Nikon T Plan SLWD 100x Objective

The Nikon CFI60-2 T Plan Fluor EPI SLWD 100x Objective is a premium ultra-high-magnification Super Long Working Distance (SLWD) objective engineered for reflected-light (EPI) microscopy demanding both maximum magnification and exceptional working clearance. With a 10mm working distance and N.A. 0.6, it resolves fine surface features on large, bulky, or fixture-mounted specimens that would be inaccessible to conventional 100x objectives.

• 🔬 100x magnification with N.A. 0.6 for ultra-high-resolution surface imaging
• 📏 10mm Super Long Working Distance — far exceeding standard 100x dry objectives
• 💡 EPI (reflected light) design for opaque and surface-level specimen inspection
• 🏭 Plan Fluor optical correction for flat, edge-to-edge field uniformity
• 🔩 CFI60-2 infinity-corrected system — compatible with Nikon industrial and upright microscopes

🔧 Product Description

The Nikon CFI60-2 T Plan Fluor EPI SLWD 100x is the top of the T Plan SLWD series, delivering 100x magnification with a 10mm working distance that is extraordinary for an objective in this class. Standard 100x dry objectives typically offer working distances of 0.1–0.3mm; this objective's 10mm clearance opens up entirely new inspection scenarios — from components inside deep housings to specimens under environmental stages or probing fixtures. The N.A. 0.6 provides strong resolving power for fine surface detail, while the Plan Fluor correction ensures a flat, uniformly illuminated field across the full image area. As part of Nikon's CFI60-2 infinity-corrected platform, it integrates seamlessly with Nikon's LV, MM, and Eclipse industrial series microscopes.

🔎 Typical Applications

• High-magnification semiconductor wafer and die defect inspection
• Fine PCB trace, via, and solder joint analysis
• Metallurgical microstructure and surface finish examination
• Precision component inspection inside enclosures or fixtures
• Failure analysis and root cause investigation at high resolution
• MEMS and microelectronics surface characterization

📊 Key Specifications

University and institutional customers are welcome to submit a purchase order. Please contact us for net terms and academic pricing.