Photonicore Technologies Co., Ltd.
萊凌科技股份有限公司
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2020Founded
NT$459MPaid-in capital
2Plants
2Patents
NT$0.5–1BRevenue band (est.)
- Unified Business No.
- 83465481
- Industry
- Computers, Electronics & Optical Products (2,116)
- Main products
- Optical instruments & equipment (163)
- Location
- 4 F., No. 12, Ln. 31, Sec. 1, Huandong Rd., Xinshi Dist., Tainan City 744093, Taiwan (R.O.C.)
Tainan City (8,491) · Xinshi (371) - Listing
- Not publicly issued (84,625)
- Registration status
- Approved / Active
- Organisation type
- Company Limited by Shares
- Founded
- 2020-01-14
- Paid-in capital
- NT$ 459,000,000
- Representative
- Huang Yu-chih
- Phone
- 06-7035112
- Website
- https://photonicore.com.tw
- Exporter
- Yes — registered with the Trade Administration
- Annual revenue band
- NT$0.5–1B estimated
- Ownership
- Foreign-owned · United States · LARGAN PRECISION CO., LTD.、Lai Te Erh Technology Co., Ltd. (USA)
- Representative tenure
- In office since 2023-09 (3 yrs); last handover 2023-09
Plants 2
- Plant · No. 170, Aly. 142, Ln. 73, Zhishui Rd., Yanshui Dist., Tainan City In production
- Nanke Plant · 4F, No. 12, Ln. 31, Sec. 1, Huandong Rd. (Southern Taiwan Science Park), Xinshi, Tainan City In production
Processes & materials 10
- Inter Satellite Laser Link (1) · Extracted from websiteSelf-reported
- Laser Metal Processing (1) · Extracted from websiteSelf-reported
- Tapping (229) · MachiningSelf-reported
- Welding (626) · JoiningSelf-reported
- Tapered-Fused Splicing (1) · Extracted from websiteSelf-reported
- Side-Pump Combiner (1) · Extracted from websiteSelf-reported
- Fiber Bragg Grating (1) · Extracted from websiteSelf-reported
- Cladding Power Stripper (1) · Extracted from websiteSelf-reported
- Space Optical Component for Laser Communications (1) · Extracted from websiteSelf-reported
- High Power Fiber Laser (1) · Extracted from websiteSelf-reported
Patents 2
- 2026 Heat dissipation method and structure for optical fiber element in vacuum environment
- 2025 Manufacturing method of optical fiber component maintaining low fiber-core signal transmission loss and cladding-stripping energy