Customer Background

In Japan's equipment manufacturing industry, dryer fabrication is not simply a matter of machining according to drawings; it also involves dimensional accuracy, structural integration, process stability, and delivery schedule control. For Japanese manufacturers facing long-term labor shortages, identifying OEM partners with complete machinery manufacturing capabilities has become an important direction in supply chain restructuring within the equipment industry.

The Japanese customer in this project is a long-established dryer manufacturer specializing in equipment such as cylindrical agitator dryers, Multi-Layers Industrial Dryers, and rotary drying systems. Its equipment is widely applied in food processing, agricultural product handling, and industrial material drying. After years of market development, the customer began seeking a reliable Asian OEM manufacturing partner for long-term cooperation, and ultimately established collaboration with TsungHsing (TSHS) in Taiwan.

From FOOMA Trade Show Contact to Official OEM Project Launch Three Years Later

The initial contact between both parties began at the FOOMA JAPAN food machinery exhibition in Japan. As labor shortages in Japan’s manufacturing sector have become increasingly severe in recent years, the customer actively began searching for manufacturing partners with proven food equipment fabrication experience. During the first two years, both parties mainly built familiarity through exhibition meetings, with the customer repeatedly visiting the TsungHsing (TSHS) booth to understand equipment manufacturing details.

In the third year, after TsungHsing (TSHS) brought an actual machine unit for on-site display, the customer began a more in-depth evaluation of equipment structure, welding quality, and overall finishing standards, leaving a strong impression of the machine shown at the exhibition. After the exhibition, both sides arranged factory visits. The Japanese customer visited Taiwan to observe the manufacturing process directly and held further technical discussions regarding drying equipment. Following multiple rounds of confirmation and technical review, the first OEM equipment manufacturing project was officially launched in 2025.

Why Chose TSHS in Taiwan Instead of Local Fabrication Workshops

For the Japanese customer, the issue was not a lack of local machining resources. However, most local subcontractors were only able to complete partial structural work, such as individual frames, single panels, or specific mechanical sections. When equipment is fabricated in separate stages by multiple suppliers, dimensional deviations, interface inconsistencies, and structural alignment problems often emerge during final assembly, even when all parts are produced according to drawings.

The advantage of TsungHsing (TSHS) lies in the ability to complete full machine integration within a single manufacturing team. From material processing, structural welding, and frame assembly to final machine completion, all manufacturing details can be adjusted within one coordinated process. This significantly reduces cumulative errors and ensures higher equipment stability after delivery. This integrated manufacturing capability became one of the key reasons why the Japanese customer selected TsungHsing (TSHS) for OEM dryer production after evaluation.

OEM Manufacturing Scope: Multi-Layers Industrial Dryer Production

In this project, the primary equipment commissioned by the customer was a Multi-Layers Industrial Dryer. The manufacturing complexity of this type of dryer lies in heat source configuration, frame structure, internal heat distribution uniformity, and overall dimensional accuracy. In particular, when the equipment is required to meet Japanese market quality standards, not only must structural dimensions be precise, but exterior finishing details and cleanliness standards are also subject to strict evaluation.

During the manufacturing process, the customer first provided the design drawings, after which the TsungHsing (TSHS) team conducted detailed drawing verification. Specific items such as hole positions, bolt specifications, plate cutting details, welding methods, and door orientation were discussed one by one. Whenever unclear points were identified in the drawings, both parties used online meetings to confirm details in advance, preventing deviations during actual fabrication.

Completed Within Three Months: Delivery Pressure and Production Coordination

For the Japanese customer, delivery requirements were clearly defined, with the expectation that the complete equipment set be finished within three months. Such a delivery timeline is highly demanding in machinery manufacturing, especially for drying equipment involving extensive sheet metal fabrication, welding, and assembly work. Through internal schedule integration, laser cutting, bending, and structural assembly processes were planned in advance, allowing the overall manufacturing rhythm to remain stable and enabling delivery within the customer’s required timeframe.

In addition to machine fabrication, shipping arrangements from Taiwan to Japan also had to be considered simultaneously, including container loading, customs clearance, and local logistics in Japan. Since total transportation time typically requires an additional two to three weeks, manufacturing time had to be compressed in advance to ensure on-schedule shipment.

Japanese Inspection Standards Were More Detailed Than Expected

During the inspection phase, the Japanese customer visited Taiwan three times to examine the equipment. The first visit focused on raw material quality verification, the second on frame dimensions and structural verticality, and the third on final inspection of the complete machine. The customer brought precision measuring tools, including a level gauge, to conduct on-site inspection and verify frame straightness and dimensional accuracy. In addition, special attention was given to whether material surfaces contained scratches, whether weld areas had been fully cleaned, whether labels had been completely removed, and whether laser cutting marks on material surfaces had been properly treated.

While these points may often be regarded as secondary details in general equipment manufacturing, for Japanese machinery customers they directly reflect equipment completion quality and brand standards. As a result of this project, we further optimized internal cleaning procedures and raised surface finishing standards for future equipment manufacturing.

Immediate Follow-Up Order After Completion of the First Unit

After the first equipment set was completed and successfully delivered, the customer did not raise any major abnormalities or request significant post-delivery corrections. The machine operated stably after installation in Japan. More importantly, shortly after completion of the first project, the customer placed an order for a second dryer of the same type. This indicates that the cooperation was not limited to a single project, but marked the beginning of a sustainable and trusted OEM manufacturing partnership between both parties.

It Was Validation of Manufacturing Capability for the Japanese Market

The Japanese market has long represented a benchmark for high equipment quality standards. Successfully passing inspection by a Japanese manufacturer and subsequently receiving repeat orders demonstrates not only delivery capability, but also real market validation of overall manufacturing processes, dimensional control, and machine integration capability. This is fully aligned with the long-term manufacturing direction of TsungHsing (TSHS): from drawing interpretation, 3D drafting, and process integration to final machine completion, every manufacturing detail must correspond to actual end-use requirements. This OEM cooperation model with Japan closely matches the manufacturing logic and quality standards that TsungHsing (TSHS) has developed over many years.

Stable Manufacturing Quality Is the Key to Long-Term Cooperation

For the Japanese customer, when working with an overseas machinery OEM manufacturer for the first time, the primary concern was not only whether the equipment could be built according to drawings, but also whether the overall cooperation process would remain stable, whether details could be properly understood, and whether delivery schedules would be predictable. In this project, the customer noted that TsungHsing (TSHS) was able to quickly understand design requirements during the drawing confirmation stage and proactively clarify manufacturing details, allowing many issues that might otherwise have appeared during later assembly to be resolved before production began. In particular, overall performance met expectations in equipment frame integration, dimensional control, and structural completion quality.

The customer also mentioned that although the Japanese market places particularly high demands on surface finishing details and cleanliness, TsungHsing (TSHS) responded quickly after each inspection and discussion by adjusting manufacturing details, demonstrating strong cooperation and improvement efficiency. After completion of the first unit, the equipment operated stably after installation, which led the customer to decide within a short period to proceed with a second equipment order.

For the customer, a reliable long-term OEM manufacturing partner is not simply a supplier capable of completing equipment, but one that can maintain communication efficiency throughout manufacturing, understand quality requirements, and sustain a stable pace in international cooperation. This is also the key reason why both parties continue to deepen cooperation after the first project.