Used Lab Equipment

Description:

The instrument provides samples of uniform and reproducible thickness, minimizes damage to surfaces of slices and thereby eliminates the main sources of error in tissue slice work. Slices from approximately 100 to 500 microns in thickness can be prepared at a maximum rate of one slice every 3 to 4 seconds. The slicer operates submerged in a buffer selected by the operator as most appropriate in terms of composition, tonicity, pH, temperature, oxygenation and lubricating properties to maintain the viability of the tissues being sectioned. The microtome and the reservoir with the glass trap are sterilizable to allow the preparation of aseptic slices suitable for prolonged organ culture. The actual slicing is done by a rapidly reciprocating disposable blade oscillating at 1000 to 2500 rpm driven by a motor that also powers the impeller.  The tissue slicer contains a cooling block which allows the temperature of the buffer solution in the slicer’s reservoir to be maintained.

Description:

The Boekel Scientific Round Tissue Flotation Bath has a black ceramic coated basin and a wide rim for drying microscope slides. The unit has analog control with a heating light indicator and an on/off switch.

Specifications:

• Temperature Range: 35°C to 65°C
• Capacity: 1 L
• Weight: 3.2 kg (7 lbs.)
• Dimensions (D x H): 11” x 3.75” (27.9 cm x 9.2 cm)
• Electrical: 115 VAC 50/60Hz 190W

Specifications:

• Specimen Agitation Type: Rotary
• No. of Processing Chambers: 1
• Reagent Capacity: 5L
• Width (English): 28 in.
• Width (Metric): 710mm
• Depth (English): 23 in.
• Depth (Metric): 580mm
• Height (English): 54 in. (top of monitor)
• Height (Metric): 1370mm (top of monitor)
• Weight (English): 363 lbs. (empty)551 lbs. (full)
• Weight (Metric): 165 kg (empty)250 kg (full)
• Voltage: 100-240V
• Hertz: 50/60Hz

Specification:

• Capacity 222 Cassettes (Organized Basket) 300 Cassettes (Random Basket)
• Depth 52cm (20.5 in.)
• Width 67cm (26.5 in.)
• Height 160cm (63 in.)
• Weight 112kg (246.5 lb.)

Features:

• Daily Operations Mode, an easy-to-use operating mode for routine operation
• Systematic logging and reporting of quality control data, event records, and program information
• Automatic in-process reagent rotation—no manual handling of reagents
• Three distinct fill levels in chamber to shorten processing times
• Ten customized programs and five flush options
• Seven password-protected areas
• Easy-to-read screens with colorful graphics; multilingual

Performance:

• Unique reagent monitoring and management system delivers significant reagent cost savings
• Reagent quality of first alcohol is measured using specific gravity and alerts operator when replenishment is needed
• Reagent preheating option allows for more consistent and rapid processing
• Circular design allows greater temperature uniformity
• Continuous agitation circulates reagents freely around specimens
• Baskets are designed for maximum reagent infiltration around specimens by preventing cassette bunching
• Glass lid allows viewing during processing
• Baskets are microwavable and can be used in conjunction with microwave post-fixation

Safety:

• Built-in downdraft ventilation minimizes operator exposure to hazardous vapors when the reaction chamber lid is open
• Reagent storage cabinet is built to enhance safety and is vented through two additional filters for further fume control
• Battery backup provides for specimen protection by safely completing transfer of reagents during power interruptions
• Two independent remote alarms alert user when away from unit or after hours
• Automatic underfill recovery finishes processing in safest environment possible

Description:

The Thermo Scientific Hypercenter XP, also called the Shandon Hypercenter XP is a computer-controlled, fluid transfer tissue processor with automated fixation, dehydration, cleaning and paraffin infiltration features for tissue specimens. The Shandon Hypercenter XP features a Reagent Storage Module that does not allow reagent fumes to vent into laboratory atmosphere while it is in operation. This Shandon tissue processor also carries a flexible air bag which maximizes the system's air capacity, and an emergency carbon filter is utilized as an additional safety feature and only works if there is excess pressure. The Hypercenter XP tissue processor is design with an organized capacity of 180 cassettes, and can be configured as either a floor model or bench-top model. The Hypercenter XP enhances workflow with its One Command Module that can control up to five reaction and storage modules for processing capacity of up to 900 cassettes per load. Additionally, the multi-lingual processor software XP allows the operator to save as much as 9 customized programs and accommodate year 2000 changes. The Hypercenter XP Portable Wax Station also offers the option of a third wax bath which can be used as a final cleaning stage in the wax impregnation of specimens. The Wax Station can be conveniently located to the side of the Hypercenter XP Reaction Module, so that wax-impregnated specimens can be transported safely to an embedding station without messy wax spillages.

Specifications:

• Dimensions:
  • Command Module: 12" x 18" x 10" (30.48 x 45.72 x 25.40 cm)
  • Reaction Module: 18" x 13" x 24" (45.7 x 33.0 x 60.9 cm)
  • Height of Storage Module/Wheels Attached: 27.5" (69.9 cm)
  • Total Height: 46" (116.8 cm)

• Weight
  • Command Module: 20 lbs. (9.1 kg)
  • Reaction Module: 103 lbs. (46.7 kg)
  • Shipping Weight: 400 lbs (181.4 kg)
  • Agency Approvals: Designed to meet IEC 1010, CSA, and UL

• Power Requirements
  • Command Module: 120 V, 60 Hz, 150 VA
  • Reaction Module: 1200 VA

Description:

The New Brunswick TC-7 Tissue Culture Roller Drum is a precision instrument for growing tissue cultures by the roller tube method.  Powered by a heavy-duty, totally enclosed ball-bearing motor, the unit is rated for many years of continuous service. It is quiet in operation and ruggedly built to withstand extensive service under incubation temperatures.  The powerful drive imparts uniform rotary motion to all tubes, maintaining constant speed with heavy workloads. The instrument has a cast-aluminum base that rests on rubber feet in the rear to absorb vibration.

Specifications:

• Dimensions (W x D x H): 15” x 13.5 x 18”
• Weight: 26 lbs.

Description:

The TissueLyser II simultaneously disrupts multiple biological samples through high-speed shaking in plastic tubes with stainless steel, tungsten carbide, or glass beads. Using the appropriate adapter set, up to 48 or 192 samples can be processed at the same time. Alternatively, a grinding jar set can be used to process large samples.

Features:

Convenient and secure disruption process. Adapter sets optimized for high-throughput disruption. Wide range of accessories available (e.g.,grinding jar set to process large samples). Reproducible results with difficult-to-lyse tissues. Front-end solution for QIAGEN automation.

Specifications:

• Disruption principle: High-speed shaking of samples in 1.2 ml collection tubes or 2 ml microcentrifuge tubes with stainless steel or glass beads
• Kits compatible with instrument: All kits for purifying RNA/DNA/Protein
• Protocol/main application on this instrument:Sample preparation/sample disruption
• Speed Range: variable speeds from 3 to 30 Hz (180 - 1800 oscillations/minute)
• Bead Mill Technology
• Throughput: 2 x 96 collection microtubes (1.2 ml) or 2 x 24 microcentrifuge tubes (2ml)
• Run time: 15 sec - 2 x 3 minutes at 15 - 30 Hz
• Power Requirements: 100 - 120/220 - 240 V, 50/60Hz

Includes:

• Binocular or Trinocular available as an option
• (2) CFWE 10xA/18 Eyepieces
• Objectives
  • 10x E10 Ph1 DL
  • 20x .4 Ph2 DL
  • 40x .55LWD Ph3 DL

Specifications:

•  Primarily designed for the demanding needs of cryosectioning in biomedical, neuro-anatomical and pharmaceutical research
• The Leica CM3050 S cryostat features superior user comfort with excellent safety standards for practically all types of cryosectioning applications.
• It is the instrument of choice for all research applications and for advanced clinical cryosectioning needs.
• Particularly when working with delicate specimens – for example brain samples in neuroscience – the precise specimen orientation and the specimen feed system guarantees reproducible, thin, serial sections of maximum quality.
• Motorized sectioning
• Encapsulated microtome
• Power saving (ECO) refrigeration system
• Programmable defrost cycles
• Twin-compressor cooling systems
• Chamber temperature down to -40°C
• Specimen temperature down to -50°C
• Programmable reverse section counter
• Section thickness setting: 0.5 to 300 µm
• Maximum specimen size: 55 x 70 mm
• Optional electrohydraulic height adjustment

Specifications:

•  Primarily designed for the demanding needs of cryosectioning in biomedical, neuro-anatomical and pharmaceutical research
• The Leica CM3050 S cryostat features superior user comfort with excellent safety standards for practically all types of cryosectioning applications.
• It is the instrument of choice for all research applications and for advanced clinical cryosectioning needs.
• Particularly when working with delicate specimens – for example brain samples in neuroscience – the precise specimen orientation and the specimen feed system guarantees reproducible, thin, serial sections of maximum quality.
• Motorized sectioning
• Encapsulated microtome
• Power saving (ECO) refrigeration system
• Programmable defrost cycles
• Twin-compressor cooling systems
• Chamber temperature down to -40°C
• Specimen temperature down to -50°C
• Programmable reverse section counter
• Section thickness setting: 0.5 to 300 µm
• Maximum specimen size: 55 x 70 mm
• Optional electrohydraulic height adjustment

Specifications:

•  Primarily designed for the demanding needs of cryosectioning in biomedical, neuro-anatomical and pharmaceutical research
• The Leica CM3050 S cryostat features superior user comfort with excellent safety standards for practically all types of cryosectioning applications.
• It is the instrument of choice for all research applications and for advanced clinical cryosectioning needs.
• Particularly when working with delicate specimens – for example brain samples in neuroscience – the precise specimen orientation and the specimen feed system guarantees reproducible, thin, serial sections of maximum quality.
• Motorized sectioning
• Encapsulated microtome
• Power saving (ECO) refrigeration system
• Programmable defrost cycles
• Twin-compressor cooling systems
• Chamber temperature down to -40°C
• Specimen temperature down to -50°C
• Programmable reverse section counter
• Section thickness setting: 0.5 to 300 µm
• Maximum specimen size: 55 x 70 mm
• Optional electrohydraulic height adjustment

Description:

The sliding microtome HM 450 from Thermo Scientific is a highly efficient instrument with specimen retraction during return travel. It can be used for sectioning paraffin in the routine lab. The main applications are in human and veterinary medicine. Moreover, the sliding microtome can be used for the specimen preparation in the medical and industrial research. Large and hard specimens from pharmaceuticals industry or from quality assurance labs can also be sectioned. The cross roller bearings on sledge and block allow non-tiring working and a smooth sliding movement with optimal stability. The HM 450 will cut sections from 0 µm to 100 µm. The specimen clamping can be moved up and downwards via the two arrow-shaped coarse feed buttons on the left side of the instrument. This way, specimen and knife edge distance can be adjusted quickly. The knife carrier is designed so the knives can be easily clamped in place and adjusted. The coaxial specimen orientation allows orientation with one hand.

Specifications:

• Power requirements: 100 V, 0.5 A, 50/60 Hz
• Pollution degree: 2
• Overvoltage category: II
• Sound pressure: 39 dB(A) measured with 1 m distance to the instrument
• Dimensions (W x D x H): 370 x 460 x 320 mm
• Weight: 23 kg
• Cutting drive: manual sliding movement
• Coarse feed: electronic via stepping motor
• Feed: automatic via sliding movement or manual via feed button
• Operating conditions: + 5°C up to + 35°C

Precision Economy Ovens deliver a maximum temperature of 210°C, making them ideal for a wide range of heating and drying applications, including: Glassware drying, sterilization, plant tissue drying, textile/paper/rubber drying, aging and curing stidues, stabilitiy testing, and etc. Gravity convection ovens are ideal where forced air circulation cannot be tolerated and for situations demanding gentle curing or long term sample storage under closely controlled conditions. Models 25EM and 45EM use mechanical convection as a method of heat transfer. Mechanical convection can be defined as a positive and planned directional air flow or forced air circulation within the chamber. Mechanical convection ovens provide the most efficient means of heat transfer as well as the most reproducible test conditions for repeat operations. Mechanical convection allows for rapid heat up time for high density loads, shortened recovery periods after door openings and improved uniformity for extremely heat sensitive samples. All models use a hydraulic thermostat for temperature safety limit control.

Specification:

• Convection Technique: Mechanical
• Temperature Control: Electronic
• Temperature Display: 0° to 250°C Thermometer
• Temperature Range Sensitivity: 50° to 210°C  ±0.3°C
• Chamber Dimensions: 15.5 x 18.5 x 15 in (390 x 470 x 380 mm)
• Exterior Dimensions: 21.5 x 24 x 28 in. (550 x 610 x 715 mm)
• Net Weight:  103 lbs., 46.7 kg
• Chamber Volume: 2.5 cu.ft. / 71.5 liters
• Shelves: 2 supplied, 6 maximum
• Electrical Data: 115V, 1.3 kW, 11.3 A / 230V, 1.3 kW, 5.6 A

Ideal for all routine laboratory separation processes.  Can handle up to 48 blood collection tubes or 12 conical tissue culture tubes (50 mL).

Specifications:

• Capacity: 4 x 400 mL
• Max Speed: 6000 rpm
• Max RCF: 6,240 x g