Kohli Laser KL-F3015 3000W Fiber Laser Cutting Machine
Overview
The Kohli Laser KL-F3015 is one of India’s fastest-growing indigenously developed fiber laser cutting machines, engineered by Kohli Laser Technologies—a leading Pune-based manufacturer known for high-performance, cost-effective laser systems. With a 3000W IPG or Raycus fiber laser source and a 3000 × 1500 mm cutting bed, the KL-F3015 delivers precision cutting on mild steel (up to 20 mm), stainless steel (up to 12 mm), and aluminum (up to 8 mm). Designed for MSMEs, job shops, and export-oriented fabricators, it combines global-grade optics with local service support, making it a top choice across automotive, signage, elevator, and kitchen equipment industries in 2026 , .
Key Features
✅ High-Power Fiber Laser: 3000W (optional 2000W/4000W) with >30% wall-plug efficiency
✅ Large Cutting Area: 3000 × 1500 mm worktable with auto-positioning shuttle system
✅ Precision Motion System: HIWIN linear guides + servo motors for ±0.05 mm/m accuracy
✅ Intelligent Control: CypCut or PA8000 CNC controller with nesting software & real-time monitoring
✅ Automatic Focus & Piercing: Auto-height sensing (capacitive) and fast piercing (<1 sec for 1mm SS)
✅ Dual Gas System: Supports O₂, N₂, and compressed air for optimized cut quality
✅ Safety & Compliance: Fully enclosed with laser safety interlocks (Class 1) and exhaust filtration
✅ Made in India: Assembled in Pune with local tech support and training
Common Applications: Electrical enclosures, stainless steel cabinets, architectural metalwork, automotive brackets, perforated panels, and decorative grilles
Why Choose Kohli Laser KL-F3015 in 2026?
As Indian manufacturers shift from plasma and mechanical cutting to precision laser technology, the KL-F3015 offers 70% lower operating cost than imported lasers, same-day service in major cities, and free operator training. With plug-and-play installation and cloud-based diagnostics, it’s the smartest entry into industrial laser cutting for forward-looking Indian workshops [[7], [9]].