ND1280FD

▪ Applicable Industries: advertising, printing, packaging, labeling, flexible dies, knife skins, flexible blades, magnetic blades, label die-cutting blades, laser hardened blades, etc
▪ Applicable Material: metal (carbon steel)
▪ Payment Terms: T/T L/C Visa Mastercard American Express Discover cards etc
▪ After-sale Service: Free professional machine operation training (Option for service in site)
▪ Supply Ability: 200 Sets per Month

PRODUCT DETAILS

ND1280FD-C-LG-18ATC is suitable for ultra-high precision machining of flexible dies metal products. It is a metal CNC precision engraving machine based on granite table, granite machine body, gantry, and guide rail bases. It is equipped with high-precision screw guide rails and high-power spindles, and the entire system is controlled by a linear motor and servo, completing multiple processes of metal precision engraving processing through programming.

In order to achieve ultra-high precision machining, it is also equipped with a grating ruler, a probe linear gauge, Laser measuring system, on-the-fly compensation system, and optional programming software.

The ND1280FD-C-LG-18ATC metal CNC machine is suitable for industries such as labeling, advertising, printing, packaging, molds/dies, etc. The main processing material is metal carbon steel.

PRODUCT PARAMETERS

Standard

Option

Working distance（X/Y/Z axis）	800x1200x50mm
Working table（X/Y/Z axis）	800x1200mm
Max RPM	100000rpm
Power	1.2KW
Machine dimension	2120x2900x2250mm
Machine weight	4600kg

Programming software	AlphaCAM

PRODUCT ADVANTAGES

Machine Structure

Machine body, gantry, base etc. are made of "Jinan Black" natural granite with all precision surfaces manual grinding to achieve and maintain stable structure and high precision.

Precision Combination

Guideway, ball screw and mechanical parts are directly installed on the grinded surface of "Jinan Black" black granite to achieve the best accuracy combination after assembly.

Control System

Adopt μ level control system with powerful tools management, compensation production, humanized interface, and automatic loading and unloading functions.