Why Did the Fried Noodle Manufacturer Upgrade to an Automated Frying Solution?

Located in a remote region of the Philippines, the customer is a fried noodle manufacturer specializing in products for the domestic market. Its signature product resembles traditional Asian fried noodle cakes, such as instant fried noodles and crispy noodle blocks, which are produced through a boil-then-fry process and formed into a distinctive square shape for retail packaging. Before upgrading its fried noodle production line, the manufacturer relied on a traditional manual frying process. Operators individually placed cooked noodle blocks into molds before frying them in shallow oil. Although this production method offered operational flexibility, the final product quality depended heavily on the experience and skills of individual workers, making it difficult to maintain consistent results.

Like many food manufacturers in Southeast Asia, the company also faced the challenge of high employee turnover. As experienced operators left and new workers joined, product appearance, shape consistency, and packaging quality became increasingly difficult to standardize. To overcome these production challenges, the customer began searching for an automated frying solution that could improve fried noodle production consistency, reduce reliance on manual skills, and establish a more stable and reliable manufacturing process. The company ultimately selected the TSHS 4-meter Continuous Fryer as a key upgrade to modernize its production operations.

From Market Research to Investment: Why the Customer Chose Automation After Three Years

The project began with an initial inquiry in 2019. Although the customer expressed interest in upgrading its fried noodle production line, the investment was temporarily postponed due to budget considerations. Rather than making an immediate purchasing decision, the company spent the following years evaluating the market and closely observing the performance of local fried noodle manufacturers that had already adopted similar continuous frying equipment. To gain firsthand insight into the benefits of automation, the customer even assigned employees to observe production operations at existing user facilities for an extended period. By evaluating equipment reliability, production capacity, process stability, and day-to-day operation, the company was able to verify how an industrial continuous fryer could improve manufacturing efficiency and product consistency. This practical research significantly strengthened the customer's confidence in the technology before making its investment decision.

After nearly three years of evaluation and planning, both parties officially signed the agreement during a food processing exhibition in Thailand in 2022, marking the start of the customer's automated fried noodle production project with the installation of a TSHS 4-meter Continuous Fryer.

Rather than focusing solely on increasing production capacity, the customer prioritized maintaining a uniform square shape after frying. The finished product needed to fit precisely into its existing retail packaging while minimizing product breakage during handling, transportation, and packaging. To achieve these goals, Tsung Hsing (TSHS) developed a customized industrial frying solution that combined stable frying performance with a tailor-made mold system, enabling the customer to improve both product consistency and packaging efficiency throughout the fried noodle production line.

Rather than focusing solely on increasing production capacity, the customer prioritized maintaining a uniform square shape after frying. The finished product needed to fit precisely into its existing retail packaging while minimizing product breakage during handling, transportation, and packaging. To achieve these goals, Tsung Hsing (TSHS) developed a customized industrial frying solution that combined stable frying performance with a tailor-made mold system, enabling the customer to improve both product consistency and packaging efficiency throughout the fried noodle production line.

Installation in a Remote Location: Delivering a Customized Continuous Fryer Across the Philippines

The customer's manufacturing facility is located in a remote area of the Philippines, requiring the TSHS engineering team to travel by an international flight, followed by two domestic flights and approximately five hours of ground transportation before reaching the installation site. Despite the logistical challenges, the equipment installation was completed smoothly and according to schedule. The spacious production site provided sufficient room for equipment positioning, assembly, and commissioning. During the installation period, the TSHS team carried out equipment inspection, system testing, operator training, and on-site production support to ensure a seamless transition from traditional manual frying to a more standardized semi-automated fried noodle production process.

From equipment design and engineering to manufacturing, testing, and final commissioning, the entire project was completed within approximately six to eight months. Through close collaboration with the customer, Tsung Hsing (TSHS) successfully delivered a customized 4-meter Continuous Fryer tailored to the customer's product specifications, production process, and packaging requirements, providing a reliable automated frying solution for long-term fried noodle production.

After-Sales Support: From Equipment Supplier to Process Improvement Partner

After the 4-meter Continuous Fryer was commissioned for full-scale fried noodle production, the customer's technical inquiries primarily focused on frying temperature settings, equipment parameter optimization, and process adjustments. Rather than equipment performance issues, most discussions centered on fine-tuning production conditions to achieve consistent product quality for high-moisture fried noodle products. While the continuous frying system operated reliably, transitioning from traditional manual production to an automated manufacturing process required time for operators to gain experience and optimize the overall workflow. Throughout this period, the TSHS technical team provided ongoing remote support, offering timely recommendations on equipment settings and process improvements to help the customer troubleshoot production challenges and optimize operating conditions.

Today, the manufacturer continues to operate with a combination of manual handling and automated frying. However, the project has successfully achieved its original objectives by delivering more stable frying temperatures, reducing product quality variations, and establishing a more standardized fried noodle production line. Beyond supplying industrial frying equipment, Tsung Hsing (TSHS) continues to support customers as a long-term technical partner, helping them improve production performance and maximize the value of their investment.

Project Results: Building a More Stable and Standardized Fried Noodle Production Process

For this Philippine fried noodle manufacturer, the greatest value of installing the TSHS 4-meter Continuous Fryer was not simply increasing production capacity—it was creating a more stable, repeatable, and standardized fried noodle production process. By combining precise frying temperature control, a customized mold system, and continuous technical support, the customer gradually reduced its reliance on highly experienced operators while establishing a more standardized fried noodle production line. The result was improved product consistency, more reliable production performance, and enhanced competitiveness in the local market.

This project also demonstrates that the successful implementation of food processing equipment extends beyond equipment delivery alone. Long-term success depends on the integration of engineering expertise, process optimization, customized equipment design, and responsive after-sales support. For manufacturers planning to invest in fried noodle production equipment, a Continuous Fryer, or a complete automated frying solution, comprehensive project planning, equipment customization, and ongoing process improvement are key factors in achieving sustainable production efficiency and consistent product quality.