These estimates indicate that the insect feed market value in Japan is estimated to be around USD 34.35 million in 2025 and about USD 229.19 million in 2035, considering a CAGR of 20.9% growth.
The growing focus on environmental sustainability has been one of the key factors driving this market. Sustainable feed sources like fishmeal and soybean meal strain natural resources and are guilty of deforestation and overfishing. Alternatively, using insects for livestock feed is a much more sustainable solution, contributing less to the environment since insects can be produced from organic waste streams and use much less land, energy, and water in the production process.
This has led to increased attention to climate change and environmental degradation, leading several policymakers and industry players to investigate sustainable protein sources, insect feed being one of them.
The increasing demand in Japan for alternative protein resources in livestock, poultry, and aquaculture industries is also contributing to the market growth. Aside from the nutritional benefits of insect-based feed for livestock, including a high proportion of essential amino acids, lipids, and micronutrients, insect-derived feeds are cost-effective and promote animal health and productivity.
The aquaculture industry (fish farming) is one of its best regards, predominantly because fishmeal prices are high, and the industry is looking for other environmentally friendly sources. The same goes for poultry and livestock farmers, who are slowly incorporating insect protein into their feed formulations to boost efficiency and decrease dependency on traditional feed components.
Technological advancements in insect farming and automation are also driving market growth. Progress in large insect production, treating and feeding insects, is enabling higher production rates at lower costs. Research and development (R&D) will continue to receive investment to improve the breeding of insects, enhance nutritional profiles, and expand application areas for insect-derived feed ingredients.
These trends are promising, but the industry is still at a very early stage, fraught with regulatory hurdles, production scalability, and consumer adoption issues. Japan’s stringent food and feed regulations are in place, and extensive approval is required before even the newest feed ingredients can be adopted widely. Responding to increasing demand and ensuring cost-effectiveness through up-scaling of insect farming is another key challenge. Nevertheless, continued governmental support for sustainable feed initiatives and continued investment in automation and processing technologies will enable wider market penetration and long-term growth.
The Japanese insect feed market is evolving, and black soldier fly larvae, mealworms, and crickets are becoming the dominant ingredients. These entomologists cater to the needs of farmers, pet food producers, and livestock feed makers, enhancing insect nutritional source utilization. The Japanese Insect Feed Market is expected to grow at a steady rate in the forecast period, with increased consumer awareness, progress in regulations, and technological advancements.
Metrics
| Data | Value |
|---|---|
| Valuation (2025) | USD 34.35 million |
| Valuation (2035) | USD 229.19 million |
| CAGR (2025 to 2035) | 20.9% |
Explore FMI!
Book a free demo
Japan's insect feed is a growing and evolving market, driven by the growing concern for the environment, current trends toward sustainable agriculture, and the technological advancements of the latest methods of insect breeding. The adoption of this industry-specific variant of the market across an array of sectors, such as aquaculture, poultry, and livestock feed, has fueled the growth.
A major burden on the aquaculture sector as the most trafficked protein on earth, seeking greater sustainability. One direction is the growth of poultry farming, with farmers seeking inexpensive and nutrient-rich substitutes for traditional feed. Likewise, swine producers are experimenting with insect feed to address the volatility in the price of soybean meal.
After all, the pet food industry is booming thanks to consumer demand for more premium, hypoallergenic, and protein-forward ingredients. Driven by these growing concerns around sustainability, Japanese consumers are seeking traceability, organic certification, and eco-friendly production methods for their products.
Demand for alternative protein sources and government incentives promoting environmentally friendly practices are also driving growth. Education will also have a part in the future of the insect farming industry, similar to how technology is enabling any recent commercial insect farm to deploy automated and AI-based monitoring systems at the fore. Over the next decade, new applications in functional animal nutrition, as well as waste reduction and carbon footprint mitigation, will be shaping this industry.
Between 2020 and 2024, the Japan insect feed market saw significant shifts, primarily driven by rising awareness of sustainable protein alternatives, expansion of commercial insect farming, and regulatory developments supporting alternative feed sources. Aquaculture emerged as the largest sector adopting insect-based feed due to increasing fishmeal prices and environmental concerns.
Poultry and livestock farmers also started integrating insect feed into their production systems, albeit at a slower pace. Innovations in insect farming, such as automated breeding and waste-to-protein conversion technologies, contributed to market growth.
Looking ahead to 2025 to 2035, the industry is expected to see rapid technological advancements, wider adoption in poultry and swine farming, and further government support for sustainable feed solutions. AI-driven monitoring systems and blockchain-based traceability solutions will enhance quality control and supply chain transparency.
The pet food industry will continue expanding, driven by consumer demand for high-protein and allergen-free ingredients. Large-scale investments in R&D will further improve cost-efficiency, allowing insect feed to become more mainstream. Increased focus on climate change mitigation and circular economy practices will also propel market expansion.
Comparative Analysis of Historical and Forecast Period
| 2020 to 2024 | 2025 to 2035 |
|---|---|
| High adoption in aquaculture | Higher adoption in aquaculture |
| Moderate growth of automated insect farming | Rapid growth of automated insect farming |
| Emerging regulatory support for alternative protein | Strong regulatory support for alternative protein |
| Low expansion in poultry and swine feed applications | High expansion in poultry and swine feed applications |
| Emerging innovations in pet food formulations | Widespread innovations in pet food formulations |
| Moderate expansion of commercial insect farming | Large-scale expansion of commercial insect farming |
| Developing consumer acceptance of insect feed | Mainstream consumer acceptance of insect feed |
Although the Japan insect feed market is poised for rapid growth, there are some risks for players. Regulatory compliance is one of the main challenges, as government authorities maintain stringent safety and quality standards for animal feed.
It is also a continuous process of innovation in processing and safety measures, navigating through these regulations. Production scalability is another major risk for entities engaged in large-scale insect farming should they invest a high initial capital to provide the required physical and chemical infrastructures and become economically operationalized.
While automation transforms production capacity, consistency of quality and supply is still a challenge. Consumer perception is another significant determinant of the success of the market. Traditional livestock farmers are willing to switch away from conventional feed sources. Education and awareness campaigns will be critical to surmounting skepticism. Moreover, the competition pressure from the established fishmeal and feed industries based on soybeans acts as a challenge to market penetration.
Competitive pricing strategies and demonstrable nutritional and sustainable benefits will need to be established for this market to expand decently. Growth trajectory may be impacted due to fluctuations in raw material costs and the global economy. Overcoming these risks through technology development, government cooperation, and smart investments will be key to long-term stability for the market.
Based on insect type, the Japan insect feed market is further segregated into black soldier fly (BSF)-meal, mealworms, crickets, and other insect-based proteins. Black soldier fly meal leads the market thanks to its high protein content, essential amino acids, and its ability to be produced with high efficiency and low environmental impact. BSF larvae are also extensively used in aquaculture and as feed for poultry, providing a sustainable alternative to fishmeal.
Demand for mealworms, widely known for their digestibility and nutritional profile, especially in the pet food market and as animal feed for poultry farms, is also likely to stay high. Still a developing space, crickets are gaining interest in this category for their high bioavailability of protein and use in swine feed. The choice for these types of insects is motivated by how well they convert nutrients, not to mention that they can be farmed on organic waste and increase consumer interest in sustainability.
Insect feed is becoming more and more integrated into industry sectors such as aquaculture, poultry, swine, and dog food. Aquaculture is still the biggest application sector, with the price of fishmeal showing an upward trend while overfishing is a growing concern. Protein yields from insects are equal if not superior, to conventional sources, and insect-based feeds provide a sustainable alternative.
The poultry farming sector is yet another emerging field in which farmers are opting for the use of insect-based proteins to improve poultry health and feed cost efficiency. Pork operations are using insect feed to mitigate soybean meal price volatility and improve the gut health of pigs.
The pet food industry is flourishing as many premium pet food brands are launching formulations based on insect protein owing to their hypoallergenic property and digestibility. As demand increases across these industries, ongoing research into optimized feed formulations and production scalability will be vital for the industry's future scalability.
Japan insect feed market is witnessing technological specialisations, sustainable regulations and changes in consumer demand. The competitors include multinational corporations, startups and local agribusinesses that are pouring money into alternative protein sources. Winners will feature automation, quality control through AI, and blockchain for traceability.
Automation is a key enabler in scaling production. For instance, farms start using AI for the monitoring systems to obtain better insect monitoring with a more optimal operational cost, as already seen at Protix and Ÿnsect. In a similar vein, Mitsubishi Corporation has been seeking automated solutions to improve efficiency in mass insect rearing. This kind of blockchain integration brings transparency in terms of feed sourcing and quality, which aids companies in complying with Japan’s stringent food safety regulations.
Production scalability and cost-effectiveness, as well as partnerships with the aquaculture and livestock systems are among the major forces that shape the competition. Japan draws firms like AgriProtein and Enterra to partner with local farms. Domestic players expand insect feed to cut soy and fishmeal imports. With government backing and rising investments, tech-driven partnerships will thrive.
Market Share Analysis by Company
| Company Name | Estimated Market Share (%) |
|---|---|
| Protix | 15-20% |
| AgriProtein | 12-17% |
| Entobel | 10-15% |
| Ōkunojō Insect Farm | 8-12% |
| Innovafeed | 5-9% |
| Other Companies | 30-40% |
| Company Name | Key Offerings/Activities |
|---|---|
| Protix | Specializes in sustainable insect farming, focusing on aquaculture feed. |
| AgriProtein | Large-scale producer of black soldier fly protein for animal nutrition. |
| Entobel | Leading supplier of insect-based feed for aquaculture, leveraging advanced processing. |
| Ōkunojō Insect Farm | Japan-based company innovating commercial insect farming and sustainable feed solutions. |
| Innovafeed | Focuses on high-quality insect protein solutions for pet food and livestock industries. |
Key Company Insights
Protix (15-20%)
A global leader in insect protein production, Protix is pioneering sustainability-focused solutions in aquaculture and livestock feed.
AgriProtein (12-17%)
A major producer of black soldier fly protein, AgriProtein has a strong presence in sustainable feed manufacturing and large-scale production.
Entobel (10-15%)
Entobel is recognized for its advanced insect feed processing technologies, particularly for aquaculture applications.
Ōkunojō Insect Farm (8-12%)
A key player in the Japanese market, Ōkunojō Insect Farm is expanding its insect protein production and local partnerships.
Innovafeed (5-9%)
Innovafeed is at the forefront of high-quality insect-based protein solutions, catering to pet food, livestock, and aquaculture sectors.
Other Key Players (30-40% Combined)
The market is estimated at approximately USD 34.35 million in 2025 and is projected to exceed USD 229.19 million by 2035.
The market is expected to grow at a CAGR of 20.9%, driven by sustainability concerns, increasing demand for alternative protein sources, and advancements in insect farming technologies.
Key players include Protix, AgriProtein, Entobel, Ōkunojō Insect Farm, and Innovafeed, along with other emerging companies such as Hexafly, Ynsect, and FlyFarm.
The primary consumer segments include aquaculture, poultry farming, swine farming, and pet food industries, where insect-based feed is gaining traction as a sustainable and nutritious alternative.
Challenges include regulatory hurdles, consumer acceptance, large-scale production limitations, and competition from traditional feed sources such as fishmeal and soybean-based protein.
The industry is classified into fly larvae, silkworms, cicadas, and other insects.
The industry is segmented into aquaculture, pig nutrition, poultry nutrition, dairy nutrition, and other applications.
The industry is studied for Kanto, Chubu, Kinki, Kyushu & Okinawa, Tohoku, and Rest of Japan.
Chocolate Confectionery Market Analysis by Product, Type, Distribution Channel, and Region Through 2035
Multivitamin Gummies Market Analysis by Source, End-user, Application, Sales Channel, Distribution Channel, and Region Through 2035
Pasta and Noodles Market Analysis by Product Type, Usage, Distribution Channel, and Region Through 2035
Western Europe Powdered Cellulose Market Analysis by Source, End-use, Functionality, and Country Through 2035
Korea Powdered Cellulose Market Analysis by Source, End-use, Functionality, and Region Through 2035
Craft Soda Market Analysis by Flavor, Packaging, Distribution Channel, and Region Forecast Through 2035
Japan Insect Feed Market
Thank you!
You will receive an email from our Business Development Manager. Please be sure to check your SPAM/JUNK folder too.
