LACU FACILITIES
FASILITI LACU
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DESCRIPTION
- Deep freezer. Unique ultra low temperature patent technology, superior performance(strong refrigeration, fast cooling and lower temperature), high efficiency and lower energy consumption;
- Major components such as compressor, thermostat and fan motor are world famous brands, copper tube evaporator and stainless steel interior, reliable and durable, ensure safety of stored samples;
- Digital temperature display, the temperature inside freezer is easy to see; High/low temperature and sensor fault alarms, to know abnormal conditions in time;
- Dual door gaskets and thick insulation, good heat insulating and energy saving;
- Fit with foot master heavy duty casters, easy moving.
- CFC free mixed refrigerants & foaming agent, green and environmentally friendly

-86°C ULTRA-LOW TEMPERATURE FREEZER
DESCRIPTION:
A conventional mice cage system (often called "shoebox" caging) is the standard housing used in biomedical research to provide a stable, controlled environment for laboratory rodents. Unlike advanced Individually Ventilated Cages (IVC) which use active mechanical airflow, conventional systems rely on passive ventilation through wire bar lids or filter tops.
- Cage Body: Usually a rectangular box made of durable, transparent plastics like polycarbonate, polysulfone, or polypropylene. These materials are chosen for their impact strength and ability to withstand repeated autoclaving (sterilization) at temperatures up to 134°C.
- Wire Bar Lid: A stainless steel or galvanized metal grid that serves as the "ceiling". It often features a built-in U-shaped feed hopper and a slot for a water bottle.
- Racking System: Cages are organized on multi-level mobile racks. In some conventional setups, cages are "suspended," meaning they slide into metal guides and use a pan underneath to catch waste.
- Ventilation: Relying on natural air exchange, these cages often have open wire tops or "static" filter tops to block dust while allowing air through.
- Space Standards: Modern guidelines generally require a minimum floor area of roughly 330cm² to 500cm² per cage, depending on the number of mice and their weight.
- Husbandry: Because they lack active airflow, conventional cages typically require more frequent cleaning (often weekly) to prevent the buildup of ammonia from urine, which can irritate a mouse's respiratory tract.
- Metabolic Cages: A specialized conventional design with a wire mesh floor and a funnel system below to separate and collect urine and feces for study.
- Microisolators: Conventional cages equipped with a rigid filter top to create a "static" barrier against airborne contaminants.

CONVENTIONAL MICE CAGES SYSTEM
DESCRIPTION:
In laboratory settings, a conventional rat cage system refers to the standard, non-ventilated housing used for research rodents. These systems are designed to meet basic regulatory requirements while prioritizing cost-effectiveness, ease of sanitation, and research reliability. Unlike modern Individually Ventilated Cages (IVCs), conventional cages rely on passive air exchange through filter tops or wire lids.
- Cage Body: Often called "shoebox" cages due to their shape, these are typically made from high-quality transparent plastics like polycarbonate (clear, impact-resistant) or polysulfone (highly resistant, longer lifespan).
- Lid & Divider: Standard wire bar lids often feature built-in U-shaped feed hoppers and hinged dividers to separate food from nesting or tethering systems.
- Filter Top: High-efficiency filters maintain air exchange while protecting the rats and personnel from environmental contaminants and allergens.
- Accessories: Systems include autoclavable water bottles (typically 250ml to 750ml), raised wire floors (optional for specific studies), and label holders for identification.
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Standard Type III / 1291H: A common rat cage providing approximately 124–127 square inches of floor space and a height of 185mm to 200mm.
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Large Type IV / 2154F: Offers a more spacious 146–267 square inches for larger groups or breeding pairs.
- Double Decker Systems: Some conventional designs, like the
GR1800, add a second level to allow for natural bipedal standing and increased activity.
- Welfare Concerns: Standard conventional cages often contain only bedding, food, and water. Research indicates this can lead to decreased health outcomes compared to "well-resourced" cages that include shelters, nesting materials, and wheels.
- Hygiene & Air Quality: Because they lack forced ventilation, conventional cages may require more frequent cleaning to manage ammonia levels compared to IVC systems.
- Personnel Safety: These systems offer less protection against rodent-derived allergens than modern ventilated racks.

CONVENTIONAL RAT CAGES SYSTEM
DESCRIPTION:
Design And Construction;
- Suspended Cage Units: Stainless steel suspended units include comprehensive components—cages, floors, pans, and feeders—with multiple body style options, including solid sides, perforated sheets, and wire grids.
- Integrated Cage Units: Feature up to eight cage compartments built directly into the rack frame, with solid stainless steel construction and integrated urine deflectors for enhanced durability.
- Self-Contained Units: Model 40307 offers six removable cages in a 3-tier by 2-wide configuration, constructed with solid stainless steel bodies and complete with removable components.
Operational Efficiency;
- Flexible Size Options: Standard floor areas of 3, 4, or 5 square feet, with integrated units expandable to 6, 8, or 10 square feet per tier through removable dividers.
- Versatile Watering Options: Choose between bottle systems or automatic watering solutions to match facility requirements.
- Enhanced Maintenance: Integrated units enable complete rack washer cleaning by simply removing floors, pans, and feeders.
Research Adaptability;
- Metabolism Configuration: Self-contained units can be specially configured with perforated walking floors, metabolism pans with mesh feces screens, and 16-ounce seamless collection vessels.
- Modular Design: Multiple body styles and configurations available to suit diverse research and housing needs.
- Expandable Housing: Integrated units feature removable center dividers, ideal for housing litters or larger study groups.

CONVENTIONAL RABBIT CAGES SYSTEM
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DESCRIPTION
•Provide Class II biological safety cabinet protection.
•Unique Dynamic Chamber™ plenum delivers quiet, uniform airflow.
•Negative pressure plenum surrounds contaminated positive pressure plenum; no fabric bags are used.
•Long-life ULPA filters for supply and exhaust airflow. (IEST-RP-CC001.3)
•Sentinel™ microprocessor, programmable, supervises all cabinet functions.
•Frameless, shatterproof sash is easier to clean, offers larger, unobstructed viewing area.
•Ergonomically angled front improves reach and comfort.
•Angled supply filter matches cabinet profile to achieve best downflow uniformity.
•One piece work surface removal simplifies cleaning.
•Raised airflow grille prevents blockage to airflow; maintain safety.
•Improved lighting is brighter, more uniform, reduces glare.
•Optional UV lamp is located away from direct line of sight; lamp operates on programmable timer.
•Esco ISOCIDE ™ antimicrobial surface on all painted surfaces.
•Activated carbon filter removes odors.

UNIVERSAL ANIMAL CONTAINMENT WORKSTATION
DESCRIPTION
- Sentinel™ Microprocessor controller supervises all functions
- Independent Minihelic™ gauges indicate both supply and exhaust filter pressures.
- Long-life ULPA filters protect supply and exhaust airflow (IEST-RP-CC001.3)
- Activated carbon filter removes odors.
- Work area lighting is bright and uniform to help improve productivity.
- Angled edges on drain area and integral work surface/grille component removal simplify cleaning.
- Recessed airflow grille prevents blockage to maintain performance.
- Esco ISOCIDE ™ antimicrobial surface on all painted surfaces.
- Retractable power cord stores easily for moving workstation from one lab to another (115V, AC Model only)

DUAL ACCESS ANIMAL CONTAINMENT WORKSTATION
DESCRIPTION
- The appliance comprises a modular single body with panelling in various materials and insulation in expanded polyutrethane foam density 42 kg/cu.m ³
- The appliance instruments are located on the front panel which in some models close the front of the motor units inside which the condenser unit and electrical wiring can be housed.
- The refrigerator interior is fitted with suitable supports for wire shelves (grids) and/or other accessories (drawers and/or basket).
- The doors are fitted with an automatic return device and magnetic seal elements.
- During the design and construction stage all measures have been adopted to implement total safety including radiused interior corners, funnel-shaped base panel to convey condensate to exterior, no rough surfaces, fixed guards protecting moving or potentially dangerous parts.
SPECIFICATIONS
Model : BLCRF290
Net Capacity : Refrigerator Compartment 219liters
Freezer Compartment 71liters
Dimensions : 60 x 65 x 185 cm (W x D x H)
Net Weight : 80kgs
Gross Weight : 100kgs
Temperature Range : Refrigerator Compartment +2°C to +8°C
Freezer Compartment -16 °C to -22 °C
Refrigerant : CFC- and HCFC-free
Voltage : 220-23- Volt / 1 Phase / 50Hz

REFRIGERATOR +4°C -20°C
DESCRIPTION
- Small rodent treadmill are used for forced exercise training and accurate testing of fatigue in mouse and rats.
- The treadmill is a popular exercise system used to force –train rodents.
- The apparatus has a simple construction and provides the experimenter the ability to vary speeds and inclinations of the runway belt.
- Utilizes shock grids to motivated the animal to keep running
- Suitable for tests on either rats or mice.
- Compact and user-friendly device with control unit having 7” touch screen display.
- Speed can be selected from 1 to 100m/min, in steps of 1m/min and also have different modes like constant, acceleration, de-acceleration and multistep mode.
- It also has a shock grid to deliver a mild electric shock, when an aversive stimulus is required.
- Shock can be preset from 0 to 2.5mA (in 0.1mA steps), with a selectable frequency of 1, 2 or 3 Hz.
- The running-lane assembly can manually tilted from -25° to +25°, in 1° inclination.
- Experiment data can be transferred to the software specially designed for Rodent Treadmill with features as experiment title, graphical presentation and report generation.

SMALL RODENT TREADMILL
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DESCRIPTION
- The analog hot plate stirrer HSC with ceramic plate ensures a high level of safety and protection for researchers and laboratory operators.
- The technopolymer housing resists chemicals even in challenging environments. The dedicated run-off groove is carefully designed so that accidental liquid spills cannot reach the electronics.
- The extremely resistant ceramic plate is easy to clean and resistant to acids, bases and solvents. By using a dampened cloth, all the residues will be easily removed and the HSC will be perfectly clean.

HOT PLATE STIRRER
DESCRIPTION
- Vortex mixers are a critical piece of laboratory equipment used to mix samples rapidly.
- The small footprint and high rpm make vortex mixers a must on any lab bench.
- A vortex mixer is a relatively simple device, used in bioscience, microbiology, biochemical, and analytical laboratory settings to mix small vials of liquids in a quickly oscillating circular motion.
- When the motion of the rubber cup holder on the mixer is transmitted to the liquid sample, a vortex is created. Available in variable speeds, with the option of continuous function or on-demand function, the vortex mixer is a must workhorse for any lab bench.

VORTEX MIXER
DESCRIPTION
Specifications:
- Tank :High grade SS tank
- Capacity : 5 to 8 litres
- Temperature range : Ambient to 99° C
- Temperature accuracy: ± 0.2° C
- Temperature control : Digital PID control
- Timer : 0.1 Hour to 99.9 Hours & continuous
- Safety protection : User settable and fixed thermal cut-out
- Display : Digital display of temperature
- Alarm : Low level water alarm, safety shut down audible/visual alarm
- Operating voltage : 230 ±10VAC, 50 Hz.
- Tank design for easy cleaning and draining
- Steel holder for tubes (1.5/2 ml, 5ml, 15 ml) and Flasks (50, 100 & 250 ml)
- Comprehensive warranty for two years
- After Sale, Service should be available promptly.

DIGITAL WATERBATH
DESCRIPTION
- A unique system allows the user to conveniently open or close the left or right side of the weighing chamber using a control lever.
- This system allows quick and efficient access to the weighing chamber.
- Allows quick calibration with one push of the CAL key.
- Adapts automatically to the most suitable Environment Response Setting to
- minimize adverse external effects. “FAST”, “MID” or “SLOW” is displayed.
- Performs self calibration automatically when a change of ambient
- temperature exceeds the preset temperature range.
- g, mg, pcs, %, oz, ozt, ct, mom, dwt, GN, tl, t (tola), m (messghal)
- Durable construction minimizes negative effects of ambient temperature changes.
- Protected from dust and spills.
- Stores up to 200 sets of weighing data. Data can be output using numerical codes.
- Allows GLP or LIMS balance management by outputting the
- Balance ID number and weight used to calibrate the balance.
- The data can be output to A&D’s AD-8127 printer or a
- computer, indicating date, time, Balance ID number and
- calibration weight.

ANALYTICAL BALANCE SEMI MICRO
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DESCRIPTION
- This table has designed for general surgical work on small animals. There is a metal sheathed heater mounted under the top of the table, controlled by a digital temperature regulator.
- A temperature sensor mounted under the table top monitors the surface temperature, which is indicated on a large easy to view red LED display.
- The desired temperature can be set easily using the front panel mounted keys and the preset temperature can be viewed on the display.
- The display also indicates when the heater is on.
- A variable hysteresis loop allows the user to tailor the heating characteristics to minimize heating overshoot.
- The table is supplied with four uprights for mounting tranducers etc.
- There are also for tying cleats for securing the limbs of the animals.
- On the underside, there are two folding feet to allow the table to be tilted if required.

SMALL HEATED OPERATING TABLE
DESCRIPTION
- Superior insulation that improves chamber stability and reduces heat load output to the laboratory and operating power consumption, that lowers operating costs.
- Excellent microprocessor PID control technology that ensures fast ramp time.
- Comprehensive diagnostic LEDs.
- Rigid glass door for observing samples inside the chamber during operation.
- Exceptional pre-heat chamber technology that guarantees maximum thermal performance.
- High-quality 2-point door seal and eccentric hinge ensures maximum gasket compression for stable chamber temperature.
- Forced convection design produces faster temperature response rates, improves uniformity and reduce fluctuation.
- Permanently lubricated and maintenance-free fan for uniform air circulation.
- Easy-to-clean external surface coated with Isocide™ to eliminate 99.9% of surface bacteria within 24 hours of exposure.
- Dedicated UV disinfection feature available in refrigerated incubator model that can be manually or automatically operated.
- Side access port for temperature validation and mapping.

HOT AIR DRYING CABINET / ADJUST THERMO INCUBATOR
DESCRIPTION:
An IVC (Individually Ventilated Cage) Closed Exhaust System for mice is a specialized, high-containment housing system designed to maintain strict SPF (Specific Pathogen Free) environments while protecting researchers from allergens and preventing the escape of contamination. It works by using a closed-loop system where air is supplied to and exhausted from each cage individually, often with self-closing valves that maintain sealing even when the cage is removed from the rack.
- Sealed Microenvironment: The cages are sealed, typically with silicone gaskets, and feature self-closing valves on the air inlet and outlet ports. These valves automatically seal when a cage is removed from the rack, preventing leakage or contamination during transport.
- Closed Exhaust Airflow: Unlike open systems, the exhaust air is directly managed, preventing cage air from entering the room. This protects personnel from allergens and pathogens.
- Positive/Negative Pressure Modes: The system usually supports both positive pressure (for animal protection) and negative pressure (for containment/hazardous agents) modes.
- Sterilization and Materials: Cages are usually made from high-temperature resistant, autoclavable plastics such as PSU (Polysulfone) or PPSU (Polyphenylsulfone).
- Automatic Shut-off: When the cage is detached from the rack, the air valves close automatically, maintaining the barrier integrity of the cage during movement.
- Filtration: The system incorporates high-efficiency particulate air (HEPA) filters to ensure cleanliness and safety.
- High-Level Containment: Ideal for raising immunodeficient, transgenic, or infected animals.
- Prevents Cross-Contamination: The independent airflow to each cage prevents the transfer of microorganisms between cages.
- Energy Efficiency: Closed systems are often designed to be energy-efficient.

IVC-CLOSED EXHAUST SYSTEM (MICE)
DESCRIPTION:
An IVC (Individually Ventilated Cage) Closed Exhaust System for rats is a specialized laboratory housing system designed to create a secure, controlled microenvironment for rodents while protecting laboratory personnel from allergens and infectious agents. Unlike open systems, a closed exhaust system routes air directly from the cage, through HEPA filters, and typically connects to the building’s exhaust infrastructure, preventing contaminated air from entering the room.
- Structure: Comprises a rack (stainless steel), cages (Polycarbonate or PSU), and a blower (air handling unit).
- Airflow & Filtration: HEPA-filtered air is supplied to each cage at a rate of 40–100+ air changes per hour (ACH). A low-velocity, top-in/top-out or similar design ensures minimal draft for the animals.
- Closed Loop Mechanism: The system is often under negative pressure (for containment) or positive pressure (for barrier protection). Specialized "closed" models utilize self-closing valves on the cage lid, which automatically seal air inlets and outlets when the cage is removed from the rack.
- Sealing: Cages feature silicone gaskets, either around the rim or on the top filter/valves, ensuring high containment integrity.
- Application: Ideal for SPF (Specific Pathogen Free) facilities, bio-containment of infected animals, or breeding transgenic rats.
- Reduced Allergens & Contamination: Direct connection to the exhaust ensures odors and allergens are removed from the room.
- Improved Animal Welfare: Maintains a stable microenvironment, reducing humidity and ammonia levels.
- High Density: Allows for high-density housing of rats in a small footprint.

IVC-CLOSED EXHAUST SYSTEM (RAT)
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DESCRIPTION
- Brand: Eppendorf
- Pipette Types: Reference 2 G, 3-pack (0.5-10µL, 10-100µL, 100-1000µL)
- Precision: High accuracy and reproducibility
- Ergonomic Design: Comfortable handling for prolonged use
- Accessories Included: Comes with an epT.I.P.S. box
- Application: Ideal for precise liquid dispensing in research and diagnostic laboratories
The Eppendorf Reference 2 G Pipette Set is designed for scientists who demand the highest accuracy, ensuring consistent results in every experiment.

Eppendorf Reference 2 G, 3-Pack, Option 1, 0.5-10µL/10-100µL/100-1000µL
DESCRIPTION
Metabolic cages provide a perfect separation of feces and urine through the special design of the funnel and of the separation cone.
- Cages are available for single mouse (with single chamber feeder), for grouped mice (with double chamber feeder); for rats
- Designed to minimize animal stress: drawer-style design for easy filling; all the components below the cage floor can be removed without disturbing the animals
- Reliable experiments outcomes
- Flexibility and durability

RODENT METABOLIC CHAMBER CAGES
- Double Doors (Pass-Through): Available in various models (e.g., S1000, S2000) with automatic vertical sliding doors.
- Biological Safety: Includes interlocks that prevent both doors from being opened simultaneously, ensuring a secure sterile path.
- Construction: Built with high-quality stainless steel (AISI 316L) to withstand intensive use.
- Sterilization Programs: Specific cycles for porous loads, liquids (open and closed), and special prion cycles.
- Compliance: Designed to meet high-level standards, ensuring safety for laboratory and experimental biomedicine environments.
- S1000 Series: Available with double doors, ideal for treating laboratory materials and waste.

MATACHANA AUTOCLAVE DOUBLE DOORS (ANIMAL)
DESCRIPTION:
The TonoLab brand refers to a specialized line of rebound tonometers manufactured by iCare Finland (also known as TioLat).
Unlike standard non-contact tonometers that use a puff of air, TonoLab devices are designed exclusively for laboratory research on rodents, specifically mice and rats.
- Specialized Presets: Includes dedicated measurement modes for rats and mice.
- Research Setting: Primarily used in universities, pharmaceutical labs, and clinical studies for monitoring intraocular pressure (IOP) in conscious or anesthetized rodents.
- Lightweight Probe: A very small, single-use probe makes momentary, gentle contact with the cornea.
- No Anesthesia Needed: Because the contact is so brief and gentle, local anesthetic drops are typically not required.
- Average Calculation: The device automatically takes six measurements and calculates the average to ensure high accuracy.
- Measuring Range: 7 to 60 mmHg.
- Weight: Approximately 250g with batteries (highly portable).
- Power: 4 x AA batteries.
- Accessories: Standard sets often come in an aluminum case with 100 disposable probes, a table stand, and cleaning tools.

NON- CONTACT TONOMETER SET



