The Axminster Professional AP410T Thicknesser is designed for users who demand accuracy, power, and a flawless surface finish.
At the heart of the machine is a 75mm spiral cutterblock fitted with 72 TC inserts, rotating at 4,500rpm to deliver exceptionally smooth, tear-free results, even on difficult or highly figured timber. This advanced cutting action not only improves surface quality but also reduces noise and significantly extends cutter life.
Accuracy is further enhanced by the digital thickness readout, providing precise control over material removal and ensuring consistent, repeatable results. This is particularly valuable for repeat cutting, where reduced setup time and reliable accuracy are essential.
With a generous 408mm thicknessing width and a maximum depth of cut of 4.5mm, the AP410T comfortably handles everything from heavy stock removal to fine finishing passes. A maximum thicknessing height of 230mm makes it suitable for a wide range of furniture making, joinery, and construction tasks, while the smooth 5.4m/min feed speed helps maintain an efficient workflow.
Power is supplied by a single-phase 3kW motor with a 16A plug, delivering strong, dependable performance without the need for a 3-phase supply. This makes the AP410T Thicknesser an ideal choice for professional users operating in single-phase workshops who still require serious cutting capability.
Designed with busy workshops in mind, the AP410T Thicknesser combines a compact footprint with a robust cast iron table measuring 600 x 408mm. This solid construction provides excellent stability and vibration resistance, ensuring consistent results even under demanding workloads. Front and rear extension tables add vital support for longer workpieces, improving feed stability and helping to minimise snipe at both entry and exit points.
To support a clean and safe working environment, the machine features a 100mm dust extraction outlet, requiring 1,500m³/hr airflow when connected to a suitable extractor, helping to keep dust and debris under control during operation.