The Cantek EM12 End Matcher: Made for high-efficiency tongue and groove processing on hardwood flooring/paneling up to 12" wide. Design: Compact, through-feed layout maximizes output while conserving floor space. Cutting: Dual 10HP counter-rotating cutterheads ensure precise cuts with minimal tear-out. Operation: User-friendly touch screen offers intuitive controls and real-time diagnostics for ease of use. Ideal For: Manufacturers aiming to streamline production without compromising quality.

Key Features & Benefits
Simultaneous Tongue & Groove Cutting for Seamless Fit
• Dual 10 HP counter-rotating cutterheads cut tongue and groove profiles at the same time
• Achieve a perfect match between the leading edge and tail of consecutive boards
• Minimizes handling and boosts throughput with continuous feed

Compact Through-Feed Design Maximizes Floor Space & Productivity
• Small footprint with a production capacity of up to 77 linear feet per minute
• Allows seamless integration with CFS100 Automatic Defect Cutoff Saw
• Reduces floor space usage while increasing overall output

Advanced Cutterhead Configuration for Customizable Profiles
• Stackable insert knife cutterheads are fully adjustable and replaceable
• Micro-bevel inserts allow for either beveled or square-edge cuts
• Capable of working with boards up to 12" wide and 1.38" thick

Precision Clamping Ensures Flawless Finish
• Top and side clamps keep the board square against the fence
• Anti-tear-out blocks reduce chipping and blowout
• Chrome feed table offers wear resistance for long-term precision

User-Friendly Controls for Enhanced Operation
• Touchscreen PLC tracks total linear footage and piece count
• Variable infeed and cross-cutting speeds controlled via frequency inverter
• Simplifies troubleshooting and performance diagnostics

Versatile Material Handling for All Production Needs
• Can handle material as short as 12" and unlimited in length
• 118" powered infeed and 87" outfeed tables ensure continuous flow
• Spring-loaded and urethane rolls improve material positioning