How to Shift a 10-Tonne Press Inside a Factory Shed

A 10-tonne hydraulic press is one of the most common large machinery moves in Bangalore’s metalworking and auto-component factories. Moving it inside the shed — rather than out to a new facility — presents specific challenges: limited overhead clearance, a crowded floor, and often no room to position a crane optimally.

Why Press Moves Are Different From CNC Moves

A press is robust. Unlike a CNC machine, it tolerates rough handling without permanent damage to its functional precision. What it does not tolerate is rigging to the wrong structural point.

Hydraulic presses have cylinders that look strong but are not designed for lifting loads. A 10-tonne press lifted by its hydraulic cylinder ram will bend the ram and destroy the seal stack. The correct lift points are the press frame uprights (the C-frame or H-frame side members) or the base frame, depending on machine design.

Step 1: Identify Lift Points

Check the machine documentation for marked lifting points. If unavailable:

• For a C-frame press: sling under the two base frame corners (the widest, most rigid part of the base)
• For an H-frame press: sling through the frame uprights above the base, below the crown
• Never sling through the ram, platen, tooling area, or hydraulic manifold

For presses with an unusual centre of gravity (e.g., heavy hydraulic power unit on one side), a spreader beam ensures a level lift even with offset mass.

Step 2: Assess the Overhead Clearance

Before selecting a crane, measure your shed’s clear height from the floor to the lowest obstruction (pipe rack, lighting fixture, roof purlin). Subtract the press height. This gives you the available headroom for the crane hook and slings.

For a 10-tonne press 3 metres tall in a shed with 5.5 metre clear height, you have 2.5 metres of headroom. A standard 4-leg sling set at 60° leg angle needs approximately 1.8 metres of height above the machine. That works.

If headroom is insufficient, options are:

1. Use a below-the-hook lifting beam (reduces hook-to-load height)
2. Use a hydraulic jack and roller skid system to move the press horizontally without overhead lifting
3. Move the press outside and re-enter from a different angle with better overhead access

Step 3: Select the Right Crane

For a 10-tonne press inside a factory shed:

• A 12T or 14T hydra crane is typically the right choice — adequate capacity with a safety margin, and compact enough to manoeuvre inside factory floors
• The crane must fit through the factory gate and have enough boom reach to position the hook over the press from outside the congested area around it
• If the crane cannot position inside the shed (low ceiling or too crowded), an external crane working through a gate or side opening is an alternative

Step 4: Clear the Area

The crane swing arc must be clear of:

• Personnel (all workers not involved in the lift must leave the swing zone)
• Adjacent machinery (do not swing a suspended 10T press over another production machine)
• Overhead fixtures that might be snagged by the crane boom or load

Mark the lift zone with barrier tape before rigging begins.

Step 5: Drain the Press

Before lifting:

• Drain the hydraulic oil reservoir fully (oil adds weight and creates a spill risk if the machine tilts)
• Remove the tooling (die, punch set) — tooling is not retained by rigging and can fall during the lift
• Remove the hydraulic power unit if it is a separate skid (reduces press weight and centre-of-gravity offset)

Step 6: Rig and Lift

Attach slings to the confirmed lift points. Connect to the crane hook via a master link.

Apply test tension: lift the press 15 cm off the floor and observe level. A properly rigged press hangs within 2–3 degrees of horizontal. If it tilts significantly, stop and re-rig.

Once confirmed level, lift to the required height and carry to the new position. Lower slowly. Do not slam a 10-tonne press onto the floor — the impact load is a multiple of the static weight and damages both machine and floor.

Step 7: Position and Level the Press

After placing:

• Check that all four base corners are in contact with the floor (no rocking)
• Level the machine across both axes using a spirit level on the machine bed
• If the destination floor is uneven, use shims under the base feet before tightening anchor bolts

For production presses with tight part tolerances, precision leveling using a digital level is worth the additional time.

Common Mistakes on Press Moves Inside Sheds

Overlooking adjacent machine clearance: Swinging the press during the carry phase can clip an adjacent CNC machine. Plan the carry path with side clearance.

Underestimating the hydraulic power unit weight: Many presses have an attached HPU that adds 500–1,500 kg. Confirm total weight including HPU before specifying crane capacity.

Ignoring the tooling: Die sets are sometimes bolted to the platen. A rigging crew removing tooling for the first time may not know the tooling weight. Confirm whether tooling is included in the quoted machine weight.

Forgetting about the return path: You need the crane to exit the shed after the press is placed. If the new press position blocks the crane exit, you have created a crane removal problem.

A pre-move walkthrough with the crane operator and factory supervisor covering all four of these points takes 15 minutes. It prevents hours of problem-solving on move day.