Slant Bed CNC Turning Center

Slant Bed CNC Turning Center

The Slant Bed CNC Turning Center is engineered for high-precision turning and batch production of complex rotational components, including shafts, bushings, sleeves, flanges, fittings, and pins.
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Product Introduction

The Slant Bed CNC Turning Center is engineered for high-precision turning and batch production of complex rotational components, including shafts, bushings, sleeves, flanges, fittings, and pins.

The inclined bed architecture supports the heavy-duty spindle and linear guideways while allowing chips and coolant to evacuate effortlessly. While the standard X/Z-axis configuration handles core turning, facing, boring, threading, and grooving, optional C-axis, Y-axis, and live tooling transform the machine into a complete turn-mill multitasking center.

 

Key Machine Specifications

 

Item

Specification Unit

Standard Range / Option

Bed Angle

Degree

30° / 45° Slant Bed

CNC Controller

Brand

FANUC / Siemens / Mitsubishi / GSK

Controlled Axes

Axis

X, Z (Optional: C-Axis, Y-Axis)

Max. Swing Over Bed

mm

Ø450 – Ø650

Max. Turning Diameter

mm

Ø320 – Ø450

Max. Turning Length

mm

350 / 500 / 750 / 1000

X / Z Axis Travel

mm

X: 180–250 / Z: 400–1050

X / Z Rapid Traverse

m/min

X: 24–30 / Z: 24–30

Spindle Nose

Model

A2-5 / A2-6 / A2-8

Hydraulic Chuck Size

Inch

6" / 8" / 10"

Spindle Bore / Bar Capacity

mm

Bore: Ø56–Ø87 / Bar: Ø45–Ø74

Spindle Speed Range

rpm

3,000 – 5,000

Spindle Motor Power

kW

7.5 / 11 / 15 / 18.5

Turret Type & Capacity

Type

8 / 12 Station Servo / Power Turret (BMT / VDI)

Tailstock Quill Travel

mm

Travel: 80–120 / Taper: MT#4 or MT#5

Positioning Accuracy

mm

X/Z: ±0.005 (ISO 230-2 Standard)

Repeatability

mm

X/Z: ±0.003 (ISO 230-2 Standard)

 

Structural Highlights

 

Optimal Chip Management: The sloped bed naturally channels continuous chips and heavy coolant volume directly to the lower discharge area, reducing heat accumulation near the work zone.
Rigid Machine Base: Premium grade Meehanite cast iron bed absorbs cutting shock loads during heavy roughing.
High-Precision Motion: Precision linear motion guideways and large-diameter pre-tensioned ball screws connected directly to high-torque servo motors ensure accurate positioning.
Enclosed Machining Zone: Fully enclosed splash guard with safety interlocks keeps the shop floor dry and safe.
Automated Support: Integrated automatic lubrication and flood coolant system come standard to maximize tool life.
 

Key Applications

 

Shaft and pin turning
Bushing and sleeve production
Hydraulic and pneumatic manifolds/fittings
Flanges, hubs, and disc components
Automotive, agricultural, and general machinery parts
High-volume repetitive manufacturing

 

Spindle System

 

The spindle assembly is engineered to balance high torque at low speeds with high RPM for fine surface finishing.
Spindle Bore & Bar Capacity: Select an appropriate bore size (e.g., A2-5, A2-6, A2-8) to allow direct pass-through feeding of raw bar stock.
Speed & Torque Dynamics: High-speed options suit small diameters and non-ferrous alloys; high-torque configurations deliver heavy-duty material removal in alloy and stainless steels.
Workholding Compatibility: Supports standard hydraulic 3-jaw chucks (6", 8", 10", 12"), collet chucks, and custom fixture plates.
 

X/Z Motion & Axis System

 

Precision motion control is achieved via high-rigidity ball screws coupled directly to digital AC servo motors.
X-Axis (Radial Control): Drives cross-feed movements for diameter sizing, OD turning, ID boring, facing, grooving, and thread depth.
Z-Axis (Longitudinal Control): Moves parallel to the spindle centerline for longitudinal turning, thread pitches, and deep boring cycles.
Guideways & Motion: Precision linear guideways ensure high rapid traverse rates, reducing non-cutting cycle times while maintaining stiffness under load.
 

Turret and Live Tooling Systems

 

The automatic turret system delivers rapid tool indexing to maximize machine uptime.
Standard Turning Turrets: Available in 8- or 12-station hydraulic, electric, or servo-driven configurations for rapid tool changes.
Power Turrets (Live Tooling): Configured with VDI or BMT interfaces to drive rotary drills, taps, and end mills directly on the turning center.
Multitasking Extensions: Integrating live tooling eliminates secondary machining steps on separate drilling or milling machines.

 

Workholding & Tailstock Options

 

Hydraulic 3-Jaw Chuck: Provides uniform, programmable clamping force suitable for continuous production.
Hard Jaws vs. Soft Jaws: Hard jaws handle rough castings and bar stock; soft jaws can be bored on-site to clamp delicate or turned profiles without leaving marks.
Tailstock System: Supports the free end of long workpieces (shafts, spindles, rods) to eliminate deflection and vibration during heavy cuts.

 

Pre-Shipment Inspection Protocol

 

Every unit undergoes strict quality control before dispatch:
Dynamic laser interferometer alignment (ISO 230-2 positioning accuracy test).
Spindle runout and vibration monitoring across all speed ranges.
Turret indexing, hydraulic system pressure, and coolant flow checks.
Trial Machining: Pre-shipment sample part cutting according to customer-supplied drawings upon request.

 

Export Packaging & Global Logistics

 

Corrosion Protection: Covered with heavy rust-inhibiting oil and sealed in vacuum-tight moisture-proof foil.
Structural Securing: Fixed tightly to a heavy-duty steel skid inside reinforced wooden export crates.
Documentation: Complete electrical schematics, CNC manuals, operation guides, and inspection test sheets included.

 

FAQ

 

Q: What are the main structural advantages of a Slant Bed over a Flat Bed CNC Lathe?

A: The slant bed design offers higher structural rigidity, superior thermal stability, better ergonomics for the operator, and automatic chip evacuation directly into the chip tray.

Q: When is a Y-axis option necessary?

A: A Y-axis is required when your part drawing specifies off-center drilling, radial milling away from the centerline, or complex cross-milling features that standard X/Z turning cannot reach.

Q: What information is needed to receive a formal quotation?

A: A: To provide an accurate configuration and quote, please supply:
Component drawings (2D/3D)
Raw material grade and raw diameter
Production volume requirements
Secondary feature requirements (drilling, keyways, milling)
Desired automation level (bar feeder, chip conveyor, tool setter)

Q: Can you perform sample cutting prior to order confirmation?

A: Yes. Sample machining can be arranged using your engineering drawings and material specifications to verify turnaround time, surface finish, and dimensional accuracy.

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