Centre d'usinage vertical CNC | Course 800×550×550 mm, BT40, magasin d'outils 24 outils VMC855
Centre d'usinage vertical CNC | Course 800×550×550 mm, BT40, magasin d'outils 24 outils VMC855
Powerful CNC machining center VMC855 with 800×550×550mm travel, BT40 spindle, 24-tool magazine and 7.5/11kW motor. GSK, FANUC, SIEMENS and KND controls available.
Spécifications du produit
- Dimensions de la table : 1000 × 550 mm
- Charge maximale admissible sur la table : 500 kg
- Course de l'axe X : 800 mm
- Course de l'axe Y : 550 mm
- Course de l'axe Z : 550 mm
- 4 axes 5 axes : disponibles
Présentation et points forts du produit
Le VMC855 vertical CNC machining center is a high-rigidity 3-axis CNC machining center designed for precision milling, drilling, tapping, boring, and general metal cutting applications. With 800 mm X-axis travel, 550 mm Y-axis travel, and 550 mm Z-axis travel, it provides a versatile working envelope for machining a wide range of components.
The VMC855 is equipped with a 1000 × 550 mm worktable, 500 kg maximum table load, Broche BT40, et un standard 24-tool disc-type automatic tool changer. The standard spindle speed is 8000 rpm, with a 10,000 rpm option available for higher-speed machining applications.
The machine uses roller-type linear guides, SHAC 3-axis ball screws and roller guides, system-matched servo drives, and automatic lubrication. CNC control systems are available from GSK, FANUC, SIEMENS, and KND, allowing the machine configuration to be matched to different customer requirements and machining applications.
Spécifications techniques
| Modèle | VMC855 |
| Taille de la table | 1000 × 550 mm |
| Charge maximale de la table | 500 kg |
| T-Slot | 5 × 18 × 90 mm |
| Déplacement sur l'axe X | 800 mm |
| Déplacement sur l'axe Y | 550 mm |
| Déplacement sur l'axe Z | 550 mm |
| Nez de broche vers table | 120–670 mm |
| Cône de broche | BT40, Ø150 mm |
| Standard Spindle Speed | 8000 rpm |
| Optional Spindle Speed | 10000 rpm |
| Puissance du moteur de broche | 7.5 / 11 kW |
| Traversée rapide X/Y/Z | 36 / 36 / 36 m/min |
| Optional Rapid Traverse | 48 / 48 / 48 m/min |
| Linear Guide Type | Roller Type: X RG35 / Y RG45 / Z RG45 |
| Ball Screw Diameter | Ø40 mm |
| Feed Rate | 1–10000 mm/min |
| Type de magazine d'outils | Type de disque |
| Standard Tool Capacity | 24 outils |
| Tool Change Time | 2.5 s |
| Tool Pull Force | 8 kN |
| Tool Holder | MAS403 BT40 |
| Pull Stud | MAS403 BT40-I |
| Maximum Tool Diameter | 80 mm full / 120 mm empty |
| Maximum Tool Length | 300 mm |
| Maximum Tool Weight | 8 kg |
| X/Y/Z Repeatability | ±0,005 mm |
| Dimensions générales | 2700 × 2400 × 2400 mm |
| Net Weight | 5600 kg |
CNC Control System Options
The VMC855 can be configured with different CNC control systems according to customer requirements:
- GSK – the supplied configuration uses GSK25i CNC system and matched servo drives.
- FANUC – available for customers requiring FANUC control architecture.
- SIEMENS – available for applications requiring Siemens CNC control.
- KND – available as an alternative CNC control configuration.
Caractéristiques structurelles et fonctions d'usinage
- 800 × 550 × 550 mm axis travel provides a versatile machining envelope for medium-sized workpieces and multi-operation machining.
- 1000 × 550 mm worktable supports workpieces up to 500 kg for general machining applications.
- BT40 spindle system provides a widely used tool interface for milling, drilling, boring, and tapping operations.
- 8000 rpm standard spindle speed supports general-purpose machining, with a 10,000 rpm option available for higher-speed applications.
- 7.5 / 11 kW spindle motor provides flexible power configurations according to machining requirements.
- Roller-type linear guides use SHAC RG35 on the X-axis and RG45 guides on the Y and Z axes for high rigidity and stable movement.
- Ø40 mm ball screws are used on the three linear axes for precise and stable feed transmission.
- Déplacement rapide X/Y/Z à 36 m/min improves positioning efficiency, with 48 m/min optional rapid traverse available.
- ATC standard à disque 24 outils provides automatic tool changing for continuous multi-operation machining.
- 2.5-second tool change time helps reduce non-cutting time during machining cycles.
- ±0.005 mm X/Y/Z repeatability supports consistent positioning performance for precision machining applications.
- système de lubrification automatique helps provide reliable lubrication to critical moving components during machine operation.
Applications d'usinage typiques
Usinage de composants de précision
Suitable for machining precision mechanical components requiring repeatable positioning, stable cutting, and multiple machining operations.
Fraisage et perçage
The BT40 spindle and 3-axis travel support face milling, end milling, drilling, boring, and other general machining operations.
Automotive Components
Suitable for machining brackets, housings, plates, fixtures, and other precision components used in automotive manufacturing.
General Engineering
A versatile CNC machining center for general engineering, mold components, machinery parts, and small-to-medium batch production.
Key Components, Quality Assurance & Technical Support
The VMC855 uses selected components from established CNC machine component suppliers to support stable machining performance and long-term reliability.
- CNC System: GSK25i standard configuration; FANUC, SIEMENS, and KND available.
- Servo Drives: System-matched GSK25i configuration.
- 3-Axis Ball Screws: SHAC, C3 precision grade.
- 3-Axis Roller Guides: SHAC roller-type linear guides.
- Belt Spindle: Taiwan-sourced spindle configuration with BT40-150 and 8000 rpm standard speed.
- Tool Release Cylinder: 4.5T configuration.
- Tool Magazine: BT40 24-tool disc type, with Desu / Okada options.
- Pneumatic Components: AIRTAC.
- Cooling Pump: Deyang.
- Heat Exchanger: Wenheng.
- Electrical Components: Delixi.
- Telescopic Covers: Bodai / Haidong.
- Automatic Lubrication: Baoyu.
ZCIT assure le support technique et le contrôle qualité avant expédition des centres d'usinage verticaux. La sécurité et la protection des machines doivent être évaluées en fonction de l'environnement de travail et de la réglementation en vigueur. Pour des recommandations générales concernant la protection des machines, veuillez consulter [référence manquante].
Exigences de l'OSHA en matière de protection des machines.
For CNC system selection, machine configuration, spindle speed, tooling, production lead time, shipping, and technical requirements, contact ZCIT for a suitable vertical machining center solution.
Centres d'usinage CNC associés
Explorez davantage
centres d'usinage CNC
from ZCIT, or contact our team to compare different vertical machining center configurations.
- VMC855 – 800 × 550 × 550 mm travel, BT40 spindle, and standard 24-tool ATC.
Centre d'usinage CNC VMC1160
– a larger vertical machining center for higher-capacity workpieces.
Centres d'usinage CNC ZCIT
– explore additional vertical machining center configurations.
Vous recherchez un centre d'usinage vertical puissant ?
The ZCIT VMC855 combines 800 × 550 × 550 mm axis travel, a BT40 spindle, standard 24-tool automatic tool changer, roller-type linear guides, and multiple CNC control options. Contact our team for machine configuration, tooling, pricing, and export support.
FAQ
1. Contrôle et inspection de la qualité
Q : Comment garantissez-vous la précision des machines avant l'expédition ?
A : Chaque machine est soumise à un étalonnage par interféromètre laser, à un essai de découpe et à un test de fonctionnement continu de 72 heures. Des rapports d'inspection complets et des vidéos de pré-expédition sont fournis avant l'envoi.
2. Conditions de paiement
Q : Quelles sont vos conditions de paiement acceptées ?
A: Nous acceptons les virements télégraphiques (T/T). Les conditions de paiement standard prévoient un acompte de 30% à la confirmation de la commande, le solde de 70% étant dû avant l'expédition.
3. Délai de livraison
Q : Quel est le délai de livraison estimé ?
A: Les modèles standard sont expédiés sous 20 à 30 jours après réception de l'acompte. Les machines personnalisées ou les configurations spéciales nécessitent un délai de 30 à 60 jours selon les spécifications.
