MakeO toothsi Acquires Zenyum to Form Pan-Asian Dental Tech Leader
  • News
  • Asia

MakeO toothsi Acquires Zenyum to Form Pan-Asian Dental Tech Leader

The merger creates one of Asia's largest dental technology companies with a presence in 15 countries.

2/11/2026
Ali Abounasr El Alaoui
Back to News

India's MakeO, parent of the prominent clear aligner brand Toothsi, has finalized a definitive agreement to acquire Zenyum, a leading Singapore-based consumer dental company. This landmark transaction forges a pan-Asian dental technology powerhouse, poised to redefine the regional market for oral care. The strategic union will leverage India as the primary manufacturing and operational hub for the combined business across Asia.


Forging a New Market Leader

The acquisition creates one of the largest consumer-focused dental technology companies in Asia, with an expansive footprint across 15 countries. The combined entity will serve customers in key markets such as India, Japan, Taiwan, Hong Kong, Singapore, and the UAE. This strategic consolidation positions the new enterprise to capture a significant share of the rapidly growing demand for accessible orthodontic solutions.

This move follows earlier reports of a potential merger, though the final structure positions MakeO as the acquirer, a significant detail in the deal. Both companies have been formidable forces in the direct-to-consumer dental space, backed by prominent investors. Zenyum had previously raised over US$50 million, while MakeO toothsi secured more than US$100 million in funding to fuel its growth.

Centralizing Innovation and Production

A cornerstone of the agreement is the strategic decision to centralize manufacturing and design in India. Toothsi’s vertically integrated, US FDA-certified clear aligner platform will now serve as the production engine for the entire group. This move not only streamlines operations but also establishes India as a critical export hub for advanced dental products across Asia.

The synergy extends beyond manufacturing to encompass a broader range of clinical expertise and product development. Toothsi brings its patented suite of aligner appliances, which are designed to treat the full spectrum of malocclusions for all age groups. This technical capability will now be scaled across Zenyum's established international distribution network, enhancing product availability and consistency.

A Comprehensive Offering for Consumers

For consumers, this union translates into a more robust and holistic ecosystem for oral health. The new entity will combine Toothsi's clinically-backed aligner technology with Zenyum’s popular and award-winning portfolio of oral-care devices. This integrated approach ensures customers have access to a complete suite of products, from corrective treatments to daily preventative care.

The merger is set against a backdrop of increasing consumer awareness regarding oral health and the rising adoption of digital healthcare solutions. By joining forces, the companies can better address this demand with high-quality, affordable, and convenient dental care options. This customer-centric strategy is expected to be a key driver of growth for the combined business in the coming years.

An Ambitious Path for Future Growth

MakeO has clearly signaled that this acquisition is a foundational step in a larger expansion strategy. The company is actively exploring further selective M&A opportunities to accelerate its growth and deepen its market penetration. This includes potential partnerships with strong local dental chains and clinical practices to enhance its distribution and service delivery capabilities.


In conclusion, the acquisition of Zenyum by MakeO represents a transformative event in the Asian dental technology landscape. The deal not only creates a dominant market player but also strategically pivots the industry's operational center towards India. As the combined company integrates its strengths, it is well-positioned to lead the charge in making advanced dental care more accessible and affordable for millions across the region.