern and holds 4.5 ml. We have also "dimpled" the bottom of the reservoir so the last dregs of an expensive reagent can be used. |
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||||
) |
The VP 531N is a 384 style reagent reservoir with two small two column wide control wells in columns 1 and 2 and three small two wide control wells in columns 23 and 24 and single large control section in the middle of the reservoir in columns 3 through 22. The large section holds 160 ml, the 16 dimpled control wells hold 8 ml, the 10 dimpled control well hold 5.5 ml, the 12 dimpled control well hold 6 ml and the 8 dimpled control well hold 4 ml. We have "dimpled" the bottom of the reservoir so the last dregs of an expensive reagent can be used. |
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||||
) |
The VP 531O-ALL is a low profile variation of the VP 531M-AL 384 style reagent reservoir with 3 segments made from hydrophilic coated aluminum. The two small control sections are Column 1 and column 2, each is capable of holding ~2.5 ml of reagent The large section comprises the remaining 22 columns and will hold 85 ml of reagent. The large chamber has 352 3.3 mm diameter dimples on 4.5 mm centers. We have "dimpled" the bottom of the reservoir so the last dregs of an expensive reagent can be used. |
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||||
) |
The VP 531P-PEEK is a 384 style reagent reservoir with 24 small one column wide control wells in all columns. Each column has a "U" bottom and 19 mm deep, separating walls = 0.75 mm thick. Reservoir dimensions are 127.7mm long 85.5mm and 32mm tall and made from autoclaveable PEEK. |
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||||
) |
The VP 531Q-1AL is a 384 style reagent reservoir with eight small control sections made from hydrophilic coated aluminum. |
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||||
) |
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||||
) |
The VP 531Q-3AL is a 384 style reagent reservoir with four small control sections and 2 large sections made from hydrophilic coated aluminum. |
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||||
) |
The VP 531Q-4AL is a 384 style reagent reservoir with eight small control sections and 2 large sections made from hydrophilic coated aluminum. |
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The VP 531Q-5AL is a 384 style reagent reservoir with two large control sections made from hydrophilic coated aluminum. |
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Hydrophilic coated aluminum reservoir 127.7mm long, 85.5mm wide with 19mm deep cavity and stands 32mm tall overall. 384 dimpled depressions. Contains 4 large chambers (Columns 1-6, 7-12, 13-18, 19-24). |
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The VP 531R-1AL is a 384 style reagent reservoir with a single control section made from hydrophilic coated aluminum. |
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The VP 531R-2AL is a 384 style reagent reservoir with two control sections made from hydrophilic coated aluminum. |
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Maximum Reagent Reservoir at the right is made from hydrophilic coated aluminum. |
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Hydrophilic coated aluminum reservoir with 384 dimpled depressions and 6 control reservoirs. Chamber depth = 2.54cm. Dividing walls = 0.7mm thick. |
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Hydrophilic Coated Aluminum reagent reservoir 10mm deep with a flat bottom. 5 chambers each separated by a 6mm wide wall. |
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384 style polypropylene reservoir with 5 chambers 3 columns wide and a 6th smaller 1 column wide. |
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Magnetic Stir Element To Fit Corning 500ml PP Centrifuge Tube. Includes Stainless Steel Aspiration Tube And 4 VP 782N-21-150 Neodymium Magnets. Autoclaveable System. |
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Neodymium Iron Boron (NdFeB) is the strongest of the permanent magnetic materials. Previously, Neodymium Iron Boron has not been available as a completely encapsulated Magnetic Stir Element. V&P is the only source of encapsulated NdFeB. We offer a high and a low temperature resistant form of the NdFeB which can be selected to fit your application. We also offer Samarium Cobalt (SmCo) rare earth magnets which are available for even higher-temperature applications. By way of comparison, Alnico magnets the most commonly used in magnetic stir bars, are much weaker at only 7 MGO. So if you need to stir viscous material or particulates at high speeds or to grind nanoparticles this is the system for you. |
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Large Bar Bell style stir elements. These stir elements were designed to be used with the Mega Stirrus VP 706 on large vessels such as carboys. The dark spots on the PTFE Bar Bells are Parylene encapsulated 48 MGO NdFeB magnets arranged so one side of the Bar Bell is the magnetic north pole and the other side is the magnetic south pole. This arrangement maximizes the magnetic coupling and allows for the stirring of even viscous materials like honey in large vessels. |
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The VP 772BP series are encapsulated PTFE Magnetic Stir Bars. These stir bars either contain NdFeB (42 MGO), NdFeB (52 MGO), or SmCo (MGO) Magnets and come in a wide variety of lengths. |
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The PTFE disc series Sandwich style stir elements protect the parylene coated NdFeB and SmCo discs inside a ring of PTFE. |
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Our miniature "Sandwich" style stir elements in the VP 772FN-5, VP 772FN-6, VP 772FS-5 and VP 772FS6 series were designed to work with glass vials in 96 well reaction blocks or 96 deep well microplates. These stir elements are powered by either 48 MGO NdFeB magnetic discs (VP 782N-3) or VP 782S-3 and are capable of stirring solutions as viscous as honey. |
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The VP 772FS-6-34MB and VP 772FN-6-34MB were designed to mix magnetic beads in microcentrifuge tubes. The magnetic disc part of the stirrer is kept out of the liquid to prevent magnetic beads from being collected there. |
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Sandwich-Style Stir Element, Tuning Fork With Pivot Point And Wings Design. 2.3mm Thick PTFE Plate (10mm Wide, 35mm Long), 80C Maximum Operating Temperature Magnet. |
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The VP 772F series is a new concept in magnetic stirrers. The VP 772F features pairs of parylene encapsulated NdFeB or SmCo magnetic discs with a 1.58 mm thick pocketed sheet of PTFE sandwiched in between (Patent Pending). |
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The VP 772FN-17-64 was designed to be used by conventional magnetic stirrers as a low profile stirrer that lays flat on the bottom of the vessel such as the magnetic stirrers on the Beckman FX robot so that the maximum amount of fluid can be recovered from the reservoir. |
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Sandwich-Style Stir Element, Tuning Fork With Pivot Point And Wings Design. |
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Sandwich-Style Stir Element, Tuning Fork With Pivot Point And Wings Design. |
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The VP 772FS-25-105MB and VP 772FN-25-105MB were designed to mix magnetic beads. The magnetic disc part of the stirrer is kept out of the liquid to prevent magnetic beads from being collected there. |
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The Umbrella Stirrers are constructed out of PTFE with our unique sandwich pockets for the magnets positioned above the support plate to keep the stirrer from touching the bottom of the microplate. These Umbrella Stirrers allow for mixing in 24 well microplates without touching the bottom or sides of the wells. |
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The Umbrella system
consists of an autoclaveable polycarbonate support plate |
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The PEEK stirrers are also loaded with Neodymium Iron Boron (NdFeB) magnets, the strongest of the rare earth type magnets. These magnets, coupled with one of our conventional stirrers that also use NdFeB magnets, allow for stirring of very thick, dense, or viscous slurry solutions such as the wood pulp or zirconium beads. |
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The PEEK stir bars can also be shaped into an oval, to reduce surface contact with the mixing vessel. The VP 772PT-25-80OV-150 magnetic stir bar seen to the right also features a spin ring in the middle to further reduce surface contact. The diameter is 25.4mm at the thickest region and 80mm long. |
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The VP 772T-6 series features parylene encapsulated NdFeB magnetic cores sandwiched in PTFE tubing. The tubing outside diameter is 6.35 mm and the length of the stir bars varies from 11 to 87 mm. |
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The VP 772T-11 series features parylene encapsulated NdFeB magnetic cores sandwiched in PTFE tubing. The tubing outside diameter is 11 mm and the length of the stir bars varies from 16 to 67 mm. |
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Magnetic cylinder stir elements, coated with parylene to make it inert. |
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The VP 782NC-3-6R combines the strength of our Neodymium Iron Boron magnetic cylinders with the reach of a 127 mm long stainless steel rod. The powerful NdFeB magnet is able to remove alnico stir elements weighing up to 8.5 grams (VP 776-50) and NdFeB stir elements weighing up to 55 grams. 55 grams is much heavier than any of our NdFeB stir elements, so all our NdFeB magnetic stir elements are removed with the retriever. |
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Parylene encapsulated magentic discs were designed to be used in the pockets of the VP 772F PTFE shapes to provide the magnetic core. The VP 772F protects the softer Parylene coated discs. |
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Nickel coated NdFeB Magnetic Stir Elements. |
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The VP 791P series Paddle/Trapeze stir elements are constructed of PTFE Paddles and Frames with Nylon bearings and magnetic discs coated with parylene to drive the Paddles. The Paddle/Trapeze design minimizes the contact with the bottom of the vessel. |
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Drop Dispenser - 96 For VP 711, VP 711-1,VP 711D & VP 711D-1 Stir Bars, Improved Anti-Jam Version, To Replace VP 711A-1 |
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Drop Dispenser - 96 For VP 711, VP 711-1, VP 711D & VP 711D-1 Stir Bars, Improved Anti-Jam Version, For Deep Well Microplates. |
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Improved Drop Dispenser- 96 For VP 712 Stir Bars, To Replace VP 712A-1 |
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Stir Disc Dispenser for VP 721F or VP 721F-1 Stir Discs - 48 well format, on 13 mm centers, stainless steel plenum with a trigger dispense mechanism. Easier loading of discs. Used to load glass vials in aluminum racks. Bottom of dispenser registers to the vials so the VP 721F or VP 721F-1 Stir Discs fall into the vials. |
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Drop Dispenser - 96 Holes - Loads 0.097" Dia. Balls Into Standard Well 96 Microplates, New Design - Top Plate Stationary - Bottom Plate Moves |
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Alignment collar for VP 725A-1-96S Dispenser. Registers to a 96-vial Symyx Block (SBS footprint) with 8mm OD x 40mm height glass vials. |
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