IVL 250 | IVL 500
BFW Inverted Vertical Turning Lathes provide high-power cutting with repeatable precision. A spindle-mounted chuck ensures secure clamping, while automation enhances manufacturing. With structural rigidity for stability, it’s ideal for high-volume automotive, EV, and general engineering applications.
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IVL Series | IVL 250 | IVL 400/500 |
|---|---|---|
Max. Swing Diameter (mm) | Dia 500 | Dia 650 |
Max. Turning Diameter (mm) | Dia 200 (250) | Dia 500 |
Max. Turning Length (mm) | 200 | 300 |
Chuck size (mm) | 254 (315) | 400 / 500 |
X / Z stroke (mm) | 740 / 400 | 1030 / 580 |
X / Y / Z Rapid Traverse (m/min) | 60 / 20 | 60 / 20 |
Drive: | Servo | Servo |
Spindle Power – cont./int. (Fanuc, low winding) (kW): | 15 / 22 at 720 rpm | 22 / 26 at 420 rpm |
Spindle Power – cont./int. (Fanuc, high winding) (kW) | 26 / 30 at 2200 rpm | 30 / 37 at 1750 rpm |
Spindle taper | A2 – 6 (A2–8) | A2 – 11 |
Bearing size (Angular contact ball bearing) | Dia 100 for A2-6 (Dia 120 for A2-8) | Dia 150 |
Spindle speed max (rpm) | 4500 | 3500 (Dia 400 mm) / 2850 (Dia 500 mm) |
Turret (12 station) | DMT-100 (with Live Tools) | DMT-100 (with Live Tools) |
Turret Tool flight circle (mm) | 820 (860) | 880 |
Turret OD Tool Holder (mm) | 25 × 25 | 32 × 32 |
Turret ID Tool Holder (mm) | Dia 40 | Dia 50 |
Turret Indexing/Clamping | CNC/Hydraulic (Live tool motor) | CNC/Hydraulic (Live tool motor) |
Hydraulic System Tank Capacity (ltrs): | 40 | 40 |
Hydraulic System Pressure (bar) | 70 | 70 |
Coolant System (Chip conveyor Std.) Tank Capacity (ltrs): | 200 | 200 |
Coolant System (Chip conveyor Std.) No. of Pumps: | 1. Bed wash | 2. Flood Coolant | 1. Bed wash | 2. Flood Coolant |
Lubrication System (Open Circuit Centralized System) Tank Capacity (ltrs): | 2.7 | 2.7 |
Chiller (Spindle/Motor) Capacity (Kcal/hr) | 5000 | 6000 |
CNC System | Fanuc 0i TF / Siemens / Mitsubishi | Fanuc 0i TF / Siemens / Mitsubishi |
Work Handling (LH side) Type | Elliptical | Elliptical |
Work Handling (LH side) Min. Loading height (mm) | 950 | 950 |
Floor Space (W × D × H) (mm) | 2200 × 3800 × ~3400 | 2650 × 4200 × ~4500 |
Basic Machine Weight (kg) | ~6000 | ~8000 |
Ideal for machining heavy components like valve bodies, motor bodies, brake drums, etc.
High-performance BFW Ram-type Vertical lathes ideal for heavy-duty applications.
Inverted Vertical Turning Lathes innovated for high-power cutting capabilities with repeatable precision.
Inverted Vertical Turning Lathes innovated for high-power cutting capabilities with repeatable precision.
Contact us online or join us at one of our events to explore potential partnerships and collaborations. Our custom solutions are manufactured using cutting-edge technologies and the latest methodologies.
IVL 250 is BFW Europe’s inverted vertical turning lathe designed for high-volume production where repeatable precision, secure clamping, and automation-ready workflow matter. As part of the IVL series (IVL 250 | IVL 500), IVL 250 is built to support high-power cutting with stable performance—especially in automotive, EV, and general engineering production.
A key element of the IVL concept is the spindle-mounted chuck, which clamps the component securely on the face of the machine spindle. Combined with an inverted “pick-up” style workflow, this supports direct part handling, faster part-to-part transitions, and simplified automation in production lines.
IVL 250 is designed around inverted vertical turning, supporting a production-friendly workflow where components can be handled directly and transferred efficiently. This approach helps streamline machining cells and supports automation strategies that are common in high-volume environments.
IVL 250 uses a spindle-mounted chuck concept to ensure secure clamping during turning. For manufacturers, the practical benefit is process stability: repeatable seating, stable cutting behavior, and more consistent results across long runs.
IVL 250 is positioned as a small footprint machine with a narrow-width design that can be easily accommodated in line setups. This is especially important when production layout and machine-to-machine spacing affect line efficiency.
IVL 250 emphasizes short setup times and easy changeover for different workpiece diameters—helping manufacturers reduce downtime during part transitions and maintain production rhythm.
IVL 250 highlights an innovative design concept for easy chip disposal. Cleaner chip handling supports more stable machining conditions, improves day-to-day usability, and reduces interruptions during long shifts.
IVL 250 is positioned for automatic self-loading and unloading. This supports modern manufacturing goals such as reducing manual handling, improving repeatability, and enabling more consistent output.
IVL 250 is built with a production-ready base concept focused on stable turning, repeatability, and daily shopfloor reliability.
Inverted vertical turning platform with spindle-mounted chuck for secure component clamping
12-station turret configuration (with live tool capability available within the platform concept)
Fanuc / Siemens / Mitsubishi CNC system options (depending on configuration)
Production-focused chip and coolant workflow, including chip conveyor as part of the IVL series setup
IVL 250 can be configured with options that improve process security, reduce scrap risk, and expand machining capability.
Linear scales for X and Z axes to support tighter positioning control and repeatability
High-pressure coolant for the turret to improve chip evacuation and cutting stability in chip-prone operations
Live tools for the turret with C-axis for the spindle to support drilling, tapping, and milling operations in one setup
C-axis positioning sensor capability for improved control of spindle indexing
Component touch probe to support setup repeatability and in-process verification
IVL 250 is designed for production turning environments where automated handling, repeatable precision, and secure clamping support competitive manufacturing.
Common application fit includes:
Automotive and EV production components where cycle time and repeatability are priorities
High-volume prismatic and rotational parts that benefit from automated handling and short changeovers
General engineering production where stable turning performance and line integration matter
IVL 250 is an inverted vertical turning lathe built for high-volume manufacturing. With secure spindle-mounted clamping, automation-ready self-loading/unloading, narrow-width line integration, short setup times, and production-oriented chip disposal, IVL 250 is designed to help manufacturers improve throughput while maintaining repeatable precision.
For production teams evaluating an inverted vertical lathe for automotive, EV, or general engineering applications, IVL 250 offers a practical platform for stable cutting performance and simplified automation.
