Why Couples Go Abroad for IVF: Donor Eggs, Scale, Technology and Currency
Couples go abroad for IVF for four reasons:
- donor eggs their home system cannot supply
- clinic volume and experience their home market cannot match
- lab technology that is not offered at home at any price
- currency maths that changes what the same cycle costs
This article goes through all four, and what each one actually means when you are the patient.
Reason 1: Donor eggs are unavailable or in very limited supply at home
Some governments ban commercialization of egg donation. So donor eggs are in very limited supply.
No real pool means no matching service either. Your clinic has nothing to match you to.
What you are left with at home is narrow.
Asking a sister or a friend is not a neutral option. It changes a family relationship permanently.
Many couples will not do it.
Meanwhile more couples try later, and more of them are told donor eggs are the realistic path.
At home
- Find your own donor, usually a relative or a friend.
- Or import frozen eggs from abroad, which adds cost, paperwork and legal risk.
In provider markets
- In some countries, the donor pool exists, supervised by the health ministry.
- So clinics can run their own egg banks, with donors already screened and waiting.
- Match time drops from months, or never, to a matter of weeks.
And the guardrails are solid.
- 01
Donation is anonymous.
- 02
Every match goes through a health ministry review before treatment starts.
- 03
Once a donor's eggs lead to a live birth, she can never donate again.
- 04
Selling or brokering eggs for profit is a criminal offence.
Reason 2: Scale and experience
Embryology is a craft. It is hands-on work that gets better with volume.
A small market has fewer licensed centres and fewer cycles per year. A large market has many of both. More cycles means more honed skills and protocols for the embryologists and doctors.
The provider countries we work with are large markets, with high cycle volume and published national counts and success rates each year. In some, you can look up a specific clinic's real numbers in a government report instead of taking its marketing at its word.
Wait time is part of this too. A bigger system with frozen egg banks matches you in weeks, not months.
Reason 3: Advanced lab technology
On the lab side, a few technologies now running at higher-volume Taiwan clinics, such as those in Kibo's network, are worth knowing about.
The embryo never leaves its environment
Time-lapse incubators with AI embryo scoring
The incubator films each embryo around the clock without ever taking it out of its controlled environment. That gives you several things:
- The embryos stay in stable conditions instead of being pulled out for daily microscope checks.
- The embryologist sees the full growth trajectory, including the timing of cell divisions that a few daily snapshots would miss.
- The AI scores each embryo against huge development datasets, instead of leaning heavily on the human eye, which takes away the guesswork.
- The result is a more informed pick of the embryo most likely to implant.
Genetic testing without a biopsy
NiPGT-A (non-invasive genetic testing)
Standard PGT-A needs a biopsy, physically removing cells from the embryo. If you are older and only have one or two embryos to work with, putting even one at risk is a real cost.
NiPGT-A avoids the biopsy. It reads the culture medium the embryo grew in, so it can check chromosomal status without removing any cells.
Note that it is not a total replacement for PGT-A. But for patients who cannot afford to risk an embryo, a gentler option is worth asking about.
Your own blood, for the lining
PRP and PRP Plus for the uterine lining
PRP concentrates platelets from your own blood, which release growth factors (PDGF, IGF-1, VEGF, TGF-β).
Some clinics offer it when the lining is thin or not responding well. PRP Plus is a newer version with a higher concentration of growth factors.
Because it is your own blood, there is no rejection risk.
Treat it as an option to discuss with your doctor, not a guaranteed fix.
Mix-ups caught before they happen
RFID electronic tracking
Some labs tag every dish and tube with RFID chips, so the system verifies identity at every step and catches a mismatch before it can happen.
A mix-up is one of the few IVF errors that cannot be undone. It is fair to ask whether a clinic uses a system like this, rather than relying on staff to catch every match by eye.
Reason 4: Currency maths
Private IVF in Hong Kong averages around USD 16,200 per cycle, before medication and before PGT-A (Alea; Endowus). In the US, the same cycle averages around USD 18,900.
In our provider countries like Taiwan, a standard own-egg cycle starts around NT$150,000 to 180,000, roughly USD 4,700 to 5,800, plus medication. Even after flights and hotels, the total generally comes in well under a private Hong Kong cycle.
Standard cycle, before medication
Hong Kong, per cycle, before medication and before PGT-A
Alea; EndowusUnited States, per cycle, before medication and before PGT-A
Taiwan, per cycle, before medication and before PGT-A
NT$150,000 to 180,000For donor eggs, for example, Taiwan clinics offer full donor-egg packages, covering the donor's retrieval cycle, her allowance, and your treatment, for roughly USD 18,000 to 28,000 (Building Asian Families, 2026). In the US, the same treatment is commonly quoted at USD 40,000 to 58,000 before travel.
Donor-egg package
United States, commonly quoted, before travel
Taiwan, covering the donor's retrieval cycle, her allowance, and your treatment
Building Asian Families, 2026Add-on costs move the same way. PGT-A runs around USD 680 per embryo in Hong Kong and around USD 4,300 blanket in the US, against roughly USD 400 to 600 per embryo across our provider markets.
PGT-A
Hong Kong, per embryo
United States, blanket
Our provider markets, per embryo
This is because these countries' currencies are weak against USD, HKD and other strong currencies. But it is in no way "cheap care" for the local families there. In fact it is so heavy that their governments have started subsidizing it for their own citizens.
So the good economics for overseas patients come from currency and cost structure, not from a discount product.
How the timeline of IVF abroad looks: 2 to 3 trips
- Trip 0, baseline tests.
Blood panel, ultrasound, semen analysis.
Done locally at home, or at the destination clinic. At home: ovarian stimulation, 8 to 14 days.
- Trip 1, egg retrieval, 3 to 8 days.
Retrieval, fertilisation, embryo culture,
PGT-A biopsy if chosen, then freeze. 4 to 8 weeks later.
- Trip 2, frozen embryo transfer, 2 to 3 days.
The FET procedure itself.
10 to 14 days after transfer, at home:
- Pregnancy test.
Blood beta-hCG, result shared remotely.
Donor-egg cycles add a matching review before treatment, which the clinic coordinates. You do not need to be there for it.
Choosing a clinic
Wherever you end up, the checklist is the same.
- 01
Confirm the clinic holds a current licence from the national health authority.
- 02
Check published government results, not just marketing pages.
- 03
Ask what the lab uses to prevent mix-ups, and which laboratory technologies it applies to improve outcomes.
- 04
Ask how follow-up works after you fly home.
- 05
Get itemised pricing in writing, medication included, before you commit.