In-house vertical machining and CNC turning from our MIDC Talwade facility — specifications below reflect our current PMD fleet.
| Fleet | 3 vertical machining centers |
|---|---|
| Machines | BFW VMC (small), BFW VMC (medium), Manford VMC (large) |
| Work area range | 400 × 350 mm to 1050 × 550 mm |
| Accuracy | ±5 μm |
| Tool changer | 24-tool ATC on each machine |
| Typical applications | Milled pockets, bores, faces, and prismatic features on castings, forgings, and bar stock |
| Fleet | 3 × BFW Neo+ CNC lathes |
|---|---|
| Repeatability | 2 μm |
| Chuck diameter | 200 mm |
| Turret | 8-tool turret |
| Accuracy | ±5–10 μm |
| Typical applications | Turned diameters, bores, grooves, and rotational features on bar and chuck work |
| BFW VMC (small) | Compact envelope — small and light parts, quick changeover |
|---|---|
| BFW VMC (medium) | 400 × 350 mm work area · 24-tool ATC · ±5 μm accuracy |
| Manford VMC (large) | 1050 × 550 mm work area · 24-tool ATC · ±5 μm accuracy |
Vertical machining centers (VMC) and CNC lathes solve different geometry problems. A VMC holds the workpiece on a table while a rotating spindle carries cutting tools into the part — ideal for flat faces, pockets, drilled holes, and milled features on prismatic components such as brackets, housings, and machined blocks. CNC turning, by contrast, rotates the workpiece while a stationary tool cuts — the natural choice for cylindrical parts with concentric diameters, bores, grooves, and shoulders.
The right process usually follows the part shape. If your drawing is dominated by milled or drilled features on a block, plate, or casting, VMC machining is typically the starting point. If the part is rotationally symmetric — shafts, bushings, pulleys, and similar turned profiles — CNC turning is often more efficient. Some components require both: turned blanks finished on a mill, or milled preforms with final diameters turned in a second operation.
When you are unsure which route fits your design, share your drawing with tolerances and quantities. Our engineering team reviews geometry, material, and production volume to recommend VMC, turning, or a combined approach — without committing to a process before the part requirements are clear.
Minimum order quantities depend on part geometry, material, and setup requirements. Share your drawing and quantity targets via WhatsApp or phone — we respond within 24 hours with a project-specific assessment and quote.