Die Sorter Machine for Semiconductor Packaging: S17-Plus Technical Review, Specifications & Buyer's Guide
What Is a Die Sorter Machine?
A die sorter machine—also known as a die pick-and-place system or chip sorting machine—is a key back-end semiconductor tool used after wafer dicing.
Its core functions include:
- Picking individual dies from wafer film frames
- Inspecting die quality using machine vision
- Sorting and placing good dies into organized carriers
- Maintaining traceable mapping for downstream processes
👉 In modern semiconductor manufacturing, automated die sorters replace manual handling to eliminate contamination, reduce die damage, and improve yield.
Global Manufacturing & Supply Capability
The S17-Plus is developed and manufactured by Jiangsu Himalaya Semiconductor Co., Ltd., a semiconductor equipment manufacturer in Jiangsu, China.
🌍 Global Supply Positioning
- Manufactured in Jiangsu, China under ISO 9001:2015 standards
- Export-ready system for USA, Europe, and Southeast Asia semiconductor markets
- Serving OSATs (Outsourced Semiconductor Assembly & Test providers), IDMs, and research fabs worldwide
👉 This makes the S17-Plus a competitive choice for buyers searching for:
- die sorter supplier USA (import-ready systems)
- semiconductor equipment manufacturer China export
- OSAT equipment Europe / Southeast Asia
Why the S17-Plus Stands Out
The S17-Plus is engineered for high-mix, medium-volume semiconductor packaging environments, bridging the gap between manual sorting and high-end fully automated lines.
Key Advantages:
- Dual-mode output: ring transfer + magazine packing
- Vision-based die alignment (no blind pickup)
- Programmable ejection control for fragile and thin dies
- Compatibility with industry-standard carrier tapes
Core Technology Explained
1. Smart Die Ejection (Damage Control)
The S17-Plus replaces traditional “blind ejection” with controlled force mechanisms:
- Single-pin ejector → optimized for micro dies (<1 mm)
- Multi-pin ejector → distributes stress for larger dies
👉 This reduces:
- Micro-cracks
- Edge chipping
- Die stress during UV tape release
2. Vision-Guided Placement (Visual Servoing)
Using:
- Fiducial recognition
- Template matching algorithms
The system:
- Identifies die position precisely
- Skips defective dies automatically
- Compensates for wafer expansion and tape distortion
3. Programmable Z-Axis Control
- Stroke range: 0–10 mm
- Tunable per die thickness and material
👉 Critical for:
- Thin silicon dies (≥70 µm)
- GaAs and compound semiconductor devices
S17-Plus Technical Specifications
| Parameter | Specification |
|---|---|
| Throughput | 3,000 UPH (standard condition) |
| Die Size Range | 0.5 × 0.5 mm to 8.0 × 8.0 mm |
| Thin Die Capability | ≥70 µm |
| Wafer Sizes | 76 mm, 100 mm, 150 mm |
| Z-Axis Stroke | 0–10 mm programmable |
| Ejection Type | Single-pin / Multi-pin |
| Output | Plastic rings, 2" & 4" magazines |
| Carrier Tapes | B-14385, B-14842, B-16271 |
| Price | ~500,000 CNY (EXW) |
| Lead Time | 90 days + 2 weeks installation |
S17-Plus vs Manual Die Sorting
| Factor | Manual Sorting | S17-Plus |
|---|---|---|
| Throughput | <500 UPH | 3,000 UPH |
| Yield Stability | Low | High |
| Contamination Risk | High | Minimal |
| Die Damage Risk | High | Controlled |
| Traceability | None | Full mapping |
👉 The S17-Plus delivers significantly higher productivity with controlled quality and repeatability.
Applications & Use Cases
Semiconductor Packaging:
- IC (Integrated Circuits)
- Discrete semiconductor devices
- WLCSP packaging
Materials:
- Silicon (Si)
- Gallium Arsenide (GaAs)
- Metal-ceramic packaged dies
Typical Users:
- OSAT companies
- Integrated Device Manufacturers (IDMs)
- Semiconductor R&D labs
Buyer's Guide: Is the S17-Plus Right for You?
✔ Ideal If You:
- Operate high-mix production lines
- Process dies within 0.5–8 mm range
- Need to transition from manual to automated sorting
⚠ Consider Customization If:
- Die thickness <70 µm
- Large die sizes (>8 mm)
- Non-standard carrier formats
✔ Pre-Purchase Checklist:
- Confirm carrier tape compatibility
- Evaluate wafer defect rate (affects real throughput)
- Ensure magazine flatness and tolerance
Real Throughput Insight
- Rated: 3,000 UPH
- With 10% defect rate: ~2,700 UPH
👉 Vision-based defect avoidance slightly reduces speed but ensures higher final yield.
Future Trends in Die Sorting
- AI-driven ejection force optimization
- Inline metrology (thickness, warpage detection)
- SECS/GEM smart factory integration
- Full wafer-to-die digital traceability
FAQ
What is another name for a die sorter?
A die sorter is also called a die pick-and-place system, chip sorting machine, or die handling system in semiconductor packaging.
What is the smallest die size supported?
The S17-Plus supports dies as small as 0.5×0.5 mm, with thickness down to 70 µm.
Who uses die sorter machines?
They are widely used by semiconductor fabs, OSAT providers, and electronics manufacturers.
What affects die sorting yield the most?
The most critical factor is ejection force control, which directly impacts die integrity and long-term reliability.
Final Verdict
The S17-Plus is a globally competitive die sorter machine that combines precision, flexibility, and cost efficiency. Designed and manufactured in China for international semiconductor markets, it is an ideal solution for companies scaling automated packaging while maintaining strict quality control.
📞 Next Step
- Request full specifications
- Schedule a demo
- Consult application engineers
👉 Suitable for global buyers searching for reliable die sorter suppliers for USA, Europe, and Southeast Asia markets