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IVF Room Turnkey Design and Construction

The IVF (In Vitro Fertilization) room is a cleanroom system with strict requirements tailored for the method of In Vitro Fertilization. To ensure the construction of an IVF room meets the standards, it's crucial to control environmental factors within the room to guarantee the highest success rate for the in vitro fertilization process.

REQUIREMENTS FOR IVF ROOM

CLEANROOM LEVELS

According to the technological requirements of the IVF area, cleanroom levels are distributed as D, C, B (GMP-WHO, GMP-EU) with requirements for the quantity of particles in the air.
Specifically:
– IVF Lab, Embryo and Sperm Storage Room: Class 1000 (ISO 6)
– Clean Equipment Storage, Procedural Room (TESE Operating Room, Oocyte Retrieval Room, Embryo Transfer Room): Class 10,000 (ISO 7)
– Clean Corridor Area: Class 100,000 (ISO 8)

VOLATILE ORGANIC COMPOUNDS (VOCS)

– 0.5 ppm < VOCs < 1 ppm: Allows for reasonable embryo and pregnancy development rates, but still results in high miscarriage rates. - 0 ppm < VOCs < 0.2 ppm: Ideally, the concentration should be as close to 0 ppm as possible for higher rates of embryo and pregnancy development.

TEMPERATURE AND HUMIDITY

Temperature and humidity within the room must be constantly controlled with minimal deviation to ensure the optimal conditions for embryo culture and development during in vitro fertilization. For the cleanliness level of the IVF area, the temperature and humidity are maintained at 23°C and 60% ± 10%.

NOISE LEVEL

Embryos are extremely sensitive to external factors germ of life, so besides requirements for temperature, humidity, CO2 levels,… noise level is also an important factor in minimizing stress on embryos. When designing an HVAC system to reduce noise for the system, there are several methods:
– Wrap a ssoundproofing insulation around the air ducts from the Air Handling Unit (AHU) using materials such as fiberglass cloth, mineral wool, or vulcanized rubber.
– Soundproof the room where the AHU is placed to minimize noise generated by the equipment.
– The soundproofing system for the AHU room may include: a sound-absorbing foam layer, white silver fiberglass fabric layer, and a perforated stainless steel layer.

LIGHTING

According to TCVN 7114-1:2008, the Vietnamese standard for hospital lighting, the recommended illumination level for hospitals is around 500 lux.

MICROBIAL CONTROL

In areas classified by cleanliness levels, microbial levels need to be controlled during operation using various methods such as air sampling, agar plate exposure, surface sampling, ….

WHY SHOULD YOU CHOOSE INTECH GROUP?

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OPTIMIZATION
Owning a team of leading experts, engineers, and experienced professionals in the field of consulting, design, and implementation of M&E systems, cleanroom systems for hospitals, healthcare facility. INTECH Group commits to providing customers with the most optimal and effective solutions.
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STANDARD COMPLIANCE
INTECH Group commits strict adherence to design and construction standards for hospital M&E systems, operating rooms, IVF rooms, tissue banks, medical equipment manufacturing cleanrooms…
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REASONABLE COSTS
With the advantage of having manufacturing facilities and being distributors for equipment brands, INTECH Group consistently ensures competitive pricing compared to the quality of its products and services
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CONSTRUCTION AND INSTALLATION ON SCHEDULE
INTECH Group always meets urgent time requirements, executing tasks the most promptly and efficiently within the industry.
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24/7 SUPPORT
INTECH Group is always ready to provide comprehensive, detailed assistance and prompt support to all customers with a dedicated and experienced Customer Care team.
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PROVEN REPUTATION
INTECH Group has satisfied numerous domestic and international customers, particularly those from South Korea, Japan, the United States, China…

WORKING PROCEDURES

RECEIVING REQUESTS
INTECH Group receives requests from the Hospital. Conducting on-site surveys: INTECH technicians and engineers will survey the site, gather current information: Power supply, Water supply/drainage, Status of the construction site, and detailed requirements from the Hospital.
Step 1
CONSULTATION AND DESIGN
Based on functional requirements, detailed requirements, and site conditions, we provide solutions and present designs and estimates. The design is then finalized in agreement with the Hospital before proceeding with construction approval.
Step 2
CONSTRUCTION
Negotiate and sign the contract, receive the site, and proceed with the construction according to the approved design and construction methods agreed upon with the Hospital. Strict control is maintained to ensure quality, quantity of equipment and materials, safety requirements, and construction standards.
Step 3
INSPECTION AND ACCEPTANCE
Conduct internal inspection to ensure that the construction meets the design specifications. Official acceptance inspection with the Hospital is carried out before handover for use.
Step 4
MAINTENANCE, CUSTOMER CARE
Regular maintenance, warranty for 12-24 months depending on the nature of the project. Lifetime technical support for the project. We commit to being present immediately to resolve any issues to ensure the operation of the project with the best quality.
Step 5

TYPICAL PROJECTS

CONTACT