Getrus International

This is an optical clear glass heating device that provides consistent temperature.Our Heating glass are made out of hard optical clear glass with a special aviation grade which heats the whole glass surface uniformly. The precise heating device and temperature sensor senses the variation in temp. immediately that provides consistent temperature control. The PID control features continuous control the temperature, minimizing focus drift generated by heat compared to the standard on-off control method.

. All our Co2 Incubators are build with water and Air Jackets.

· Outer body CRSC powder coated and inner Stainless Steel 304 Grade.

. Water tank for Humidity in the chamber Removable

. For Air Circulation: sound less Micro air Pump. "Fan less system".

· Air Sterilization Cycle: 120- 150°C ( FIVE side heating system )After sterilization Co2 Incubator run as set Progg. as per set sequential Progg.

. Equipped with USB Port and LCD Display, The incubator can save data in real time.

. Dry Heating system in the chamber there is No UV use.

. High quality Co2 gas filter ensures the inside gas quality.

• SMC branded gas circuit valves ensure more stable Co2 concentration and less consumption of C02 gas. Microcomputer controller.LED display temperature, Co2 concentration, run time.

.  PLC HMI control panel with 7" touch screen display.

Optional:

. High quality infrared sensor for accurate Co2 Concentration.

. There is no need to remove the Co2 sensor at the time of sterilization.

. For temperature high quality sensor use. Capacity: 90 Ltrs • Temp. Range: ambient +5°C to 60°C

. Co2 Range: 0 to 20% ( Adjustable) with sensor dual beam infrared.

. Co2 Control resolution: 0.20%

. Alarm Audible and visual alarm.

. Humidification : Water Tank for natural evaporation

. Temp. Co2 and Humidity at 37 °C relative Humidity 90-95% and Co2 6%.

. Calibration facilities of Temp. Co2 & Humidity.

. Capacity: 60, 90 & 160 ltrs.

Dry Bath / Test Tube Warmer:

• Construction - Complete made of Stainless Steel.
• Temperature Range - Ambient +5°C  to 60 °C.
• Temperature Accuracy  -  ± 0.2°C.
• Temp Increments  - 0.1°C.
• Temp. Uniformity  -  ± 0.2°C.
• Aluminium Block  -  3 Nos  hold capacity of 18 Test Tube.
• Temp. Controller  -  Microprocessor Base Temp. Controller .

An IVF Horizontal Laminar Airflow Workstation is a specialized piece of equipment used in laboratories for handling embryos and other sensitive materials during procedures like in vitro fertilization (IVF). Here are the key features and functions of such a workstation:

1. Horizontal Laminar Airflow: The workstation maintains a laminar airflow pattern where filtered air flows horizontally over the work surface. This airflow helps to create a clean and particle-free environment by pushing contaminants away from the workspace.

2. Sterile Environment: It provides a controlled sterile environment necessary for handling embryos and other biological samples. This is crucial to prevent contamination which could affect the success of IVF procedures.

Complete made of galvanize Sheet duly Powder coated paint, and work table thick made of Stainless steel.

HEPA Filter (99.97% Efficient At 0.3 Micron Particles)

Pre Filter :- Washable Synthetic Pre-Filter 10 micron

Table Heating - provide max coverage • Temp. Controller:- Microprocessor base Dual Display,

Leveler - Adjustable Passive antivibration with castors. • Dry Bath :- Inbuilt with 3 nos. aluminum block • Sterilization :- UV Germicidal Tube.

 Illumination :- Fluorescent Tube

Air Flow :- with the help of Imported Balanced dynamic blower Brush less.

Noice Lavel - Less than 60 dBA

Side Panel:- Thick Acrylic sheet Both Side Control Panel: LCD Control panel, independent on/off each parameters

Air Flow indicator

HEPA filter replacement alarm and so many other features. Extra Power sockets: - Provide inbuilt power sockets for accessories. Power: 220-230 Volt Ac, 50-60 Hz

Optional:

• Complete made of Stainless Steel

• Stage Glass Heating

• Touch Panel PLC Base

• UV Timer

• Heating Area on working Table

• LCD Display (Min) 18"

VOC Filter

Size: 4x2 & 6x2

Technical Specifications:

All our Co2 Incubators are build with water and Air Jackets.

Outer body CRSC powder coated and inner Stainless Steel 304 Grade.

Water tank for Humidity in the chamber Removable

For Air Circulation: sound less Micro air Pump. "Fan less system".

Air Sterilization Cycle: 120- 150°C ( FIVE side heating system )After sterilization Co2 Incubator run as set Progg. as per set sequential Progg.

Equipped with USB Port and LCD Display, The incubator can save data in real time.

Dry Heating system in the chamber there is No UV use.

High quality Co2 gas filter ensures the inside gas quality.

SMC branded gas circuit valves ensure more stable Co2 concentration and less consumption of C02 gas. Microcomputer controller.LED display temperature, Co2 concentration, run time.

PLC HMI control panel with 7" touch screen display.

Optional:

High quality infrared sensor for accurate Co2 Concentration.

There is no need to remove the Co2 sensor at the time of sterilization.

For temperature high quality sensor use. Capacity: 90 Ltrs • Temp. Range: ambient +5°C to 60°C

Co2 Range: 0 to 20% ( Adjustable) with sensor dual beam infrared.

Co2 Control resolution: 0.20%

Alarm Audible and visual alarm.

Humidification: Water Tank for natural evaporation.

Temp. Co2 and Humidity at 37 °C relative Humidity 90-95% and Co2 6%.

Calibration facilities of Temp. Co2 & Humidity.

Stage Warming Plate

Stage warmer is designed to fix over the Microscope stage to maintain the temp of Perti dish and to maintain the temp of semen during the liquification.

Stage warming plates, with large surface area can be used for heating multiple solutions simultaneously.

Features: 

• For heating multiple solutions simultaneously
• Size 150mmx150mm made of thick Aluminium with Normal Quartz Glass.
• Powder coated mild steel body.
• Precise temperature control with PID controller
• LED display for showing actual and set temperature
• Temperature probe PT100
• Sperate Control panel

With non-slip rubber feet

 
Technical Specifications:

• Temperature range: Ambient + 5°C to 60°C, Resolution 0.1°C.
• Temperature accuracy ± 0.5°C
•  Overload protection
•  Input voltage: 220 V AC ± 10%, 50-60 Hz
• CE certified

This module help IVF labs to circulate 20%-30% of fresh air and 70-80% air will flows within the lab. This module helps labs to create prefect work environment.

Madeofmildsteel sheet or GI with duly powder coated paint

HEPA Filter fitted in aluminum Frame box with 99.97% efficiency for 0.3 µm particles

Pre Filter : with flange type of Not less than 90 % down to particle size of 10 micron.

Non-turbulent air flow filtered with HEPA filters, with 99.97%

Efficiency for 0.3 µm

Noise level < 65 with ± 5 dBA ( with
brushless Blower NADI” GERMAN”

Optional Accessories:

• Activated Carbon Filter
• UV Light
• Complete made of Stainless steel

Sizes are available:-

• For capacity 150 sq ft room area
• For capacity 250 sq ft room area 
• For capacity 350 sq ft room area

Petri dish warming Plate ( Size 10”x 8” )

Petri dish warming plates, with large surface area can be used for heating multiple solutions simultaneously.

Features:-

• For heating multiple solutions simultaneously
• Work area made of thick Aluminium
• Powder coated mild steel body
• Precise temperature control with PID controller
• LED display for showing actual and set temperature
• Temperature probe PT100
• Sperate Control panel
• With non-slip rubber feet

Technical Specifications:-

• Temperature range: Ambient + 5°C to 60°C, Resolution 0.1°C.
• Temperature accuracy ± 0.5°C
• Overload protection
• Input voltage: 220 V AC ± 10%, 50-60 Hz
• CE certified

An IVF (In Vitro Fertilization) Positive Pressure Module is a specialized component or unit within a laboratory setup that ensures a controlled and sterile environment for handling embryos during the IVF process. Here’s a breakdown of its key features and functionality:

1. Sterile Environment: The positive pressure module creates a clean and sterile environment to minimize the risk of contamination during critical procedures involved in IVF, such as embryo handling and manipulation.

2. Airflow Control: It maintains positive air pressure inside the module, ensuring that any potential contaminants are pushed outward rather than drawn in. This helps to protect the integrity of the embryos and other sensitive materials.

A laboratory plate dry bath heater is a piece of equipment used in laboratories for heating samples contained in microplates or PCR (Polymerase Chain Reaction) plates. Here are some key features and functionalities typically associated with a laboratory plate dry bath heater:

1. Heating Method: These heaters use conductive heating to heat metal blocks or plates where the microplates are placed. The blocks are designed to maintain uniform temperature across all wells of the microplate.

2. Temperature Control: They have precise temperature control capabilities, allowing researchers to set and maintain specific temperatures needed for their experiments. Temperature ranges can vary depending on the model but often range from room temperature up to around 100°C or higher.

An anti-vibrating table, also known as an anti-vibration table or vibration isolation table, is a piece of laboratory equipment designed to minimize vibrations and provide a stable working surface for delicate instruments and experiments. Here are some key features and uses of an anti-vibrating table:

1. Isolation from Vibrations: Anti-vibrating tables are constructed with materials and mechanisms that absorb and dampen vibrations from the environment. This helps prevent external vibrations from affecting sensitive instruments or experiments.

2. Stable Working Surface: They provide a stable platform for precise measurements, operations, and experiments that require minimal disturbance or movement.

3. Adjustable Leveling: Many anti-vibration tables have adjustable feet or leveling mechanisms to ensure the table is perfectly level, further enhancing stability.

An IVF dry incubator, also known as a dry block heater or dry bath incubator, is a specialized piece of equipment used in laboratories, particularly in the field of in vitro fertilization (IVF), for maintaining stable temperatures required for various stages of embryo handling and storage. Here are the key features and functions of an IVF dry incubator:

1. Temperature Stability: The dry incubator maintains a stable and precise temperature range, typically from ambient temperature up to around 100°C or higher. This range allows for flexibility in temperature settings required for specific IVF procedures, such as sperm preparation, embryo culture, or embryo transfer preparation.

2. Uniform Heating: It provides uniform heating across the entire heating block or platform where the IVF tubes or plates are placed. This ensures consistent temperature conditions for all samples, which is critical for maintaining the viability and development of embryos.