Sodick AL series achieves high precision machining while suppressing the cumulative pitch error to the utmost in progressive press dies and etc. where high precision is accelerating. It is recommended to use Sodick Hayabusa for the best performance.

SODICK AL400G

NSD-VINA-Máy-cắt-dây-Sodick-Wire-cut-EDM-AL400G-500p

SODICK AL400G

NSD-VINA-Máy-cắt-dây-Sodick-Wire-cut-EDM-AL600G-500p

SODICK AL600P

NSD-VINA-Máy-cắt-dây-Sodick-Wire-cut-EDM-AL800G-500p
sodick al600g

SODICK AL600G

NSD-VINA-Máy-cắt-dây-Sodick-Wire-cut-EDM-ALN400G-500p

SODICK AL800P

NSD-VINA-Máy-cắt-dây-Sodick-Wire-cut-EDM-ALN600G-500p
sodick al800g

SODICK AL800G

NSD-VINA-Máy-cắt-dây-Sodick-Wire-cut-EDM-ALN800G-500p

Main Features

4-axis linear motor drive

Direct drive method without a ball screw was established, utilizing a high performance linear motor developed and manufactured in-house for the 4 axes of X, Y, U and V. Precise axis movements without backlash can be maintained semi-permanently. Demonstrates accurate position control and excellent discharge characteristics while machining, through the high response and high following characteristics which are the features of the linear motor.

New Power Supply Unit & New Machining Circuit

Has a 19-inch horizontal type touch panel, realizing the most up-to-date man-machine interface and also ensuring ease of viewing and ease of use. This machine is standardly equipped with the "barrel-free effect control II" which greatly reduces the barrel amount during machining, and "TMP Control II" which improves the surface roughness of the second cut and realizes high speed finish machining.

Pursuing Ultimate Accuracy

Sodick pursued ultra-high precision in the machining, assembly and adjustment of machinery. By adopting ultra-high precision roller guides, high rigidity was also achieved. While standardly equipped with doors made of CFRP, the accuracy was thoroughly pursued in all factors originating in the machining accuracy to temperature control by a high quality inverter cooler.

Product Specifications

AL400G AL600G AL800G
Axis stroke X×Y×Z (mm) 400 × 300 × 250 600 × 400 × 350 800 × 600 × 250
U x V axis travel (mm) 150 × 150 150 × 150 150 × 150
Taper angle max. ±25°(thickness:130mm) ±25°(thickness:130mm) ±25°(thickness:130mm)
Max. workpiece dimensions W x D x H (mm) 600 × 470 × 240 800 × 570 × 340 1250 × 1020 × 240
Max. weight of workpiece (kg) 500 1000 1500
Machine tool dimensions W x D x H (mm) 2115 × 2500 × 2230 2495 × 2895 × 2345 3300 × 3650 × 2415
ALN400G ALN600G ALN800G
Axis stroke X×Y×Z (mm) 400 × 300 × 250 600 × 400 × 350 800 × 600 × 500
U x V axis travel (mm) 150 × 150 150 × 150 200 × 200
Taper angle max. ±25°(thickness:130mm) ±25°(thickness:130mm) ±25°(thickness:130mm)
Max. workpiece dimensions W x D x H (mm) 600 × 470 × 240 800 × 570 × 340 1250 x 1020 x 500
Max. weight of workpiece (kg) 500 1000 3000
Machine tool dimensions W x D x H (mm) 2115 × 2500 × 2230 2495 × 2895 × 2345 3395 x 3640 x 2780

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