Used Lab Equipment

As a reliable source of ultrapure water, the arium pro series offers a flexible and modular system which, compared to conventional devices, demonstrates excellent added value.

Specifications:

• Water purification method: Adsorption by means of spherical activated carbon, deionization, optional end-position particle and sterile filtration
• Water type: ASTM Type 1 ultrapure water
• Output: 120 l/h
• Water dispensing flow rate:1–2 l/min, adjustable
• Volume-controlled dispensing: 4 2 l/min in 100 ml, 1 l or 5 l steps, depending on the total dispense between 0.1 l and 60 l
• Volume accuracy: 5 3% between 0.25 l and 60 l
• Conductivity: 1 0.055 µS/cm compensated to 25°C
• Resistivity: 1 18.2 MO+cm compensated to 25°C TOC3 < 5 ppb
• Microorganism content: 2 < 1 CFU/1,000 ml
• Particle content: 2 < 1/ml
• Input pressure: 0–6.9 bar, recommended > 2 bar
• Temperature: 2–30 °C
• Specific conductivity: < 100 µS/cm compensated to 25 °C
• TOC: < 50 ppb
• Turbidity: < 1 NTU
• pH value: 4–10

As a reliable source of ultrapure water, the arium pro series offers a flexible and modular system which, compared to conventional devices, demonstrates excellent added value.

Specifications:

• Water purification method: Adsorption by means of spherical activated carbon, deionization, optional end-position particle and sterile filtration
• Water type: ASTM Type 1 ultrapure water
• Output: 120 l/h
• Water dispensing flow rate:1–2 l/min, adjustable
• Volume-controlled dispensing: 4 2 l/min in 100 ml, 1 l or 5 l steps, depending on the total dispense between 0.1 l and 60 l
• Volume accuracy: 5 3% between 0.25 l and 60 l
• Conductivity: 1 0.055 µS/cm compensated to 25°C
• Resistivity: 1 18.2 MO+cm compensated to 25°C TOC3 < 5 ppb
• Microorganism content: 2 < 1 CFU/1,000 ml
• Particle content: 2 < 1/ml
• Input pressure: 0–6.9 bar, recommended > 2 bar
• Temperature: 2–30 °C
• Specific conductivity: < 100 µS/cm compensated to 25 °C
• TOC: < 50 ppb
• Turbidity: < 1 NTU
• pH value: 4–10

These systems purify water for general laboratory use or as a feed source for ultrapure systems. The 12 and 24 L/hr models use a diaphragm pump for quiet, efficient operation; the 6 L/hr model must be connected to an in-house line pressure. The built-in membrane protection system extends the life of the membrane. It includes a special cartridge that softens the water, and an automatic flush that removes scale build-up on the membrane. The control panel operates and monitors the main functions.

Specifications:

• Maximum Flow Rate: 12 L/hour

• Inlet Port: â…œ OD compression

• Maximum Inlet Water Temperature: 35°C (95°F)

• Minimum Inlet Water Temperature: 1°C (34°C)

Description:

Benefit from automatic operation with polythylene and fiberglass Thermo Scientific™ Barnstead™ RO Storage Reservoirs. For use with Barnstead RO (Reverse Osmosis) water systems.

Specifications:

• Capacity: 8 gal. (30 L)
• Height: 18 in. (46 cm)
• Width: 15 in. (38 cm)
• Type: 8 gal (30 L) capacity
• Single access port

Features:

Direct-Q^® systems deliver both pure and ultrapure water directly from tap for use with a wide variety of applications in your lab. Direct-Q^® systems can be equipped with integrated or external reservoirs and are designed for under bench-, bench- or wall-mounting. The system's built-in 185nm UV lamp reduces the levels of organics for critical applications. You can fine-tune your ultrapure water quality to match your applications using Application specific point-of-use polishers to remove specific contaminants such as bacteria, particulates, pyrogen, nucleases, endocrine disruptors or volatile organic compounds.

Specifications:

• Daily Product Water Usage: 40 L/Day
• Feed Water Nature: Potable Tap Water
• Product Water Particulates: < 1 unit/mL (particulates >0.22 μm - with Millipak® or Biopak® point-of-use filters)
• Water Quality: Type 1, Type 3

Features:

Direct-Q® systems deliver both pure and ultrapure water directly from tap for use with a wide variety of applications in your lab. Direct-Q® systems can be equipped with integrated or external reservoirs and are designed for under bench-, bench- or wall-mounting. The system's built-in 185nm UV lamp reduces the levels of organics for critical applications. You can fine-tune your ultrapure water quality to match your applications using Application specific point-of-use polishers to remove specific contaminants such as bacteria, particulates, pyrogen, nucleases, endocrine disruptors or volatile organic compounds. The system's versatile remote dispenser helps you stay focused on your work by providing ultrapure water delivery where you need it. The remote dispenser can be placed up to two meters from the Direct-Q® system, and are available in free-standing or wall-mounted models.  

Specifications:

• Feed Water Nature: Potable Tap Water
• Flow Rate: 5 Liters per hour
• Daily Product Water Usage  : 60L/day
• Dimensions: 15 x 11.4 x 21.3 (DxWxH)  
• Product Water Resistivity: 
  • Ultrapure water: 18.2 MegOhm-cm
  • Product Water TOC: <5 ppb
  • Voltage: 100-240 V/50-60 Hz
  • Product Water Instant Delivery Rate: > 0.5 L/min

Features:

Direct-Q® systems deliver both pure and ultrapure water directly from tap for use with a wide variety of applications in your lab. Direct-Q® systems can be equipped with integrated or external reservoirs and are designed for under bench-, bench- or wall-mounting. The system's built-in 185nm UV lamp reduces the levels of organics for critical applications. You can fine-tune your ultrapure water quality to match your applications using Application specific point-of-use polishers to remove specific contaminants such as bacteria, particulates, pyrogen, nucleases, endocrine disruptors or volatile organic compounds. The system's versatile remote dispenser helps you stay focused on your work by providing ultrapure water delivery where you need it. The remote dispenser can be placed up to two meters from the Direct-Q® system, and are available in free-standing or wall-mounted models.

Specifications:

• Daily Product Water Usage :160 L/Day
• Feed Water Nature :Potable Tap Water
• Product Water Particulates: < 1 unit/mL (particulates >0.22 μm - with Millipak® or Biopak® point-of-use filters)
• Water Quality: Type 1, Type 3

Description: The Thermo Scientific EASYpure II RF is a batch-fed water purification system designed to provide Type I reagent-grade water with extremely low organic carbon content. It uses a three-stage deionization process combined with a 0.2 micron final filter to polish pretreated water (distilled, deionized, or reverse osmosis) to produce water with a resistivity of up to 18.2 megohms-cm and with a total organic carbon content of less than 10 ppb. Water resistivity is continuously sensed by a resistivity cell and displayed on a digital display. The EASYpure II RF is designed to be a bench mounted unit. If wall mounting is required, contact Technical Services for information on a wall bracket and mounting accessory.

Specifications:

• Dimension Requirements: 12" W X 19" D X 18 1/8" H (30.5 cm X 48.3 cm X 46.0 cm)

• Clearance Requirements: Sides - 4" (10.1 cm) minimum to allow air flow, Above - 12" (30.5 cm) minimum for reservoir replenishment

• Storage Reservoir Capacity: Approximately 6.5 liters usable, 7.0 liters total

• Electrical Requirements:  100-240 VAC +5% -10%, 47-63 Hz.

• Resistivity: 18.2MW·cm at 25°C

• Conductivity: 0.055 µS/cm

• Feedwater Source: Pretreated

• Flow Rate: Up to 1L/min.

• Bacterial Content: <1CFU/mL

• Particles >0.2µM/mL: <1 μM/mL

• TOC Monitor with UV Intensity Monitoring: No

• Feed Water Monitoring: No

• Feedwater Pressure: 100psig (6.9 bar)

• Voltage: 100 to 240VAC

• Hertz: 50/60Hz

• Inlet Water Temperature (Metric): 4° to 40°C
• Electrical Requirements: 100 to 240VAC 50/60Hz

Features:

Milli-Q Direct systems produce both pure (Type 3) and ultrapure (Type I) water directly from tap. The pure water is produced by reverse osmosis techniques designed

and optimized by us before it is stored in a tank.

Pure water can be sourced through a front valve of the tank or sent by a delivery pump to feed

instruments such as a glassware washing machine, or further processed by the Milli-Q Direct to produce ultrapure water

Resistivity at 25 °C: 18.2 MΩ•cm
TOC: ≤ 5 ppb
Particulates (size > 0.22 µm: 3 < 1 particulate/mL
Bacteria3,4: < 0.01 CFU/mL
Pyrogens (endotoxins) < 0.001 EU/mL
RNases: 4 < 1 pg/mL
DNases: < 5 pg/mL
Flow Rate: Up to 2 L/min

Specifications:

Flow rate:

• 1.3 – 1.7 LPM with Millipak® Express 20
• 1.3 – 1.7 LPM with BioPak

Resistivity:

• Minimum 18.0 MΩ.cm @ 25°C
• Typically 18.2 MΩ.cm @ 25°C

Particles: ≤ 1/ml (particle size > 0.22 μm)

Pyrogens: BioPak installed < 0.001 Eu/ml

TOC: Maximum 5 ppb (this specification came from test conditions where a Milli-Q Gradient was fitted with a Q-Gard® 1 Purification Pack and a Quantum EX Ultrapure Cartridge and the feedwater came from a Millipore RiOs Water System. The feedwater TOC value was < 50 ppb). The TOC of the Milli-Q Product Water can vary as a function of the feedwater TOC.

Micro-Organisms: ≤ 1 CFU/ml

Weight:

Milli-Q Gradient: Operating weight (wetted Q-Gard, Quantum and Millipak): 16 kg.

• Milli-Q Gradient A10: Operating weight: 16.8 kg.

Electrical: 

The electrical requirements for a Milli-Q Gradient (or Milli-Q Gradient A10) are:

• 120 VAC ± 10%, 50/60 Hz, 100 VA, 0.5 amp source, 2 amp Time Lag fuse used (ref. ZMQS6V0T1, MQP6V0T1, ZMQS6V001, ZMQP6V001).
• 230 VAC ± 10%, 50/60 Hz. 0.26 amp source, 1 amp Time Lag fuse used (ref. ZMQS5V0T1, ZMQP5V0T1, ZMQS5V001, ZMQP5V001).
• The source of electrical power should be within 1 meter of the Milli-Q. The source of electrical power must be earth grounded.

Measurement Ranges for TOC, Resistivity, Conductivity and Temperature:

• Resistivity Measurement Range: 2.4 – 18.2 MΩ.cm (compensated to a 25°C value)
• Conductivity Measurement Range: 0.055 – 0.294 μS/cm
• Temperature Measurement Range: 0 – 45°C (not the system temperature operating range)
• TOC Measurement Range: 1 – 999 ppb

Specifications:

Flow rate:

• 1.3 – 1.7 LPM with Millipak® Express 20
• 1.3 – 1.7 LPM with BioPak

Resistivity:

• Minimum 18.0 MΩ.cm @ 25°C
• Typically 18.2 MΩ.cm @ 25°C

Particles: ≤ 1/ml (particle size > 0.22 μm)

Pyrogens: BioPak installed < 0.001 Eu/ml

TOC: Maximum 5 ppb (this specification came from test conditions where a Milli-Q Gradient was fitted with a Q-Gard® 1 Purification Pack and a Quantum EX Ultrapure Cartridge and the feedwater came from a Millipore RiOs Water System. The feedwater TOC value was < 50 ppb). The TOC of the Milli-Q Product Water can vary as a function of the feedwater TOC.

Micro-Organisms: ≤ 1 CFU/ml

Weight:

Milli-Q Gradient: Operating weight (wetted Q-Gard, Quantum and Millipak): 16 kg.

• Milli-Q Gradient A10: Operating weight: 16.8 kg.

Electrical: 

The electrical requirements for a Milli-Q Gradient (or Milli-Q Gradient A10) are:

• 120 VAC ± 10%, 50/60 Hz, 100 VA, 0.5 amp source, 2 amp Time Lag fuse used (ref. ZMQS6V0T1, MQP6V0T1, ZMQS6V001, ZMQP6V001).
• 230 VAC ± 10%, 50/60 Hz. 0.26 amp source, 1 amp Time Lag fuse used (ref. ZMQS5V0T1, ZMQP5V0T1, ZMQS5V001, ZMQP5V001).
• The source of electrical power should be within 1 meter of the Milli-Q. The source of electrical power must be earth grounded.

Measurement Ranges for TOC, Resistivity, Conductivity and Temperature:

• Resistivity Measurement Range: 2.4 – 18.2 MΩ.cm (compensated to a 25°C value)
• Conductivity Measurement Range: 0.055 – 0.294 μS/cm
• Temperature Measurement Range: 0 – 45°C (not the system temperature operating range)
• TOC Measurement Range: 1 – 999 ppb

Description: The Phoenix Ultra High-purity Lab Water System from Aries FilterWorks delivers Type I, 18.2 Megohm water quality on demand. The water is purified using a staged purification process which includes high-purity ion exchange resins to remove dissolved minerals and internal recirculation to maintain purity. As the water exits the system, a final filter removes particulates and bacteria to reach Type I water specifications. Additional technologies are offered depending on the application, including UV and Ultrafiltration. Multiple sensors continuously monitor the system and final water quality to ensure trouble free operation.

Specifications:

• Dimensions (H x W x D): 21.5 in. x 18.25 in. x 18.25 in.

• Weight: 42 lbs. dry / 47 lbs. operating

• Inlet Connection: 3/8" O.D. Tubing (9.53 mm O.D. Tubing)

• Max Inlet Pressure Range: 20 to 90 psi

• Max. Output Flow: 2.5Lpm

• Inlet Water Temperature Range: 40 - 100 Degrees F

• Power Requirements: 120 VAC/ 60 Hz @ 1.0 amp

• Pressure: 90 PSIG Maximum/ 20 PSIG Minimum

• Temperature (Max.): 100ËšF (30°C)

• Flow Rate (Typical): 0.67 Gallons Per Minute (2.5 Liters Per Minute), < 2.0 LPM with Ultrafilter and Endotoxin filter installed

• Dimensions (H x W x D): 21.6 in. x 14.7 in. x 14.4 in. (54.8cm x 37cm x 36.5cm)

• Weight: 42 lbs. dry / 47 lbs. operating (22.7 kg dry / 25 kg operating)

Description:

The EZ1 Advanced XL performs automated nucleic acid purification for a wide range of sample types relevant for molecular diagnostics, human identity testing, forensics, biomedical research, and gene expression analysis.

Specifications:

• Features: Touch LCD user interface, IC card with protocols/software, barcode reader, UV lamp
• Instrument Dimensions (W x D x H): 510 x 510 x 570 mm
• Kits designed for this instrument: QIAGEN EZ1 Kits
• Pipetting Range: 50-1000 µl
• Protocols/main application on this instrument: Purification of DNA, mRNA, total RNA, and viral RNA and DNA
• Samples per run (throughput): 1–14 samples per run
• Weight: 48 kg
• Electrical Requirements: 100–240 V AC, 50–60 Hz
• Technology: Magnetic-particle technology

Specifications:

• Temperature Range: Ambient to 100°C
• Temperature Accuracy: ±0.24° at 37°C
• Temperature Stability: ±0.5° at 37°C
• Resolution: ±0.1°C
• Capacity: 2L
• Overall Dimensions (L x W x H): 25 x 27 x 19 cm