ST-CSF-100
Whether it is the high-strength connections in aircraft engines, the reliable assembly of automotive safety systems, or the precise fixation of medical implants, servo riveting technology can provide stable, damage-free, and traceable high-quality joining solutions, helping various industries achieve lighter, more durable, and more precise manufacturing goals.
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✈️Aerospace 🚀 Military & Defense 🚗 Automotive Manufacturing 🏥Medical Devices 🔌Electrical Enclosures 🛠️Hardware & Machinery |
Detailed description
Advantages & Features
Compared to traditional pneumatic riveting machines, servo-driven riveting machines offer numerous advantages, such as
| Icon | Feature | Technical Advantage | Customer Benefit |
|---|---|---|---|
| 🎯 | Zero-Defect Riveting | Servo closed-loop, ±0.01mm repeatability | 100% consistent results, zero scrap |
| 📊 | Process Monitoring | Real-time force-displacement curve analysis | Automatic defect detection, 100% QC |
| 🔄️ | One-Touch Changeover | 200+ recipe storage, HMI interface | 90% less setup time, flexible production |
| 📝 | Full Data Traceability | Complete data log, MES/ERP ready | ISO compliance, quality management |
| ⚙️ | Adaptive Control | Dynamic PID, auto material compensation | Stable performance across materials |
| 💰 | 80% Energy Saving | 80% less energy, <70dB noise | 30% annual energy cost saving |
| 🚀 | 2x Higher Efficiency | Servo direct drive, 100% faster speed | Double output, 50% faster ROI |
| 🔌 | Plug-and-Play | Ethernet/IP, Profinet, Modbus TCP | Easy automation integration |
Multi-Industry Precision Component Solutions

Device Function Description

Shun Tai Riveting Machine Specifications Table
Shun Tai Technology riveting machines offer full parameter support, including 3D/2D and more detailed parameter tables. We also provide highly flexible customization services. For detailed parameters, please contact Shun Tai Technology.
| Item | Parameter | Item | Parameter | |
| Rated Voltage | AC110~250V | Table Size | 180×140mm | |
| Rated Power | 0.3kw | Rapid Traverse Speed | ≤67mm/s | |
| Electric Cylinder Stroke | ≤75mm | Pressing Speed | ≤25mm/s | |
| Electric Cylinder Effective Stroke | ≤70mm | Repeatability Accuracy | 0.01mm | |
| Servo Rated Force | 1KN | Operating Ambient Temperature | -10 ℃ ~ 60 ℃ | |
| Force Range | 10-1000N | Overall Dimensions | 345×400×748mm | |
| Open Height | 230mm | Net Weight | 19kg |
Applications of rivets
Our servo riveting machine intelligently adapts to various materials and structures for complex process requirements.
| No. | Material Category | Specific Materials | Supported Structures | Processing States | Process Characteristics |
| 1 | Aluminum & Alloys | Aluminum (Al) Aluminum Alloys |
○ Hollow
◐ Semi-Hollow ● Solid |
✅ Heat treated
✅ Not heat treated |
Anti-deformation algorithm ensures mark-free surfaces; adaptive to oxide layers. |
| 2 | Copper & Alloys | Pure Copper (Cu) Brass/Bronze Copper Alloys |
○ Hollow
◐ Semi-Hollow ● Solid |
✅ Heat-Treated ✅ Non Heat-Treated |
Anti-galling mode for soft materials; special thermal process for high conductivity. |
| 3 | Carbon & Alloy Steels | Carbon steel
Alloy steel |
○ Hollow
◐ Semi-Hollow ● Solid |
✅ Heat-Treated ✅ Non Heat-Treated |
High-torque mode with dynamic pressure compensation for varying hardness. |
| 4 | Stainless Steels | Austenitic Ferritic Martensitic |
○ Hollow
◐ Semi-Hollow ● Solid |
✅ Heat-Treated ✅ Non Heat-Treated |
Low-speed, high-force control is used to prevent work hardening, and special process parameters are applied for stainless steel materials. |
| 5 | Special Alloys | Titanium Alloys Nickel-Based Alloys |
○ Hollow
◐ Semi-Hollow ● Solid |
✅ Heat-Treated ✅ Non Heat-Treated |
Optional inert gas protection process for reactive & hard-to-form materials. |
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Explanation of Orbital Riveting Working Principle
| This unique compound motion causes the contact point between the die (Mould in Diagram 1) and the rivet (River) to continuously vary, transforming the powerful axial force into a uniform, continuous radial material flow. Guided by the riveting needle (Rotary rivet needle) and constrained by the die cavity, the rivet material spreads evenly outward—akin to being “gently kneaded” rather than “forcibly upset.” This results in a reliable joint that is free of cracks, highly precise, and has a smooth finish, all achieved with minimal riveting force (only 10%-20% of traditional press riveting). | ![]() |
| Orbital riveting is an advanced cold-forming process. Its core lies in maintaining a precise tilt angle (α, typically 3°-8°) between the riveting spindle axis and the forming die axis. During operation, the riveting spindle does not press down vertically. Instead, it drives the die to perform a continuous 360° eccentric orbital movement (shown as the S trajectory in Diagram 2) while simultaneously feeding along the Z-axis. | ![]() |
Riveting Shape Selection and Application
Our servo orbital riveting enables diverse shapes — including Flat, Countersunk, Ball Head, Flared, and Custom forms — to meet varied functional and space requirements. We provide standard shape options (S1–S9) and support tailored designs for precise, reliable, and space-efficient joints.

Shun Tai Technology Servo Riveting Machine Core Control System
Suntech Servo Riveting Technology replaces traditional pneumatic/hydraulic drives with a “PLC CNC System + Servo Motor,” doubling rotational speed while maintaining high efficiency and precision. Its core advantages span three key dimensions: intelligent control, quality traceability, and system integration.
| Category | Core Functions | Key Advantages |
| Intelligent Control | CNC, PLC control, dynamic PID, programmable control, parameter compensation, multi-mode control, HMI | Full digital precision control, adaptive adjustment, simple operation, supports complex processes |
| Quality & Traceability | Real-time quality judgment, full data traceability | Real-tiemonitoring, automatic defect rejection, complete auditable data |
| System Integration | Multi-scenario interfaces, high response, high safety, easy integration | Quick integration into automated lines, fast response, enables flexible production |
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| Suntech’s technology not only significantly improves riveting efficiency and precision but also, through its intelligent and information-based capabilities, provides reliable support for high-quality, traceable, and flexible production. | ||
Equipment detailed design
| Featuring an adjustable stroke design, it flexibly adapts to different part sizes and process requirements. The machine body is made of high-quality carbon structural steel, precisely machined and treated to ensure long-term stable operation and positioning accuracy. The worktable adopts a multi-slot modular design, compatible with various fixtures, enhancing production flexibility. The integrated control box combines the operation panel, speed control unit, and protection functions, achieving simple and efficient human-machine interaction. | ![]() |
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This safety light curtain system is a high-performance, non-contact safety protection device designed to ensure the safety of personnel working with industrial automation equipment and in hazardous machinery areas. By creating an invisible “light barrier,” it continuously monitors for intrusions into a specific area and immediately triggers a shutdown before any danger occurs, fundamentally preventing personal injury and equipment damage. |
| Utilizing integrated high-performance industrial PLCs and HMIs, controlled by a core algorithm system with independent intellectual property rights, the control accuracy and application modes are significantly improved. | ![]() |
Equipment mass production site

Equipment mass production site
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Trademarks and ISO certificates
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Riveting machine software copyright
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Servo riveting machine patent
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Other certificates
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SHUNTAI Technology Factory Video
SHUNTAI Technology Company Profile

Ningbo Shuntai Automation Co., Ltd. originated from the Automation Division of Hongheng Precision. Since 2005, the company has dedicated itself to the R&D and manufacturing of automation technology, and began independent operation in 2015. As a National High-Tech Enterprise certified with ISO standards, the company boasts an R&D and management team with decades of industry experience, possessing profound technical expertise and exceptional project management capabilities. The company specializes in providing innovative and intelligent integrated automation and digital solutions for high-end electronics manufacturing, advanced semiconductor equipment, precision electronic components, and automotive parts. In the areas of rotary riveting and press riveting processes, we hold multiple core patents and software copyrights, continuously driving improvements in process precision and efficiency. Located in the Ningbo High-tech Zone, the company benefits from a strategic position close to Beilun Port, Ningbo Bonded Zone, and the Free Trade Zone, ensuring efficient logistics and a strong ability to respond swiftly to global market demands. Shuntai Automation is driven by R&D and committed to becoming a world-leading partner for high-end automation solutions.
SHUNTAI Technology Workshop Showcase
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SHUNTAI Technology
We look forward to working with you to reach new heights in the manufacturing industry!
Related products
| Pressure Range P | 2.8 KN |
|---|---|
| Stroke S | 50-200 mm |
| Riveting Time T | 0.1~9.9 S |
| Stroke Frequency N | 0.1~30 min⁻¹ |
| Max Die Height H1 | 345 mm |
| Min Die Height H2 | 345-S mm |
| Throat Depth A | 95 mm |
| Working Pressure | 0.3~0.8 Mpa |
| Operating Temperature | -30 ~ 50 ℃ |
| Worktable Size | 240×200 mm |
| Worktable Thickness | 30 mm |
| Overall Dimensions | 500×550×(920+S) mm |
| Weight | 60 kg |
| Power Supply | 220V 50Hz |
| Input Pressure | 0.3~0.8 Mpa |
| Packing Dimensions | 570×620×1300 mm |
| Gross Weight | 85 kg |
| Pressure Range P | 2.8 KN |
|---|---|
| Stroke S | 50-200 mm |
| Riveting Time T | 0.1~9.9 S |
| Stroke Frequency N | 0.1~30 min⁻¹ |
| Max Die Height H1 | 345 mm |
| Min Die Height H2 | 345-S mm |
| Throat Depth A | 95 mm |
| Working Pressure | 0.3~0.8 Mpa |
| Operating Temperature | -30 ~ 50 ℃ |
| Worktable Size | 240×200 mm |
| Worktable Thickness | 30 mm |
| Overall Dimensions | 500×550×(920+S) mm |
| Weight | 60 kg |
| Power Supply | 220V 50Hz |
| Input Pressure | 0.3~0.8 Mpa |
| Packing Dimensions | 570×620×1300 mm |
| Gross Weight | 85 kg |
| Pressure Range P | 2.8 KN |
|---|---|
| Stroke S | 50-200 mm |
| Riveting Time T | 0.1~9.9 S |
| Stroke Frequency N | 0.1~30 min⁻¹ |
| Max Die Height H1 | 345 mm |
| Min Die Height H2 | 345-S mm |
| Throat Depth A | 95 mm |
| Working Pressure | 0.3~0.8 Mpa |
| Operating Temperature | -30 ~ 50 ℃ |
| Worktable Size | 240×200 mm |
| Worktable Thickness | 30 mm |
| Overall Dimensions | 500×550×(920+S) mm |
| Weight | 60 kg |
| Power Supply | 220V 50Hz |
| Input Pressure | 0.3~0.8 Mpa |
| Packing Dimensions | 570×620×1300 mm |
| Gross Weight | 85 kg |


































