• Contact Us Now

Modular IVF Laboratory

  • Providing a stable, safe, and controllable clean environment for embryo culture.
  • We provide end-to-end support:
  • Space design
  • Air cleanliness control
  • Precise temperature and humidity control
  • Zero VOC material
  • On-site installation support
  • Helping you build a high-standard environment that meets the specific requirements of IVF laboratories.
  • Request A Quote Now
Why IVF Labs Require Specialized Design 14 13 12 11

Why IVF Labs Require Specialized Design?

The IVF laboratory is the core area of an Assisted Reproductive Technology (ART) center. It is responsible for oocyte retrieval, sperm retrieval, in vitro fertilization (IVF), embryo culture, embryo monitoring, and other related supporting functions.

Compared to general medical spaces, IVF laboratories have stricter requirements for environmental stability. Any fluctuation may directly affect:

  • Fertilization rate
  • Embryo survival rate
  • Clinical success rate

IVF laboratories need to focus on the following aspects:

  • Temperature: 22–25°C
  • Humidity: 40%–60%
  • Andrology laboratory cleanliness: ISO Class 6
  • Oocyte retrieval room cleanliness: ISO Class 7
  • Embryology laboratory cleanliness: ISO Class 6
  • Other auxiliary rooms cleanliness: ISO Class 8
  • Control of zero VOC
  • Vibration and noise control
  • More rational functional zoning

Our IVF Laboratory Solutions

Zero VOC Material
Zero VOC Material
  • Electrolytic galvanized steel sheet.
  • Handmade cleanroom panel.
  • Zero VOC adhesives and sealants.
Clean Air System
Clean Air System
  • Effective HEPA filters.
  • Positive pressure control system.
  • Supply and return air system regulates temperature and humidity.
Precision Environmental Control
Precision Environmental Control
  • Real-time temperature and humidity monitoring.
  • Real-time pressure differentials monitoring.
  • Real-time monitoring.
IVF Laboratories Functional Zones

Functional Zones in IVF Laboratories

We can customize the layout of different functional areas according to the needs of the Assisted Reproductive Technology (ART) center.

  • Clean Corridor
  • Shoe Changing Room
  • Dress Changing Room
  • Air Shower Room
  • Washing & Sterilization Room
  • Sperm Retrieval Room
  • Oocyte Retrieval Room
  • Andrology Laboratory
  • Embryology Laboratory
  • Cryopreservation Area
  • Embryo Storage Room

IVF Laboratory + Oocyte Retrieval Operating Room

  • The oocyte retrieval operating room is adjacent to the embryo laboratory.
  • Shortest path connects key functional areas.
  • Direct access corridors or pass boxes can be incorporated into the design.
Modular IVF Laboratory Project Modular IVF Laboratory Project-1 Modular IVF Laboratory Project-2 Modular IVF Laboratory Project-3 Modular IVF Laboratory Project-4 Modular IVF Laboratory Project-5 Modular IVF Laboratory Project-6

Modular IVF Laboratory Project

  • Client Industry: Fertility & Reproductive Medicine Center
  • Location: Bogotá, Colombia
  • Area: 145 m²
  • Number of ORs/Labs: 1 IVF lab + 2 operating rooms

Case Introduction:

  • A fertility center in Bogotá required a highly controlled IVF laboratory environment alongside procedure rooms.
  • Our modular system ensured precise temperature, humidity, low VOCs, and air quality control to protect sensitive reproductive processes.

Unique Requirements:

  • Strict environmental control (temperature, humidity, VOCs)
  • HEPA filtration and positive pressure systems
  • Seamless integration between lab and procedure areas
  • The client found us through a friend’s referral. Because the site had already been rented in advance and the project was progressing urgently, they wanted the IVF laboratory and operating room built as quickly as possible.
  • During the initial communication, the client commissioned us to handle the overall design. Combining medical standards with actual needs, we completed a complete design plan within a week, which was successfully approved. We then visited the site at their invitation, working with the engineers to clarify the installation locations of the air conditioning units and details of construction connections to ensure smooth construction later on.
  • After completing precise measurements and finalizing the construction plan, we quickly arranged the production cycle. Due to the client’s tight schedule (expecting on-site arrival within a week), but the need for 15 days to deliver the modular air conditioning units, we adjusted our plans, starting preliminary construction ahead of schedule and maximizing the timeline.
  • Ultimately, the project was completed in just 15 days, successfully creating a standard-compliant temperature and humidity-controlled reproductive center, which was well-received by the client.

The project adheres to strict standards:

  • Embryo Culture Laboratory: Class 1000 cleanroom
  • Oocyte Retrieval Operating Room: Class 10,000 cleanroom
  • Sperm Laboratory: Class 1000 cleanroom
  • Stable temperature and humidity control throughout the entire area

Construction and material selection:

  • Hand-crafted cleanroom panels; rounded corners on walls and floors.
  • All sealing materials are environmentally friendly products that have passed VOC testing.
  • The center has been operating stably for three to four years, with excellent overall performance, fully meeting clinical needs.

FAQs

How is an IVF lab different from a standard cleanroom?
Unlike standard cleanrooms, IVF labs require not only particulate control but also enhanced attention to VOC levels, air stability, and environmental consistency, as embryos are highly sensitive to external changes.
Because even minor fluctuations in temperature, humidity, airflow, or VOC levels can directly impact fertilization rates, embryo development, and overall clinical success.

Typical zones include:

  • Embryology lab
  • Andrology lab
  • Oocyte retrieval room
  • Sperm retrieval room
  • Cryopreservation area

IVF laboratories typically require ISO Class 5–8 cleanroom standards, depending on the specific functional zone.

  • Temperature: 22–25°C
  • Humidity: 40%–60%
Volatile Organic Compounds (VOCs) can be toxic to embryos. Strict VOC control ensures a safe environment for fertilization and embryo culture.

Zero VOC materials such as:

  • Electrolytic galvanized steel panels
  • Handmade cleanroom panels
  • Low-emission adhesives and sealants
Through integrated systems including:
  • HEPA filtration
  • Positive pressure control
  • Laminar airflow design

Message

    Leave a Message