CNC Vertical Lathe Machine CK5225 | 2500mm Cutting Diameter | ZCIT
CNC Vertical Lathe Machine CK5225 | 2500mm Cutting Diameter | ZCIT
The CK5225 CNC Vertical Lathe Machine features a 2500 mm maximum machining diameter, 2250 mm worktable, 15-ton capacity and 55 kW main motor for large and heavy workpieces.
Spécifications du produit
- Worktable diameter: 2500mm
- Maximum cutting diameter: 2250mm
- Maximum height of workpiece: 1600mm
- Maximum weight of workpiece: 15000kg
- Main motor power: 55KW
- CNC System: FANUC/ SIEMENS/ GSK
CK5225 CNC Vertical Lathe Machine Overview
Le CK5225 CNC Vertical Lathe Machine is a heavy-duty vertical turning machine designed for large-diameter and high-load machining applications. It provides a 2500 mm maximum machining diameter, 2250 mm worktable diameter, et 15-ton maximum workpiece capacity.
The CK5225 is equipped with a 55 kW main motor. The left tool holder can be equipped with a DVT system, while the right tool holder can be configured with a FANUC or GSK CNC system. The machine is suitable for high-speed steel, carbide and other high-performance cutting tools.
The machine can perform rough and finish turning of internal and external cylindrical surfaces, internal and external conical surfaces, flat surfaces, rotary surfaces, grooves and threads on large and heavy workpieces.
2500 mm
2250 mm
15 tons
55 kW
Spécifications techniques
| Article de spécification | Spécification | Unité |
|---|---|---|
| Modèle de machine | CK5225 | — |
| Type de machine | CNC Vertical Lathe Machine | — |
| Maximum Machining Diameter | 2500 | mm |
| Worktable Diameter | 2250 | mm |
| Maximum Machining Height | 1600 | mm |
| Maximum Workpiece Weight | 15 | t |
| Maximum Worktable Torque | 63 | kN·m |
| Worktable Speed Range | 1–60 | r/min |
| Vertical Tool Holder Horizontal Stroke | 50–1400 | mm |
| Vertical Tool Holder Ram Stroke | 1200 | mm |
| Ram Cross Section | 240 × 240 | mm |
| Right Tool Holder Cutting Force | 35 | kN |
| Left Tool Holder Cutting Force | 30 | kN |
| Tool Holder Feed Rate Range | 0.1–500 | mm/min |
| Tool Holder Feed Stages | Stepless | — |
| Rapid Movement Speed of Tool Holder | 2000 | mm/min |
| Feed Servo Motor Torque | 30 | N·m |
| Beam Stroke | 1250 | mm |
| Beam Movement Speed | 350 | mm/min |
| Puissance du moteur principal | 55 | kW |
| Crossbeam Lifting Motor Power | 7.5 | kW |
| Dimensions de la machine | 6200 × 6200 × 4150 | mm |
| Poids de la machine | Approx. 35 | t |
CNC Systems & Machine Configuration
- Dual Tool Holder Configuration:
The left tool holder can be equipped with a DVT system, while the right tool holder can be equipped with a FANUC or GSK CNC system. - 55 kW Main Motor:
The CK5225 is equipped with a 55 kW main motor for demanding large-scale turning operations. - Servo Motor Option:
A servo motor configuration is available as an option according to machine requirements. - Four-Speed Transmission:
The machine features a four-speed continuously variable transmission configuration. - Square Ram Structure:
The ram has a 240 × 240 mm cross-section to support the vertical tool holder. - Beam Protection:
The crossbeam is equipped with a protection structure according to the specified configuration. - High-Performance Cutting Tools:
The machine is suitable for high-speed steel, carbide and various high-performance cutting tools.
Machining Capabilities
The CK5225 can machine black metals, non-ferrous metals and some non-metallic materials according to the specified machine configuration and cutting tools.
The machine can perform the following turning operations:
- Rough turning of internal and external cylindrical surfaces
- Finish turning of internal and external cylindrical surfaces
- Internal and external conical surface turning
- Flat surface machining
- Rotary surface machining
- Groove machining
- Thread machining
Typical Workpiece Applications
Large Valve Bodies
Suitable for machining large valve bodies and valve components requiring large-diameter internal and external turning.
Large Flanges
Suitable for turning large flanges, flange faces, diameters and grooves within the machine’s machining capacity.
Pump & Compressor Housings
Suitable for large circular pump and compressor housing components requiring vertical turning.
Large Gear Blanks
Suitable for turning large gear blanks and heavy rotational components before subsequent gear machining operations.
Large Discs & Rings
The 2500 mm machining diameter provides capacity for large discs, rings and other circular workpieces.
Large Wheel Components
Suitable for large wheel, hub and other rotational components within the specified 15-ton workpiece capacity.
Typical Industries
Oil & Gas Equipment
Large valve bodies, flanges and other heavy circular components used in oil and gas equipment manufacturing.
Power Generation
Large discs, rings, housings and rotational components used in power generation equipment manufacturing.
Mining Machinery
Heavy-duty rotational components and large machinery parts requiring high load capacity and large machining diameter.
Fabrication d'équipement lourd
Large circular components and heavy machine parts requiring vertical turning operations.
Shipbuilding & Marine Equipment
Large flanges, rings and rotational components used in marine and shipbuilding equipment.
General Heavy Machinery
Suitable for manufacturers of large and heavy rotational machinery components.
Machine Accuracy
| Inspection Item | Standard |
|---|---|
| Processing Workpiece Roundness | 0.02 mm on a measured length of 300 mm in diameter, increasing by 0.01 mm for every additional 1000 mm increase |
| Consistency of Machining Diameter | 0.02 mm on a 300 mm measuring length, increasing by 0.01 mm for every additional 500 mm increase |
| Flatness of Machined Workpiece | 0.03 mm/1000 mm |
| Surface Roughness of Machined Workpiece | ≤ Ra3.2 μm |
| Repetitive Positioning Accuracy — X-Axis | 0.02 mm/1000 mm |
| Repetitive Positioning Accuracy — Z-Axis | 0.02 mm/1000 mm |
| Positioning Accuracy — X-Axis | 0,01 mm |
| Positioning Accuracy — Z-Axis | 0,01 mm |
Quality Assurance & Technical Support
- CNC System Configuration:
The right tool holder can be configured with FANUC or GSK CNC systems according to customer requirements. - Application Support:
ZCIT can recommend a suitable machine configuration according to workpiece diameter, height, weight, material and machining requirements. - Assistance technique :
Technical assistance is available for machine configuration, operation, tooling and application requirements. - Inspection avant expédition :
Machine inspection and testing can be arranged according to the specified machine configuration and customer requirements before shipment.
Explore our
Tours CNC
for different CNC turning applications.
Explore our
CNC Vertical Lathe Machines
for large and heavy workpieces.
Contact ZCIT with your workpiece diameter, height, weight, material and machining requirements for a suitable CNC vertical lathe configuration.
For additional information about CNC automation systems, refer to
FANUC CNC Solutions
.
Need a Large CNC Vertical Lathe?
Send us your workpiece diameter, height, weight, material and machining requirements.
ZCIT can recommend a suitable CK5225 CNC vertical lathe machine configuration for your application.
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.
