Industrial Machinery Shifting Services in Bangalore

CNC and VMC machines are particularly sensitive to vibration because the precision spindle bearings and guide rails can be damaged by road shock. We pack the machine in anti-vibration foam between all contact points, secure the spindle head with locking bolts if available, and choose transport routes that minimize rough road sections. For high-precision machines, we also recommend a post-move calibration check by the machine's OEM service team—something we factor into our scheduling.

A load-path plan is a documented route that the machine's weight will travel during the move—from its current floor position through lifting, loading, transit, unloading, and final placement. It identifies the rigging attachment points, the sequence of lifts, and the weight distribution at each stage. Without it, a crew can accidentally exceed a slab's load capacity, tip an asymmetric machine, or damage a door frame. For any machine over 2 tonnes, we consider it non-negotiable.

Yes, frequently. We plan the move corridor carefully to stay clear of active production lines and fork our schedule around shift changes to minimise disruption. For very tight factory floors, we use hydraulic skid systems rather than cranes, which keeps the ceiling clearance requirement low and lets us move through narrow aisles. We have done moves inside operational Peenya and Bommasandra factories where only the machine being moved was taken offline.

A single machine move within the same industrial area—say, from one unit in Peenya to another 2 km away—typically takes 4–8 hours including load, transit, and placement. A larger factory relocation with 8–12 machines can take 3–5 days depending on complexity. The biggest variable is the site access: narrow factory gates and low ceilings add significant time. We give you a project timeline during the site survey so you can plan your production schedule around it.

We safely disconnect and re-label all electrical connections before the move and reconnect them at the destination. For high-voltage power panels (above 415V three-phase), we coordinate with a licensed electrician to ensure compliance. The actual re-commissioning and calibration of the machine is typically done by the machine's OEM service team or your in-house engineer—we work around that schedule.