Specialty and Innovation
Custom-Engineered Forming Solutions: Beyond Standard Machinery
Co-Developing High-Precision Force & Heat Technology for Global Industries
At Tung Yu, we believe that the most challenging manufacturing problems cannot be solved by off-the-shelf equipment. With over 40 years of expertise in the integration of "Force and Heat," we have evolved from a machinery manufacturer into a vertically integrated technology partner.
We don't just build presses; we co-develop the future of your process. Whether you are working with advanced semiconductors, composites Industry, or medical-grade silicone, our mission is to transform your sophisticated requirements into high-efficiency production realities.
Custom-Driven Engineering
Extreme Scale Technology
Digital Engineering & CAE Validation
Customer-Driven Innovation: Your Process, Our Engineering
Innovation at Tung Yu begins with a deep understanding of our customers’ products and production goals.
Process Collaboration: We work closely with customers’ technical teams to co-develop engineered systems that precisely address critical challenges in thermal management, pressure control, and structural design.
Flexible System Architecture: From traditional hydraulic systems to high-precision all-electric servo-controlled machines, we flexibly integrate our technology platforms to fully meet customers’ specific requirements in cleanroom standards, factory layout, and automation integration.
A Partner for Scale-up: We support our customers in transitioning from R&D validation to full-scale production, ensuring a smooth and efficient path from trial to commercialization.
Extreme Scale: Engineering the Giants of Industry
When we say we can handle any requirement, we have the numbers to prove it:
- Massive Clamping Force: Capability up to 15,600tons, providing the immense forming pressure needed for heavy-duty industrial and composite parts.
- Extreme Thermal Control: Machine structures and platens designed to maintain absolute stability at temperatures up to 500°C.
- Unrivaled Dimensions: Experience in building machines reaching heights of 11,633mm and platen sizes up to 15,000mm.
| Technical Specifications | Unit | Value | Technical Specifications | Unit | Value |
|---|---|---|---|---|---|
| Maximum Clamping Force | tons | 15,600 | Maximum Heating Temperature | °C | 500 |
| Maximum Platen Size | mm | 15,000 | Maximum Layer Output System | layers | 5 |
| Maximum Machine Height | mm | 11,633 | Maximum Linked Units | machines | 6 |
Digital Reliability: Risk Mitigation through Advanced Simulation
Using Digital Twin technology, we perform comprehensive simulation and validation before physical manufacturing begins, minimizing all potential risks.
3D Digital Modeling & Motion Simulation
Using Inventor 3D CAD, we perform comprehensive digital modeling and interference analysis. We simulate every movement and assembly sequence to identify potential risks in the design phase, significantly reducing back-end modification costs.
Computer-Aided Engineering (ANSYS CAE)
We utilize ANSYS to conduct rigorous virtual testing, ensuring every custom machine is born reliable :
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Structural & Vibration Analysis: Validating integrity under extreme load conditions.
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Design Freeze Logic: Analysis results serve as the objective evidence for design finalization, minimizing the risk of re-work.
Precision Electrical Engineering (EPLAN)
To achieve global consistency in safety and performance, we utilize EPLAN for precise electrical design. This ensures our control systems meet the highest international standards (CE, EMC, OSHA) and allows for seamless integration with our customers’ smart factory MES and data management platforms, enabling full automation and traceability.
"Often Imitated, Never Surpassed"
Whether your challenge involves complex materials, extreme precision, or large-scale forming,
our engineering team is ready to turn your requirements into a reliable, high-efficiency manufacturing solution.