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Get High-Quality Laboratory Equipment for Reliable Research
At MIDSCI™, we provide premium laboratory and scientific research equipment that meets the highest standards of accuracy, compliance, and durability. With over 40,000 products, including autoclaves, incubators, pipettors, centrifuges, and PCR Workstations, our equipment solutions are designed to support your lab and your life’s work.
Whether you’re working in cell culture, microbiology, or pharmaceutical development, MIDSCI™ offers everything from essential lab supplies and chemicals to advanced instruments, ensuring your research is efficient, safe, and repeatable.
Shop our full range of laboratory equipment now or contact your local Lab Consultant for personalized recommendations!
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Accuris IsoPure™ 96 & IsoPure™ Mini | Automated Extraction Systems
IsoPure™ 96
- Operates as a stand-alone system, or connects to PC for programming
- 8-position carousel for deep well sample plates
- Intuitive programming and operation on a user-friendly touchscreen
- Reliable and automated processing of up to 96 samples
The IsoPure™ 96 from Accuris Instruments is a high-throughput automated extraction system that improves the efficiency and reproducibility of magnetic bead extractions. Capable of processing up to 96 samples at one time, the instrument is easy to set up and program. Mixing, magnetic bead transfer, washing, and elution steps are performed automatically, saving valuable hands-on time. The complete purification process can be finished in as little as 10 minutes (depending on the reagent kit and the complexity of the program.)
IsoPure™ Mini
- Compact design takes up only 8 x 10 inches of bench space
- Intuitive programming on a user-friendly Android tablet app
- Higher yields and reproducibility than manual extraction methods
- Fast and reliable sample processing
The IsoPure™ Mini from Accuris Instruments is an extremely compact, automated extraction system that improves the efficiency and reproducibility of magnetic bead extractions. Capable of processing up to 16 samples at one time, the instrument is easy to set up and program. Mixing, magnetic bead transfer, washing, and elution steps are performed automatically, saving valuable hands-on time. The complete purification process can be finished in as little as 10 minutes (depending on the reagent kit and the complexity of the program.)
Specifications
| AP1096 | AP1016 | |
| Capacity / Sample Volume | 96 Samples / 50 uL to 1000 uL | 16 Samples / 50 uL to 1000 uL |
| Magnetic Bead Recovery Rate | >95% | >95% |
| Lysis Temperature Range | RT to 120°C | RT to 120°C |
| Elution Temperature Range | RT to 120°C | RT to 120°C |
| Display | 7.0 In. Color Screen | 4.3 In. Color Screen |
| Programming Control | Touch screen/mouse, or PC connection | Touch screen/mouse, or PC connection |
| Program Memory | 100 programs | 100 programs |
| Communication Ports | USB, Ethernet | USB, Ethernet |
| Contamination Control | UV Sterilization | UV Sterilization |
| Electrical Input | Universal 120 to 240VAC | Universal 120 to 240VAC |
| Dimensions | 22 x 24.5 x 19.7 In. 56 x 62 x 50 cm | 7.9 x 10.2 x 11.8 In. 20 x 26 x 30 cm |
Templog Premier Glass Door Chromatography Refrigerator
- Microprocessor Temperature Controller
- Adjustable Operating Temperature Range: 1°c - 10°c
- Touch Screen Digital Temperature Display and Alarm Module
- Password-protected Control Panel
- Sample Simulated Digital Temperature Display; .1° Resolution, Adjustable Temperature Display in Celsius or Fahrenheit
- Active Temperature Scale Bar Display
- Resettable 1-point Min/max History and Digital 24-hour Temperature Chart Temperature Data Logging
- Usb Port for Data Transfer and Software Updates
- Real-time Operational Display Clock
- 4-20ma Output
- Electronic Troubleshooting Guide
- Electronic Qr Code to Access Owner’s Manual & Technical Support Contact Info Adjustable Alarm Volume
- Audible and Visual High/low Temperature Alarms
SureAir™ PCR Workstation
SureAir™ PCR Workstation
- HEPA filter and UV light reduce cross-contamination during PC preparation
- Compact, 22 x 16" footprint
- Cable port allows easy use of centrifuges, vortexers, and other instruments
- Includes pipette holder and shelf for storage of pipettes and tips
- Provides clean air within chamber to ISO 5 standards
The SureAir™ is designed to keep your workspace clean easy-to-use, and organized. An included germicidal UVC light eliminates any stray DNA that may contaminate samples, and is programmed to automatically shut off after 15 minutes. To protect users, the UVC light is only operational when the
Specifications
| UV Light | 8W UVC |
| UV Auto-Shutoff Timer | 15 minutes |
| Materials | UV-Resistant Polycarbonate |
| Outer Dimensions (W x D xH) | 21.7x15.7x23.3in. |
| Inner Dimensions (WxDxH) | 197x154×15.7in. |
| Hand Access Dimensions (W xH) | 197×6.3 in. |
| Filter | 0.3 um 99.97% HEPA |
| Air Velocity | 0.2 m/s |
| Electrical | 115V or 230V. 50/60 Hz |
| Power Consumption | TOW |
| Weight | 44 lbs |
| Warranty | 2 years |
ABS Standard Glass Door Laboratory Refrigerators
Standard Glass Door Laboratory Refrigerators deliver reliable, energyefficient cold storage designed specifically for laboratory environments. Built with ultralow energy consumption and natural refrigerants, these refrigerators provide a sustainable solution without compromising performance.
Equipped with microprocessor temperature control, this model ensures precise temperature monitoring and consistent cooling for sensitive samples and reagents. Essential safety features, including a keyed door lock, high- and low-temperature alarms, and remote alarm contacts, help protect valuable laboratory materials.
The durable, powdercoated steel exterior, transparent glass door, and adjustable shelves make organization simple and enhance workflow efficiency. Engineered for long-lasting performance, this refrigerator is ideal for research facilities, clinical labs, pharmaceuticals, and biotech applications.
Disclaimer
Refrigerator requires a minimum 2-inch clearance at the back and sides of unit for proper ventilation.
| COMPRESSOR | HERMETIC, HIGH PERFORMANCE |
| REFRIGERANT | EPA SNAP COMPLIANT, R290, PROPANE |
| CONDENSER | FIN AND TUBE DESIGN, HIGH EFFICIENCY FAN |
| EVAPORATOR | PLATE WALL |
| DEFROST | CYCLE OPTIMIZED, ZERO ENERGY |
| UNIFORMITY¹ (CABINET AIR) | +/- 1.0°C |
| STABILITY² (CABINET AIR) | +/- 1.1°C |
| MAXIMUM TEMPERATURE VARIATION (CABINET AIR) | +/- 1.4°C |
| TEMPERATURE RISE AFTER AN AFTER 8 SEC DOOR OPENINGS | TEMPERATURE DID NOT EXCEED 6.7°C AT ANY PROBE FOR ALL REQUIRED NSF/ANSI 456 TESTING PROTOCOLS |
| RECOVERY AFTER 3 MIN DOOR OPENING | ALL PROBES RECOVER TO UNDER 8°C WITHIN 6.5 MIN. |
| ENERGY CONSUMPTION | 1.32 KWH/DAY |
| AVERAGE HEAT REJECTION | 2.21 KWH/DAY (315 BTU/H) |
| NOISE PRESSURE LEVEL (DBA) | 49 OR LESS INSTALLED |
| PULL DOWN TIME TO NOMINAL OPERATING TEMP | 30 MIN |
PERFORMANCE DATA ACQUIRED AT 22°C AMBIENT, USING NSF/ANSI 456 COMPLIANT VALIDATION BALLAST PROBES, EMPTY CHAMBER, DURING STABILIZED STEADY STATE OPERATION AND A DAQ SAMPLING RATE OF ONE MEASUREMENT EVERY 10 SECONDS
- UNIFORMITY IS DEFINED AS THE MAXIMUM VARIANCE IN TEMPERATURE ACROSS ALL PROBES AT ANY POINT IN TIME OVER THE TESTING PERIOD
- STABILITY IS DEFINED AS THE MAXIMUM VARIANCE IN TEMPERATURE EXPERIENCED BY ANY SINGLE PROBE OVER THE TESTING PERIOD
- TEMPERATURE PERFORMANCE FOR ALL LOADED AND UNLOADED DOOR OPENING PROTOCOLS, ALL ALARM, CONTROLLER AND PROBE REQUIREMENTS AS DEFINED IN THE NSF/ANSI 456 STANDARD FOR VACCINE STORAGE
- DATA PER ENERGY STAR TEST RESULTS OR EQUIVALENT TESTING AND CALCULATION. HEAT REJECTION BASED ON DAILY AVERAGES, NOT CONTINUOUS OPERATION. PERFORMANCE EXCEEDS ENERGY STAR REQUIREMENTS.
| CONTROLLER TECHNOLOGY | PARAMETRIC, MICROPROCESSOR, LED DISPLAY WITH 0.1°C RESOLUTION |
| TEMPERATURE SETPOINT RANGE | 1°C TO 10°C (SETPOINT MUST REMAIN UNALTERED FROM THE FACTORY SETTING TO REMAIN COMPLIANT WITH NSF/ANSI PERFORMANCE REQUIREMENTS) |
| DISPLAY PROBE | CALIBRATED, STAINLESS STEEL |
| EXTERNAL ALARM CONNECTION | STATE SWITCHING REMOTE ALARM CONTACTS |
| ALARMS | VISUAL AND AUDIBLE INDICATORS |
| HIGH / LOW TEMPERATURE, COMPLIANT WITH ALARM REQUIREMENTS DEFINED IN THE NSF/ANSI STANDARD FOR VACCINE STORAGE | |
| SIMULATOR BALLAST | 20 ML BOTTLE, GLASS BEAD THERMAL MEDIA |
Please email tech@midsci.com or call 800-227-9997 to request a quote.
Airstream® NS G4 Class II Type A2 Biological Safety Cabinet
Introducing Airstream® NS G4 Class II Type A2 Biosafety Cabinet.
The new BSC with Centurion Touchscreen controller is NSF-certified with standby height that easily activates standby mode, an ergonomic work zone that is comprised of bright illumination using industry-leading dimmable LED combined with a raised, durable, stainless-steel armrest. It also comes with wider model options offering stainless steel (S-series) and glass (E-series) side wall variants.
The Airstream® NS G4 incorporates greener features, ensuring a more sustainable and environmentally friendly operation. With its compact size and advanced features, this biosafety cabinet offers an unparalleled level of convenience and safety, making it the ideal choice for laboratories and research facilities.
Centurion Touchscreen Controller
Intuitive, comprehensive, and easy-to-understand
Virtually comprehensible safety information and cabinet alarms via 3D BSC diagram
Defined details of alarm types with clear instructions for proper intervention
Centered and angled down for easy reach & viewing
Selectable Quickstart mode for fast operation
Dimmable LED
Adjustable work zone brightness
Ideal light intensity of 1200 lux
Saves energy and optimizes work comfort
Ergonomic Features
8” sash opening
Frameless, shatterproof, and UV-absorbing tempered glass
Tray support beams and holder
Support beams for less vibration and holder for easy drain pan cleaning
Green Product
Equipped with energy-efficient DC ECM that allows up to 70% energy savings vs AC motor
Extremely low energy consumption with 184 watts (4 ft unit)
Standby mode allows reduced power consumption
ULPA Filter
10x filtration efficiency compared to the HEPA filter
Creates ISO Class 3 work zone instead of industry-standard, ISO Class 5
Same 10 years filter life and replacement cost as HEPA filters
*99.999% at 0.1 to 0.3 micron, ULPA as per IEST-RP-CC001.3 USA
*99.999% at MPPS, H14 as per EN 1822 EU
Isocide™ Antimicrobial Powder Coating
Stainless Steel Built-In Vaccine Refrigerator
| COMPRESSOR | HERMETIC, HIGH PERFORMANCE |
| REFRIGERANT | EPA SNAP COMPLIANT, R600A, ISOBUTANE |
| CONDENSER | HYBRID FIN AND TUBE WITH LOW NOISE FAN |
| EVAPORATOR | PLATE WALL |
| DEFROST | CYCLE OPTIMIZED, ZERO ENERGY |
| UNIFORMITY¹ (CABINET AIR) | +/- 0.8°C |
| STABILITY² (CABINET AIR) | +/- 1.2°C |
| MAXIMUM TEMPERATURE VARIATION (CABINET AIR) | +/- 1.4°C |
| TEMPERATURE RISE AFTER AN AFTER 8 SEC DOOR OPENINGS | TEMPERATURE DID NOT EXCEED 6.4°C AT ANY PROBE FOR ALL REQUIRED NSF/ANSI 456 TESTING PROTOCOLS |
| RECOVERY AFTER 3 MIN DOOR OPENING | ALL PROBES RECOVER TO UNDER 8°C WITHIN 4.8 MIN. |
| ENERGY CONSUMPTION | 1.15 KWH/DAY |
| AVERAGE HEAT REJECTION | 1.57 KWH/DAY (224 BTU/H) |
| NOISE PRESSURE LEVEL (DBA) | 43 OR LESS INSTALLED |
| PULL DOWN TIME TO NOMINAL OPERATING TEMP | 35 MIN |
PERFORMANCE DATA ACQUIRED AT 22°C AMBIENT, USING NSF/ANSI 456 COMPLIANT VALIDATION BALLAST PROBES, EMPTY CHAMBER, DURING STABILIZED STEADY STATE OPERATION AND A DAQ SAMPLING RATE OF ONE MEASUREMENT EVERY 10 SECONDS
- UNIFORMITY IS DEFINED AS THE MAXIMUM VARIANCE IN TEMPERATURE ACROSS ALL PROBES AT ANY POINT IN TIME OVER THE TESTING PERIOD
- STABILITY IS DEFINED AS THE MAXIMUM VARIANCE IN TEMPERATURE EXPERIENCED BY ANY SINGLE PROBE OVER THE TESTING PERIOD
- TEMPERATURE PERFORMANCE FOR ALL LOADED AND UNLOADED DOOR OPENING PROTOCOLS, ALL ALARM, CONTROLLER AND PROBE REQUIREMENTS AS DEFINED IN THE NSF/ANSI 456 STANDARD FOR VACCINE STORAGE
- DATA PER ENERGY STAR TEST RESULTS OR EQUIVALENT TESTING AND CALCULATION. HEAT REJECTION BASED ON DAILY AVERAGES, NOT CONTINUOUS OPERATION. PERFORMANCE EXCEEDS ENERGY STAR REQUIREMENTS.
| CONTROLLER TECHNOLOGY | PARAMETRIC, MICROPROCESSOR, LED DISPLAY WITH 0.1°C RESOLUTION |
| TEMPERATURE SETPOINT RANGE | 1°C TO 10°C (SETPOINT MUST REMAIN UNALTERED FROM THE FACTORY SETTING TO REMAIN COMPLIANT WITH NSF/ANSI PERFORMANCE REQUIREMENTS) |
| DISPLAY PROBE | CALIBRATED, STAINLESS STEEL |
| EXTERNAL ALARM CONNECTION | STATE SWITCHING REMOTE ALARM CONTACTS |
| ALARMS | VISUAL AND AUDIBLE INDICATORS |
| HIGH / LOW TEMPERATURE, COMPLIANT WITH ALARM REQUIREMENTS DEFINED IN THE NSF/ANSI STANDARD FOR VACCINE STORAGE | |
| SIMULATOR BALLAST | 20 ML BOTTLE, GLASS BEAD THERMAL MEDIA |
456 Pharmacy Solid Door Refrigerator
| COMPRESSOR | HERMETIC, HIGH PERFORMANCE |
| REFRIGERANT | EPA SNAP COMPLIANT, R290, PROPANE |
| CONDENSER | FIN AND TUBE DESIGN, HIGH EFFICIENCY FAN |
| EVAPORATOR | PLATE WALL |
| DEFROST | CYCLE OPTIMIZED, ZERO ENERGY |
| UNIFORMITY¹ (CABINET AIR) | +/- 1.0°C |
| STABILITY² (CABINET AIR) | +/- 1.1°C |
| MAXIMUM TEMPERATURE VARIATION (CABINET AIR) | +/- 1.4°C |
| TEMPERATURE RISE AFTER AN AFTER 8 SEC DOOR OPENINGS | TEMPERATURE DID NOT EXCEED 6.7°C AT ANY PROBE FOR ALL REQUIRED NSF/ANSI 456 TESTING PROTOCOLS |
| RECOVERY AFTER 3 MIN DOOR OPENING | ALL PROBES RECOVER TO UNDER 8°C WITHIN 6.5 MIN. |
| ENERGY CONSUMPTION | 1.32 KWH/DAY |
| AVERAGE HEAT REJECTION | 2.21 KWH/DAY (315 BTU/H) |
| NOISE PRESSURE LEVEL (DBA) | 49 OR LESS INSTALLED |
| PULL DOWN TIME TO NOMINAL OPERATING TEMP | 30 MIN |
PERFORMANCE DATA ACQUIRED AT 22°C AMBIENT, USING NSF/ANSI 456 COMPLIANT VALIDATION BALLAST PROBES, EMPTY CHAMBER, DURING STABILIZED STEADY STATE OPERATION AND A DAQ SAMPLING RATE OF ONE MEASUREMENT EVERY 10 SECONDS
- UNIFORMITY IS DEFINED AS THE MAXIMUM VARIANCE IN TEMPERATURE ACROSS ALL PROBES AT ANY POINT IN TIME OVER THE TESTING PERIOD
- STABILITY IS DEFINED AS THE MAXIMUM VARIANCE IN TEMPERATURE EXPERIENCED BY ANY SINGLE PROBE OVER THE TESTING PERIOD
- TEMPERATURE PERFORMANCE FOR ALL LOADED AND UNLOADED DOOR OPENING PROTOCOLS, ALL ALARM, CONTROLLER AND PROBE REQUIREMENTS AS DEFINED IN THE NSF/ANSI 456 STANDARD FOR VACCINE STORAGE
- DATA PER ENERGY STAR TEST RESULTS OR EQUIVALENT TESTING AND CALCULATION. HEAT REJECTION BASED ON DAILY AVERAGES, NOT CONTINUOUS OPERATION. PERFORMANCE EXCEEDS ENERGY STAR REQUIREMENTS.
| CONTROLLER TECHNOLOGY | PARAMETRIC, MICROPROCESSOR, LED DISPLAY WITH 0.1°C RESOLUTION |
| TEMPERATURE SETPOINT RANGE | 1°C TO 10°C (SETPOINT MUST REMAIN UNALTERED FROM THE FACTORY SETTING TO REMAIN COMPLIANT WITH NSF/ANSI PERFORMANCE REQUIREMENTS) |
| DISPLAY PROBE | CALIBRATED, STAINLESS STEEL |
| EXTERNAL ALARM CONNECTION | STATE SWITCHING REMOTE ALARM CONTACTS |
| ALARMS | VISUAL AND AUDIBLE INDICATORS |
| HIGH / LOW TEMPERATURE, COMPLIANT WITH ALARM REQUIREMENTS DEFINED IN THE NSF/ANSI STANDARD FOR VACCINE STORAGE | |
| SIMULATOR BALLAST | 20 ML BOTTLE, GLASS BEAD THERMAL MEDIA |
Premier Glass Door Chromatography Refrigerator
- Cycle Defrost
- 115v, 60 Hz, 3 Amps, 1/5 Hp
- Shipping Weight: 283 Lbs. Note: This Unit Requires Two (2) Outlets
- Microprocessor Temperature Controller
- Adjustable Operating Temperature Range: 1°-10°c
- Digital Temperature Display and Alarm Module
- Sample Simulated Digital Temperature Display; .1° Resolution
- Adjustable Temperature Display in Celsius or Fahrenheit
- Audible and Visual High/low Temperature Alarms
- Sensor Error Alarm
- Power Failure Alarm
- Resettable 1-point Min/max History
- Remote Alarm Contacts
- 2 Probes; 1 in Air and 1 in Sample Bottle
- Alarm Validation (Audible, Visual, and Remote Alarm)
- Alarm Mute With Ring Back
Halo™ Single Channel Pipettors
Experience exceptional comfort, precision, and performance with Halo™ Single Channel Pipettors. Engineered as one of the lightest pipettors available, Halo™ significantly reduces hand, arm, and shoulder strain, helping users avoid repetitive stress injuries during daily pipetting tasks. Reduced actuation forces and a refined ergonomic grip make the pipettor feel natural, balanced, and easy to control.
Designed for accuracy-driven applications, the Halo™ Pipettor features a four-digit micrometer display for highly precise volume setting and a click-based adjustment wheel with DriftGuard™ protection, ensuring consistent, stable calibration. The innovative tip-ejection system includes a recessed ejector button and a cushioned, shock-absorbing stop to minimize thumb stress and promote long-term comfort.
Halo™ Pipettors are available in 10 different volume models, including an exclusive 1,250 uL version that maximizes the capacity of extended-length pipette tips. Each pipettor is compatible with universal tips and includes a user-enabled calibration port for convenient recalibration when needed.
Main Attributes
- 10 to 40% lighter than leading competitor models
- Four-digit micrometer with DriftGuard™ protection for stable, accurate volume settings
- Exclusive 1,250 uL model for optimal performance with 1,250 uL tips
- User-enabled calibration port for effortless recalibration
- Compatible with universal pipette tips
Additional Products Available
Halo™ Pipette Starter Kit (H6800-SK)
Includes:
- H6800-10 (10 uL)
- H6800-20 (20 uL)
- H6800-200 (200 uL)
- H6800-1MXL (1,250 uL)
- H6800-CR (6-place carousel stand)
Halo™ Pipette Carousel (H6800-CR)
- Holds up to 6 Pipettors
Halo™ 5 mL and 10 mL Pipette Tips (H6505 & H6510)
Halo™ 5 mL and 10 mL pipette tips are engineered for a perfect, secure fit on Halo™ Single Channel Pipettors. Designed for smooth operation and maximum comfort, these macro-volume tips help ensure accurate, consistent liquid handling in demanding laboratory workflows.
Manufactured from ultraclear, highquality polypropylene, Halo™ macro pipette tips provide excellent visibility and a reliable seal. They are supplied in convenient bulk bags and are ideal for applications requiring larger volume transfers while maintaining precision, durability, and ease of use.
Glass Door Built-in Vaccine Refrigerator
| COMPRESSOR | HERMETIC, HIGH PERFORMANCE |
| REFRIGERANT | EPA SNAP COMPLIANT, R600A, ISOBUTANE |
| CONDENSER | HYBRID FIN AND TUBE WITH LOW NOISE FAN |
| EVAPORATOR | PLATE WALL |
| DEFROST | CYCLE OPTIMIZED, ZERO ENERGY |
| UNIFORMITY¹ (CABINET AIR) | +/- 0.8°C |
| STABILITY² (CABINET AIR) | +/- 1.2°C |
| MAXIMUM TEMPERATURE VARIATION (CABINET AIR) | +/- 1.4°C |
| TEMPERATURE RISE AFTER AN AFTER 8 SEC DOOR OPENINGS | TEMPERATURE DID NOT EXCEED 6.4°C AT ANY PROBE FOR ALL REQUIRED NSF/ANSI 456 TESTING PROTOCOLS |
| RECOVERY AFTER 3 MIN DOOR OPENING | ALL PROBES RECOVER TO UNDER 8°C WITHIN 4.8 MIN. |
| ENERGY CONSUMPTION | 1.15 KWH/DAY |
| AVERAGE HEAT REJECTION | 1.57 KWH/DAY (224 BTU/H) |
| NOISE PRESSURE LEVEL (DBA) | 43 OR LESS INSTALLED |
| PULL DOWN TIME TO NOMINAL OPERATING TEMP | 35 MIN |
PERFORMANCE DATA ACQUIRED AT 22°C AMBIENT, USING NSF/ANSI 456 COMPLIANT VALIDATION BALLAST PROBES, EMPTY CHAMBER, DURING STABILIZED STEADY STATE OPERATION AND A DAQ SAMPLING RATE OF ONE MEASUREMENT EVERY 10 SECONDS
- UNIFORMITY IS DEFINED AS THE MAXIMUM VARIANCE IN TEMPERATURE ACROSS ALL PROBES AT ANY POINT IN TIME OVER THE TESTING PERIOD
- STABILITY IS DEFINED AS THE MAXIMUM VARIANCE IN TEMPERATURE EXPERIENCED BY ANY SINGLE PROBE OVER THE TESTING PERIOD
- TEMPERATURE PERFORMANCE FOR ALL LOADED AND UNLOADED DOOR OPENING PROTOCOLS, ALL ALARM, CONTROLLER AND PROBE REQUIREMENTS AS DEFINED IN THE NSF/ANSI 456 STANDARD FOR VACCINE STORAGE
- DATA PER ENERGY STAR TEST RESULTS OR EQUIVALENT TESTING AND CALCULATION. HEAT REJECTION BASED ON DAILY AVERAGES, NOT CONTINUOUS OPERATION. PERFORMANCE EXCEEDS ENERGY STAR REQUIREMENTS.
| CONTROLLER TECHNOLOGY | PARAMETRIC, MICROPROCESSOR, LED DISPLAY WITH 0.1°C RESOLUTION |
| TEMPERATURE SETPOINT RANGE | 1°C TO 10°C (SETPOINT MUST REMAIN UNALTERED FROM THE FACTORY SETTING TO REMAIN COMPLIANT WITH NSF/ANSI PERFORMANCE REQUIREMENTS) |
| DISPLAY PROBE | CALIBRATED, STAINLESS STEEL |
| EXTERNAL ALARM CONNECTION | STATE SWITCHING REMOTE ALARM CONTACTS |
| ALARMS | VISUAL AND AUDIBLE INDICATORS |
| HIGH / LOW TEMPERATURE, COMPLIANT WITH ALARM REQUIREMENTS DEFINED IN THE NSF/ANSI STANDARD FOR VACCINE STORAGE | |
| SIMULATOR BALLAST | 20 ML BOTTLE, GLASS BEAD THERMAL MEDIA |
Please email tech@midsci.com or call 800-227-9997 to request a quote.
VIVA® G4 Animal Containment Workstation
The new VA2 G4 with Centurion Touchscreen controller is NSF-certified and available in 12-inch opening model for mouse and rat cages, with standby height that easily activates standby mode.
VIVA® G4 (VA2 G4) is comprised of bright illumination using industry-leading dimmable LED combined with an ergonomically sloped front design. VIVA® G4 Universal Workstation is specifically devised for optimum work comfort making it a complete solution to your need for ergonomics, reinforced safety, and operations efficiency in animal handling operations.
Centurion Touchscreen Controller
- Intuitive, comprehensive, and easy-to-understand
- Virtually comprehensible safety information and cabinet alarms via 3D BSC diagram
- Defined details of alarm types with clear instructions for proper intervention
- Centered and angled down for easy reach & viewing
- Selectable Quickstart mode for fast operation
Dimmable LED
- Adjustable work zone brightness
- Ideal light intensity of 1000 lux
- Saves energy and optimizes work comfort
Ergonomic Sash
- 12” sash opening for mouse and rat cages
- Frameless, shatterproof, and UV-absorbing tempered glass
Tray support beams and holder
- Support beams for less vibration and holder for easy drain pan cleaning
USB Port and Remote Modbus
- USB port to access cabinet data log and BMS connectivity
- Newly integrated Remote Modbus feature for users to securely access the cabinet remotely from external devices.
Cabinet Construction
- Stainless steel side walls with side capture zones and negative pressure to optimize containment
- Single-piece work tray, spill retaining and easy to clean
Green Product
- Equipped with energy-efficient DC ECM that allows up to 70% energy savings vs AC motor
- Extremely low energy consumption
- Standby mode allows reduced power consumption by 80%
ULPA Filter
- 10x filtration efficiency compared to the HEPA filter
- Creates ISO Class 3 work zone instead of industry-standard, ISO Class 5
- Same 10 years filter life and replacement cost as HEPA filters
*99.999% at 0.1 to 0.3 micron, ULPA as per IEST-RP-CC001.3 USA
*>99.999% at MPPS, H14 as per EN 1822 EU
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