CNC Machina Tools sunt developing in directionem praecisione, princeps celeritas, compositis, intelligentia et environmental tutela. Celeritate et praecisionem et altius petit in coegi et imperium, altior dynamic et imperium accuratissime, altius pascat rate et accelerato, minus vibration sonitus et minus gerunt. The crux of the problem is that the traditional transmission chain from the motor as the power source to the working parts through the gears, worm gears, belts, screws, couplings, clutches and other intermediate transmission links, in these links produced a large rotational inertia, elastic deformation, backlash, motion hysteresis, friction, vibration, noise and wear. Etsi in his locis per continua emendationem ad amplio transitum perficientur, sed quaestio difficile ad fundamentaliter solvere, in cessum conceptum de "directe transitum, quod est, quod est in variis medium nexus a motricium ad partes variis media nexus a motricium ad operationem partium. Cum progressionem de motoribus et coegi imperium technology, electrica fusum, linearibus motoribus, torque motoribus et augendae maturitatem technology, ita ut fusum, linearibus et gyratorius coordinare, et magis ostendere magna et gyratorius ad remotum, et magis ostendere magnam. Linearibus motor et coegi imperium technology in machina tool feed coegi in applicationem, ut machina instrumentum transmissionem structuram fuit a major mutatio et facere novum leap in apparatus.
InMAINAAMPRESLinearMotorFEEDUSDRIVUS:
Late range of feed celeritates potest esse ex I (I) m / s ad plus quam 20m / min, ad current machining centrum ieiunium celeritatem <60m / min, fere XX ~ 30m / min.
Bonum celeritate characteres: celeritate deviatio potest pervenire (I) 0.01% vel minus.
Magna acceleratione: Linear Motor Maximum accelerationem usque ad 30g, in current machining centrum feed accelerato pervenit 3.24g, laser processus apparatus feed accelerato acceleratione in 1G vel minus, plerumque 0.3g.
High positioning accuracy: usum craticulam clausa-loop imperium, positioning accurate usque ad 0.1 0.01 (I) mm. Et applicationem feed-deinceps imperium linearibus motor coegi ratio potest reducere tracking errores plus quam CC temporibus. Ex bono dynamic characteres movens partes et sensitivo responsio, copulata cum competentia interpellationis imperium, Nano-gradu potestate potest esse.
Travel non limited: quod Traditional pila cochlea coegi est limited per vestibulum processus in stupra, fere IV ad 6m, et plures ictibus debilitaretur opus ad coniungere et in perficientur non specimen. Usus linearibus motricium coegi, in stator potest esse infinite diutius, et vestibulum processus est simplex, sunt magna summus celeritas machining centrum x-axis usque ad 40m longa vel.
ProcessioLinearMOtor etIts DRIVUSCONTROMTechnology:
Motors Motors similes Ordinarius Motors in principle, quod est solum expansionem cylindraceums superficiem motricium, et eius genera sunt idem quod traditional Motors, ut: DC Motors Motors AC, ut, etc.
As a linear servo motor that can control the accuracy of motion appeared in the late 1980s, with the development of materials (such as permanent magnet materials), power devices, control technology and sensing technology, the performance of linear servo motors continue to improve, the cost is decreasing, creating the conditions for their widespread application.
In annis, in linearibus motricium et coegi imperium technology progressus in sequentibus locis: (I) perficientur continues ad amplio (ut vulnerat, celeritas, accelerationis, etc.); (II) Volumen reductionem, temperatus facere; (III) A varietate coverage in occursum de requisitis diversis generum machine instrumenta; (IV) a significant gutta in sumptus; (V) Securus installation et tutela; (VI) bonum reliability; (VII) including cnc systems in supporting technology est magis et magis perfectum; (VIII) excelsum gradum commercialization.
In praesens, mundi ducens amet linearibus servo Motors et coegi systems sunt: Siemens; Japan Fanuc, Mitsubishi; Anocrad Co. (USA), Kollmorgen Co.; Vitae Co. (Helvetia) etc.
Post tempus: Nov, 17-2022
