Quinque-axis verticalis machining centrum CBS series
Features
1.Main perficientur commoda
1.1.Axis X-axis directam technologiam coegit, Y-axis parallelam technologiam directam et synchronam potestatem gubernat, magna impulsu, humilis strepitus, celeritas responsionis celeritas, et dynamica effectus praeclara. Tres-axis X/Y/Z omnes capiunt summus praecisionem feedback craticulae lineares, alta positione accurate
1.2. Princeps Aureus torques motoris mobilis agit axem A-axem et C-axem ad rotandum, cum nulla transmissione catena, nulla backlash, ac bonum rigiditas; summus praecisione angulus encoder attingit precise positioning
1.3. Fusum alta velocitate electricum fusum structuram altam celeritatem et humilem sonum adoptat.
2.High rigore pontis compages
2.1. Series CBS in extensione pontis structuram sumit, et X/Y/Z motum constantem consequitur, qui axis A/C pondere non afficitur.
2.2.Axis A/C independenter operatur, et pondus workpiece non afficit alios tres axem.
2.3. Vasconicia structura et oscillatio et tabula gyratoria ad utrumque finem sustentata processus accuratas diu tenere possunt.
3.Efficient conversus munus
4. Mensa gyratoria alta velocitas et summa rigiditas cognoscit efficientem milling et convertendo processus compositos
Praecisio tabulae rotariae quinque-axis directe a motore motore agitata adhibetur in instrumentorum machinarum CNC et processus quinque-axis simultaneus praestare potest. Magnam celeritatem commoda habet, subtilitatem, stabilitatem et constantiam, et operationem facilem.
5.Maintaining summus certa machining fusi
Core technologiae domito et independenter fusi enucleantur
Oturn nucleas technologias occupavit et facultatem consiliorum, fabricandi et fusos congregandi habet. Cum 1000m2 constans officina temperatura et exemplar productionis modularis sophisticata, Oturn fusi notas habent altae rigiditatis, altae celeritatis, altae potestatis, altae torques et magnae constantiae.
Assumitur HSKE40/HSKA63/HSKA100 in fuso constructo. Intra fusum gyrationis ambitus, vibratio et vibratio eliminantur ad firmam accurationem obtinendam in processu magno velocitatis et diuturni. Fusus usus coactus refrigerando motorem et gestus anteriores et posteriores refrigerare.
6.Built-in structuram motricium
Calces coegi removendo, vibratio rotationis in celeritate summus minui potest, inde subtilitatem superficiei machined et vitam instrumenti extendens.
7.Spindle temperatus procuratio
Circumductio oleum temperaturae temperatum refrigeratum, obsessio fusi thermarum quae ab aestu ab unaquaque parte generata causatur, opprimi potest, impediendo mutationes in machinis accurationis.
8.Leading mundi linearibus motoribus
Linearibus motoribus
8.1. Expedita linearibus motoriis coegi, nulla mechanica contactus in motu, nulla amissio mechanica, nulla transmissio backlash, celeritas responsionis velocitas.
8.2.Absolute scala optica pro plena potestate ansa clausa.
Absoluta craticulae princeps, accurate detectio nanometer-gradus, resolutio usque ad 0.05µm, plenam clausulam ditionis consequi.
9.Excellent ergonomic design
Ex ergonomic consilio, operariorum facile est operabilitatem et conservabilitatem uti et meliorem.
9.1.Excellent accessibility
Ut ad operandum accessu opificinae perficiendum, operculum in ima portae operationis secedit ad latus opificii ut spatium sufficiens operandi.
9.2.Large fenestra est facilis observationis processus
Magna fenestra facilem facit statum processus in workpiece observare. Speciatim crebra confirmatio secandi condiciones et mutationes in operationibus in operationibus temperatio- ribus etiam facile perfici potest, efficaciam laboris emendandi.
9.3.Centralized configurationem sustentationem unitates
Ut ad operandum accessu opificinae perficiendum, operculum in ima portae operationis secedit ad latus opificii ut spatium sufficiens operandi.
9.4.Wide operandi ostium facilem aditum per gruem
Cum operationes exercendae ut workpiece reponenda, inposuit curatorum reduci potest et simul, satis spatium operandi cum gruis utens.
9.5.Pleasant et amica operatio panel
Tabula operationis rotabilis quae altitudini corporis humani conformis est, operatorem permittit ut machinam in positione commodioris operandi et programmatis.
Technical Specifications
| Item | CBS200 | CBS200C | CBS300 | CBS300C | CBS400 | CBS400C | |
| Travel | X / Y / Z axis itinerantur | 300*350*250 | 300*350*250 | 460*390*400 | |||
| Procul ab colum facie ad operabilium centrum | 130-380 | 130-380 | 155-555 | ||||
| Fusum | Fusum cereum | E40 | E40 | E40 | |||
| Max.spindle celeritate | 30000 | 30000 | 30000 | ||||
| Fusum motricium virtutis (continua / S325%) | 11/13.2 | 11/13.2 | 11/13.2 | ||||
| Fusum motor torque (continuo / S325%) | 11.5/13.8 | 11.5/13.8 | 11.5/13.8 | ||||
| Feed |
Celeritas celeritatis X/Y/Z axis (m/min)
| 48/48/48 | 48/48/48 | 30/30/30 | |||
| Secans feed (mm/min) | 1-24000 | 1-24000 | 1-12000 | ||||
| Gyratorius mensam | Tabula gyratoria diametri | 200 | 300 | 400 | |||
| Licet onus pondus | 30 | 20 | 40 | 25 | 250 | 100 | |
| A-axis angulus inclinatio | ±110° | ±110° | ±110° | ||||
| C-axis rotationis | 360° | 360° | 360° | ||||
| A-axis rated/max.speed | 47/70 | 47/70 | 30/60 | ||||
| A-axis Rated/max.torque | 782/1540 | 782/1540 | 940/2000 | ||||
| C-axis rated/max.speed | 200/250 | 1500/2000 | 200/250 | 1500/2000 | 100/150 | 800/1500 | |
| C-axis rated/max.torque | 92/218 | 15/30 | 92/218 | 15/30 | 185/318 | 42/60 | |
| A-axis accurate positioning / repeatability | 10/6 | 10/6 | 10/6 | ||||
| C-axis accurate positioning / repeatability | 8/4 | 8/4 | 8/4 | ||||
| ATC | Instrumentum magazine facultatem | 16 | 16 | 26 | |||
| Instrumentum vulgare. diameter/ longitudo | 80/200 | 80/200 | 80/200 | ||||
| Max.tool pondere | 3 | 3 | 3 | ||||
| Instrumentum mutatio temporis (instrumentum ad instrumentum) | 4 | 4 | 4 | ||||
| Tres- axis | X-axis dux (Linearum dux width / numerus iunctae) | 30/2 | 30/2 | 35/2 | |||
| X-axis dux (Linearum dux width / numerus iunctae) | 35/2+30/2 | 35/2+30/2 | 45/2 | ||||
| Z-axis dux (Linearum dux width / numerus iunctae) | 25/2 | 25/2 | 35/2 | ||||
| X-axis linearis potentia motoria (continua / max.) | 1097/2750 | 1097/2750 | φ40×10 (cochlea) | ||||
| Y-axis linearis potentia motoria (continua / max.) | 3250/8250 | 3250/8250 |
| ||||
| Z-axis linearis potentiae motoris (continua/max). | 1033/1511 | 1033/1511 |
| ||||
| Sagaciter | Positioning accuracy | 0.005/300 | 0.005/300 | 0.005/300 | |||
| Repeatability | 0.003/300 | 0.003/300 | 0.003/300 | ||||
| Potestas fons | Facultas copia facultatem | 25 | 30 | 25 | 30 | 30 | 35 |
| Air pressura | ≥0.6Mpa ≥400L/min | ≥0.6Mpa ≥400L/min | ≥0.6Mpa ≥400L/min | ||||
| Apparatus magnitudine | Apparatus magnitudine | 1920*3030*2360 | 1920*3030*2360 | 2000*2910*2850 | |||
| Apparatus magnitudine (including chip TRADUCTOR et aliis instrumentis periphericis) | 3580*3030*2360 | 3580*3030*2360 | 3360*2910*2850 | ||||
| Pondus | 4.8T | 4.8T | 5T | ||||
| Item | CBS500 | CBS500C | CBS650 | CBS650C | CBS800 | CBS800C | |
| Travel | X / Y / Z axis itinerantur | 500*600* 450 | 650*800*560 | 800*910*560 | |||
| Procul ab colum facie ad operabilium centrum | 130-580 | 110-670 | 100-660 | ||||
| Fusum | Fusum cereum | A63 | A63 | A63 | |||
| Max.spindle celeritate | 20000 | 20000 | 20000 | ||||
| Fusum motricium virtutis (continua / S325%) | 30/34 | 30/34 | 30/34 | ||||
| Fusum motor torque (continuo / S325%) | 47.7/57.3 | 47.7/57.3 | 47.7157.3 | ||||
| Feed | Celeritas celeritatis X/Y/Z axis (m/min)
| 48/48/48 | 48/48/48 | 48/48/48 | |||
| Secans feed (mm/min) | 1-24000 | 1-24000 | 1-24000 | ||||
| Gyratorius mensam | Tabula gyratoria diametri | 500 | 650 | 800 | |||
| Licet onus pondus | 600 | 240 | 800 | 400 | 1000 | 400 | |
| A-axis angulus inclinatio | ±110° | ±110° | ±110° | ||||
| C-axis rotationis | 360° | 360° | 360° | ||||
| A-axis rated/max.speed | 60/80 | 40/8C | 40/80 | ||||
| A-axis Rated/max.torque | 1500/4500 | 3500/7000 | 3500/7000 | ||||
| C-axis rated/max.speed | 80/120 | 600/1000 | 50/80 | 450/800 | 50/80 | 450/800 | |
| C-axis rated/max.torque | 355/685 | 160/240 | 964/1690 | 450/ 900 | 964/1690 | 450/ 900 | |
| A-axis accurate positioning / repeatability | 10/6 | 10/6 | 10/6 | ||||
| C-axis accurate positioning / repeatability | 8/4 | 8/4 | 8/4 | ||||
| ATC | Instrumentum magazine facultatem | 25 | 30 | 30 | |||
| Instrumentum vulgare. diameter/ longitudo | 80/300 | 80/300 | 80/300 | ||||
| Max.tool pondere | 8 | 8 | 8 | ||||
| Instrumentum mutatio temporis (instrumentum ad instrumentum) | 4 | 4 | 4 | ||||
| Tres- axis | X-axis dux (Linearum dux width / numerus iunctae) | 35/2 | 45/2 | 45/2 | |||
| X-axis dux (Linearum dux width / numerus iunctae) | 45/2 | 45/2 | 45/2 | ||||
| Z-axis dux (Linearum dux width / numerus iunctae) | 35/2 | 35/2 | 35/2 | ||||
| X-axis linearis potentia motoria (continua / max.) | 2167/5500 | 3250/8250 | 3250/8250 | ||||
| Y-axis linearis potentia motoria (continua / max.) |
|
|
| ||||
| Z-axis linearis potentiae motoris (continua/max). | 2R40*20 (cochlea) | 2R40*20 (cochlea) | 2R40*20 (cochlea) | ||||
| Sagaciter | Positioning accuracy | 0.005/300 | 0.005/300 | 0.005/300 | |||
| Repeatability | 0.003/300 | 0.003/300 | 0.003/300 | ||||
| Potestas fons | Facultas copia facultatem | 40 | 45 | 55 | 70 | 55 | 70 |
| Air pressura | ≥0.6Mpa ≥400L/min | ≥0.6Mpa ≥400L/min | ≥0.6Mpa ≥400L/min | ||||
| Apparatus magnitudine | Apparatus magnitudine | 2230*3403*3070 | 2800*5081*3500 | 2800*5081*3500 | |||
| Apparatus magnitudine (including chip TRADUCTOR et aliis instrumentis periphericis) | 2230*5540*3070 | 2800*7205*3500 | 2800*7205*3500 | ||||
| Pondus | 11T | 15T | 15.5T | ||||
Processus Causae
1.Automotive Industry
2.Aerospace
3.Construction Machinery
Epistulam tuam nobis mitte;
Products categories
-
Quinque-axis Horizontalis Machinatio Centre+A Series
-
Quinque-axis Gantry Machining Centre GF Series
-
Quinque-axis Vertical Machining Centre CTB Series
-
Quinque-axis gantry machinandi centrum AM-GUN series
-
Quinque-axis gantry machinatio centrum PM-GU series
-
Quinque-axis millendi et convertendi apparatus FH series