3 Missing Perspectives Common Among Companies That Fail When Selecting Overseas OEM Factories

Selecting an overseas pet food OEM factory is a decision that can affect product quality, brand credibility, and profitability over the long term. However, many companies entering overseas outsourcing for the first time, or considering a switch from their current manufacturing partner, choose factories without fully considering three critical perspectives. As a result, they often lose significant time and incur serious costs later.

This article outlines common failure patterns and explains the three essential perspectives that should be considered when selecting an OEM factory. The goal is to present a structured factory selection framework that goes beyond simple cost comparisons and certification checks.

What You Will Learn in This Article

• The three common missing perspectives that often lead companies to fail when selecting overseas pet food OEM factories.
• How each missing perspective can lead to actual business problems and failure patterns.
• Risk areas that cannot be identified simply by checking whether a factory has certifications.
• Practical checkpoints to review before selecting a factory, including comparison tables.
• Frequently asked questions about overseas factory evaluation, negotiation, and contracts.

Why Is Cost-First Factory Selection Risky?

When a factory is selected based only on cost, risks may emerge simultaneously in three areas: quality, stable supply, and regulatory compliance.

In overseas OEM decision-making, it is natural for quoted prices to become the first point of comparison. However, in overseas pet food manufacturing, using cost as the sole evaluation criterion can lead to structural decision-making errors.

Pet food is ultimately consumed by animals, which means quality issues may not surface immediately. However, when they do become visible, the impact can be severe. One notable industry example is the 2007 melamine contamination incident in the United States, where contamination through imported raw materials led to a large-scale recall. This case strongly demonstrated to the entire industry how procurement decisions focused primarily on price competitiveness can threaten product safety.

This example is not intended to criticize any specific country or business operator. Rather, it is an important case for understanding the subsequent strengthening of food safety regulations.

Fact

In the United States, under the Food Safety Modernization Act (FSMA), manufacturing facilities for animal food, including pet food, are required to establish food safety plans that include hazard analysis, preventive controls, and recordkeeping. This reflects an approach that focuses not only on responding after a problem occurs, but also on identifying and managing risks in the manufacturing process in advance.

In other words, when evaluating a factory, companies must look not only at manufacturing costs and quotation terms, but also at whether the factory has a management system capable of meeting such regulatory requirements.

Countries and factories with strong price competitiveness do not always have regulatory response capabilities that match the requirements of export destination markets. This gap can become a serious market entry risk.

Implication

Factories with low manufacturing costs may also have relatively limited investment in raw material sourcing, quality control systems, and traceability. Selecting a manufacturing partner without examining the reasons behind its cost advantage may amount to purchasing structural risk.

Cost Structures That Cannot Be Seen Through Price Comparison Alone

Evaluation Item	Costs Often Overlooked in Cost-First Selection
Quality defects	Recall costs, inspection costs, disposal costs, customer support workload
Regulatory non-compliance	Import detention, redoing certifications, market entry delays
Unstable supply	Alternative sourcing costs, opportunity loss, increased safety stock costs
Communication problems	Rework due to specification changes, increased translation and confirmation workload
Lack of audit or on-site verification	Information gaps that later turn into additional costs

A low quotation rarely represents the true total procurement cost. Evaluating OEM outsourcing based on total cost, including these downstream costs, is a fundamental financial perspective in OEM decision-making.

Missing Perspective 1:
Failing to Verify the Actual Quality Management System

The existence of certifications and the actual operational level of a factory’s quality management system are not the same thing. Factory reality cannot be fully understood through document review alone.

Many companies end their quality evaluation once they confirm that a factory has obtained certifications such as “ISO 22000 certified” or “HACCP certified.” However, certification is only proof of compliance with certain standards at a particular point in time. It does not, by itself, fully prove that quality management is functioning effectively in daily manufacturing operations.

Fact

HACCP, or Hazard Analysis and Critical Control Points, is one of the international food safety management frameworks presented by the Codex Alimentarius. However, the effectiveness of HACCP depends not merely on the existence of a written plan, but on how it is actually operated at each facility, including whether corrective actions and recordkeeping function properly when deviations occur.

Implication

Instead of stopping at certification checks, companies should confirm actual manufacturing line control records, the process from abnormality detection to corrective action, and the practical operation of lot-level traceability. These checks are essential for evaluating quality risk in a meaningful way.

Factory Quality Management Checklist

Checkpoint	What Can Be Confirmed Through Documents	What Requires On-Site Verification
Raw material management	Approved supplier list, receiving standards	Actual frequency and procedures of incoming inspections
Process control	HACCP plan, monitoring record formats	Actual response flow and records when deviations occur
Product testing	Testing specifications, contracts with external laboratories	Frequency of internal testing and handling flow for non-conforming products
Traceability	Explanation of lot numbering system	Actual traceability exercise, including speed and accuracy of forward and backward tracing
Education and training	Training plan and attendance records	Interviews with on-site staff to confirm understanding
Equipment maintenance	Equipment list and regular inspection records	Visual confirmation of line cleanliness and foreign material contamination risks

Hypothesis

There may be a difference in the incidence of quality complaints within 12 months after outsourcing begins between companies that conduct on-site factory audits and those that select factories based only on document review.

Major Certifications and On-Site Confirmation Points

FEDIAF, the European Pet Food Industry Federation, publishes practical guidelines on the safe manufacturing of pet food. These guidelines provide an industry reference framework for hygiene control, traceability, process management, and related areas. Confirming whether a factory has incorporated such industry guidelines into actual manufacturing operations and audit responses, rather than treating them merely as reference documents, can also serve as a useful supplement to certification checks.

Missing Perspective 2:
Failing to Confirm Regulatory Compliance by Product and Market

Regulatory requirements differ depending on the export destination and product category. It is essential to individually verify whether the factory’s regulatory response capabilities match the target market.

Regulatory risk in overseas OEM outsourcing is more complex than many companies assume. The assumption that “a factory with food safety certification should be fine” only holds true if the regulatory requirements of the export destination market are aligned with the factory’s actual capabilities.

Fact 1

Pet food for the United States must comply with FDA regulations and labeling requirements based on state feed laws. AAFCO provides nutrient profiles, ingredient definitions, and model regulations that are widely referenced across states, but legal enforcement depends on FDA regulations and individual state laws.

Fact 2

Pet food for the EU is subject to regulations such as Regulation (EC) No 767/2009 on the placing on the market and use of feed, and Regulation (EC) No 1831/2003 on feed additives. When factories outside the EU export products to the EU market, labeling compliance and feed additive suitability must be confirmed in advance.

Fact 3

For Japan, the Act on Safety Assurance and Quality Improvement of Pet Food, administered by the Ministry of Agriculture, Forestry and Fisheries and the Ministry of the Environment, applies to pet food for dogs and cats. Compliance with ingredient standards, manufacturing method standards, and labeling standards is required.

Market-Specific Regulations and Confirmation Points

Destination Market	Main Regulations and Standards	Factory Capabilities to Confirm
Japan	Pet Food Safety Act	Ability to comply with ingredient standards and labeling requirements; experience supporting Japanese label design
United States	FDA regulations, AAFCO model regulations, state feed laws	FSMA compliance; practical experience in labeling and formulation based on AAFCO references
EU	EC 767/2009, EC 1831/2003	EU labeling support, verification of approved additives, export experience to the EU
Southeast Asia	Import registration and labeling regulations of each country	Local registration support, religious certification and local language labeling where required
Australia	Import conditions and relevant regulatory requirements where applicable	Export experience to Australia, ability to respond to quarantine and import conditions
New Zealand	MPI import conditions and related systems	Export experience to New Zealand, ability to provide raw material certificates and respond to quarantine conditions

Implication

Confirming whether the factory’s past export markets match the market your company plans to enter is an effective initial screening method for regulatory risk. If you are outsourcing a product for a market where the factory has no track record, additional expert support may be required to supplement the factory’s regulatory capabilities.

Common Regulatory Compliance Failure Patterns

Below are common practical failure patterns where regulatory non-compliance is discovered only after factory selection.

1. Overlooking labeling requirements:
   Even if the factory can manufacture the product, it may not have experience meeting the destination market’s labeling requirements, such as ingredient declaration order or nutritional analysis presentation. This can lead to label redesign and delays.
2. Use of additives not approved in the target market:
   An additive included in the factory’s standard formulation may be unapproved or subject to usage limits in the destination market, requiring reformulation.
3. Insufficient raw material origin documentation:
   The destination market may require certificates of origin for raw materials, but the factory’s raw material management system may not be capable of meeting those requirements.
4. Failure to handle quarantine or registration procedures:
   The factory may not be sufficiently familiar with the destination country’s quarantine conditions or pre-registration procedures, causing the product launch to take much longer than expected.

Missing Perspective 3:
Failing to Assess Long-Term Collaboration Potential

Factory selection should not be treated as the selection of a one-time transaction partner. It should be positioned as a decision to identify a partner that can collaborate as the product grows.

Many companies see factory selection as the process of finding the best balance of cost and quality at the present moment. However, in pet food OEM outsourcing, the quality of the relationship across the entire product lifecycle directly affects business competitiveness. Especially in overseas OEM projects, it is important to evaluate not only initial quality and pricing, but also supply continuity and backup production capacity in order to reduce business risk.

Implication

Even if a factory produces the first lot without quality or cost issues, its responsiveness, willingness to cooperate, and communication quality may decline when requirements change. These changes may include production scale-up, the addition of product lines, formulation revisions in response to market changes, or packaging specification updates.

Three Perspectives Needed to Evaluate Long-Term Partnership Potential

Technical Development Capability

It is important to evaluate whether the outsourcing partner is not only a factory that can manufacture the current product, but also a factory that can support the development of next-generation products. This is especially important for medium- to long-term brand strategy.

Communication Quality and Information Disclosure

When manufacturing issues or raw material market changes occur, the factory’s ability to share information quickly and accurately is extremely important from a risk management perspective.

Scalability and Willingness to Invest in Equipment

Evaluating not only current production capacity, but also whether the factory has enough spare capacity and willingness to respond to future increases in production, is essential for assessing long-term supply stability.

Hypothesis

Based on practical observations, in cases where companies review or switch outsourcing partners within a few years after starting production, the reason is often not only unit price or initial quality. Delays in information sharing and dissatisfaction with response speed may become major reasons for reconsidering the factory relationship. However, no public statistics have been confirmed to support this as a general fact, so it should be understood here as a practical implication rather than a universal conclusion.

Risks When These Three Missing Perspectives Overlap

When all three perspectives are missing at the same time, risk does not merely increase additively. It can expand in a compounding manner.

Let us consider what may happen when outsourcing begins without confirming Perspective 1, the actual quality management system; Perspective 2, regulatory response capability; and Perspective 3, long-term collaboration potential.

Example Scenario of a Compound Failure

• Phase 1: Immediately After Outsourcing Begins
  The first lot is delivered without problems.
  The company confirms price competitiveness, and the person in charge is satisfied.
  　
• Phase 2: Mass Production
  As production volume increases, quality variation begins to occur.
  Some raw materials are changed without prior notice.
  　
• Phase 3: Market Entry
  The regulatory authority in the export destination points out deficiencies in labeling requirements.
  It is later discovered that an ingredient in the formulation is not approved in the local market, requiring reformulation.
  　
• Phase 4: Crisis Response
  The company asks the factory to investigate the cause of the quality problem, but traceability is insufficient and root-cause identification takes time. Communication is fragmented, delaying decision-making.
  　
• Phase 5: Withdrawal or Factory Switch
  The company is forced to look for an alternative factory. However, transferring product specifications, redoing regulatory registration, and managing existing inventory require significant time and cost.

To avoid this sequence of events, systematically evaluating the three perspectives during the selection stage is the most efficient form of risk management.

Practical Factory Selection Framework

Factory selection should not be designed as a simple three-step process of “certification check → quotation comparison → decision.” It should be treated as a decision-making process consisting of at least six evaluation phases.

Recommended Evaluation Flow for Factory Selection

Phase	Evaluation Area	Main Confirmation Method
1. Screening	Certification, location, product category fit	Document review, factory profile review
2. Regulatory fit confirmation	Alignment with regulatory requirements of the destination market	Specification review, export record review, advice from regulatory experts
3. Quality system evaluation	Actual quality management and traceability	Document review plus on-site audit or third-party audit
4. Technical and development capability evaluation	Product development and trial production support	Interviews with technical personnel
5. Communication evaluation	Information disclosure attitude, response speed, language capability	Observation during the Q&A process
6. Scalability confirmation	Production capacity, spare capacity, and investment attitude	Factory visit, confirmation of financial stability

Points to Confirm Before Manufacturing

Confirming the following items before trial production can significantly reduce the risk of rework after manufacturing begins.

1. Mutual confirmation of product specifications, including formulation, raw material list, and processing method.
2. Advance verification of ingredients and additives based on the regulatory requirements of the destination market.
3. Confirmation of quality standards, including inspection items, standard values, and testing methods.
4. Pre-setting sample evaluation criteria, including both sensory evaluation and analytical testing.
5. Confirmation of conditions and procedures for moving from trial production to mass production.

Strategic Perspective in Selecting a Manufacturing Location

The selection of a manufacturing location is inseparable from product strategy and market strategy. It is important to evaluate not only the trade-off between cost and quality, but also market fit, regulatory environment, and sourcing network.

When considering overseas OEM partners, understanding the manufacturing characteristics of each country or region is essential for building the strategic context of factory selection.

New Zealand and Australia

New Zealand and Australia are often mentioned internationally as sources of premium pet food ingredients because of their mature food safety systems and high production management standards in agriculture and livestock.

Thailand

Thailand is one of the major pet food export hubs in Southeast Asia, and many factories have export experience to Japan, the EU, and the United States.

Canada

Canada is often considered as a manufacturing base for pet food targeting the North American market, particularly in terms of raw material sourcing infrastructure and quality supervision systems.

Overview of Major Manufacturing Regions

Region	Characteristics Often Mentioned as Strengths	Points to Consider
New Zealand	Raw material quality, mature food safety systems	Manufacturing cost, logistics distance
Canada	Alignment with North American regulations, raw material infrastructure	Currency fluctuations, transportation cost
Australia	Food safety standards, premium raw material sourcing	Manufacturing cost, export procedures
Thailand	Cost competitiveness, export experience within Southeast Asia and beyond	Differences in quality levels between factories
Europe	EU regulatory experience, functional ingredient technology	Manufacturing cost, complexity of certification processes

Frequently Asked Questions

Q1. Is an on-site factory audit essential? Is document review alone insufficient?

Document review, including certification documents, quality manuals, and inspection records, is a necessary condition. However, it is not sufficient for understanding the actual state of the factory. An on-site audit, or an audit by a trusted third-party organization, is an effective way to evaluate aspects of the manufacturing site that cannot be confirmed through documents alone, such as equipment cleanliness, staff work habits, and emergency response systems. Depending on transaction value, product risk, and the importance of the target market, companies should consider conducting an on-site audit.

Q2. Can a small brand compare multiple factory candidates?

Even when the first production lot is small, it is still possible to send an RFI, or Request for Information, to multiple factories and compare their responses. A factory’s willingness to disclose information, response speed, and communication quality can be observed during the RFI process itself. Regardless of order size, comparing at least two to three factories before making a final decision may reduce the likelihood of regret later.

Q3. How much cost should be expected when switching factories?

The cost of switching factories varies significantly depending on the product, market, and regulatory requirements. However, typical cost items may include evaluation and audit costs for the new factory, trial production and quality confirmation costs, re-registration costs in the export destination market where required, disposal or management of existing inventory, and dual management costs during the transition period. The time required for switching depends on product complexity and market requirements, but cases requiring six months to more than one year are not uncommon. From this perspective, improving the accuracy of the initial factory selection is highly cost-effective.

Q4. Can communication with overseas factories be handled in Japanese?

This depends greatly on the factory. Some factories with experience in OEM production for the Japanese market may have Japanese-speaking contact points. However, support in languages other than English must be confirmed individually, including the surrounding support system. In areas where language barriers may arise, such as specification confirmation, quality claim negotiations, and contract condition adjustments, it may be effective to use intermediary support that can bridge local language, Japanese, and English.

Conclusion

The three missing perspectives commonly seen among companies that fail in overseas pet food OEM factory selection can be summarized as follows.

1. Failure to verify the actual quality management system:
   The company judges based only on whether certifications exist and begins outsourcing without confirming how quality management is actually operated on site.
2. Failure to verify regulatory response capability by market and product:
   The company does not confirm whether the regulatory requirements of the export destination market align with the factory’s actual capabilities, resulting in regulatory non-compliance later.
3. Failure to evaluate long-term partnership potential:
   The company selects a factory based only on initial order conditions and builds the relationship without evaluating technical development capability, communication quality, and scalability.

By incorporating these three perspectives systematically from the factory selection stage, companies may significantly reduce the risk of quality problems, regulatory issues, and partnership breakdowns after outsourcing begins.

Cost optimization is important. However, choosing the cheapest factory and choosing the best factory are not the same thing. To select a manufacturing partner that can support long-term business competitiveness, companies should invest the necessary time and expertise into the factory selection process itself. This becomes the foundation of a sustainable OEM strategy.

Our Global Sourcing Network

Through our global sourcing network covering New Zealand, Canada, Australia, Thailand, and Europe, we support factory selection, evaluation, and information organization for overseas pet food OEM outsourcing.

We welcome inquiries such as: “We would like to consider which country’s manufacturing environment best fits our product strategy,” “We would like to exchange information about the quality and regulatory response of our current outsourcing partner,” or “We are at the early stage of searching for a manufacturing partner for a new market and would like to clarify the key issues.”

We cannot guarantee specific quotations, delivery schedules, or supply volumes. However, we can help organize information and present key discussion points during the factory selection stage by utilizing our local network.

References

1. FDA (U.S. Food and Drug Administration). “Melamine Pet Food Recall of 2007.” U.S. FDA Consumer Updates. 2007.
2. FDA. “Food Safety Modernization Act (FSMA).” 2011.
3. FAO/WHO. “HACCP System and Guidelines for Its Application. Annex to CAC/RCP 1-1969.” Codex Alimentarius.
4. FEDIAF. “Code of Good Labelling Practice for Pet Food.”
5. FEDIAF. “Nutritional Guidelines for Complete and Complementary Pet Food for Cats and Dogs.”
6. AAFCO. “AAFCO Official Publication 2024.”
7. European Parliament and Council. “Regulation (EC) No 767/2009.” Official Journal of the European Union.
8. European Parliament and Council. “Regulation (EC) No 1831/2003.” Official Journal of the European Union.
9. 農林水産省・環境省. 「ペットフード安全法関連情報」
10. MPI (Ministry for Primary Industries, New Zealand).
11. DAFF (Department of Agriculture, Fisheries and Forestry, Australia).
12. CFIA (Canadian Food Inspection Agency).
13. Thai Pet Industry Club. Thailand Pet Food Export Statistics.
14. ISO. “ISO 22000:2018 — Food safety management systems.”
15. GS1 Global. “Traceability in the food supply chain.”
16. FEDIAF. “Guide to Good Practice for the Manufacture of Safe Pet Food.”

The editions and publication years of the sources above are based on the latest versions publicly available at the time of writing. Before practical use, please confirm the latest revisions of all regulatory information and check that all URLs remain active.

This article is provided for informational purposes only. Decisions regarding individual factories, transactions, and regulatory compliance should be made with advice from appropriate specialists. This article does not include definitive statements regarding prices, delivery schedules, supply guarantees, or product efficacy.