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CURSAL TRV 1700 Ø500 - Customizable

TRV 1700: High-Performance Optimizing Saw for Finger Joint and Moulders
The TRV 1700 is the ultimate solution for woodworking professionals, offering precision, speed, and advanced optimization. Designed in three different configurations with Ø 500, 550, and 600 mm blades, this optimizing saw is available in the following versions:

TRV 1700A – Automatic with programmed cutting
TRV 1700E – EB – Optimized cutting to maximize yield and reduce waste
TRV 1700S – Simple cutting on mark for essential operations
Thanks to its high versatility, the TRV 1700 is perfect for quickly removing knots and defects from wooden boards. It is the ideal machine for applications where maximum length is a priority, such as parquet flooring, or when only defect selection is required.

Advanced Optimization Software
Over 100 cutting plans, customizable by width and quality
Smart optimization algorithm for:
Commercial value
Waste reduction
Quantity
Length
Mixed optimization
Pre-cut simulation for maximum efficiency
Real-time monitoring of processed quantities
Integrated optimization within the saw, simplifying the workflow
Machine Structure & Technical Features
Reliable conveyor belt traction system without adhesive parts
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Non-slip rubberized pressure wheels, suitable for all materials
Thick pressor for safe clamping of chips and irregularities
PLC-controlled silent blowers for continuous workspace cleaning
The TRV 1700 integrates seamlessly with moulders and finger jointers via Cursal’s feeding systems, ensuring a smooth and efficient in-line production process.

With a wide range of customizable accessories (see the dedicated section), it can be upgraded from a standard version to a fully equipped high-end configuration.

Recommended Applications
Parquet flooring – Ideal
Windows and construction – High compatibility
Furniture components – Well-suited
Laminated beams, planks, structures – Well-suited
Finger joint recovery – Ideal
Choose the TRV 1700 for optimized cuts, reduced waste, and maximum production efficiency.