Salvagnini P2 Lean
Key Specifications
sheet thickness max
maximum length of incoming sheet
maximum width of incoming sheet
maximum diagonal that can be rotated
maximum bending force
maximum clamping force
How much does the Salvagnini P2 Lean cost?
Estimated price range
Our best estimate for a cnc press brake in this class — not a quote from Salvagnini. Configuration moves it a long way.
Overview
The Salvagnini P2 Lean is a panel bender listed for sheet up to 5 mm in mild steel, 3 mm in stainless and 6 mm in aluminum, from a minimum thickness of 0.4. Having a separate ceiling for each material is the useful part of this table. Stainless is the lowest of the three and aluminum the highest, so a shop that runs all three on one machine has to design its panels around the 3 mm stainless figure.
Those maxima are higher than the ones given for its sibling. The Salvagnini P2 is listed for mild steel of 0.4-3.2 mm (0.016-0.126 in), and both pages carry the same block of technical-data rows, so the 5 mm mild steel limit is one to have confirmed in writing for the machine being quoted.
That shared block is printed without units. Incoming sheet may be up to 1995 long and 1414 wide, and the largest diagonal that can be rotated is 2000, which is the tighter limit for a blank that is large in both directions. Maximum bending height is 203, maximum bending force 240 and maximum clamping force 380. The maximum bending length row reads 400-1000.
Control is given as the Salvagnini S4 CNC with OPS integration, which matters to a plant already running Salvagnini OPS. Average absorbed power is listed at 3.0 and noise level at 68.
Full Specifications
| Parameter | Value |
|---|---|
| Sheet Thickness Max | 5 mm mild steel / 3 mm stainless / 6 mm aluminum |
| Maximum Length of Incoming Sheet | 1995 |
| Maximum Width of Incoming Sheet | 1414 |
| Maximum Diagonal That Can Be Rotated | 2000 |
| Maximum Bending Force | 240 |
| Maximum Clamping Force | 380 |
| Maximum Bending Length | 400-1000 |
| Maximum Bending Height | 203 |
| Minimum Thickness | 0.4 |
| Average Absorbed Power | 3.0 |
| Noise Level | 68 |
| Max Sheet Thickness Mild Steel | 5 mm |
| Max Sheet Thickness Stainless | 3 mm |
| Max Sheet Thickness Aluminum | 6 mm |
| CNC Control | Salvagnini S4 CNC with OPS integration |
Specifications sourced from salvagninigroup.com — verified 2026-10-03
Strengths & Limitations
Strengths
- Separate thickness limits for three materials: 5 mm mild steel, 3 mm stainless and 6 mm aluminum
- Minimum thickness of 0.4 for light-gauge panels
- Control listed as Salvagnini S4 CNC with OPS integration
- Maximum clamping force of 380 with a maximum bending force of 240
- Average absorbed power listed at 3.0 and noise level at 68
Limitations
- Stainless is limited to 3 mm, below the 5 mm allowed in mild steel
- The maximum bending length row reads 400-1000 while incoming sheet length is 1995, and the table does not explain the difference
- The 2000 rotatable diagonal restricts blanks that approach both the 1995 length and the 1414 width
- Most technical-data rows carry no units
Best For
Frequently Asked Questions
01
Up to 5 mm in mild steel, 3 mm in stainless and 6 mm in aluminum, with a minimum thickness listed at 0.4. The stainless limit is the lowest, so parts that may be made in more than one material should be designed to the 3 mm figure.
02
In two rows. The Salvagnini P2 lists mild steel of 0.4-3.2 mm (0.016-0.126 in) and a MAC 3.0 control, where the P2 Lean lists 5 mm mild steel, 3 mm stainless, 6 mm aluminum and the Salvagnini S4 CNC with OPS integration. The sheet size, force, power and noise rows are the same on both.
03
Incoming sheet can be up to 1995 long and 1414 wide, and the largest diagonal that can be rotated is 2000. Salvagnini prints these rows without units. A blank near both the length and the width limit will exceed the diagonal, so check that dimension first.
04
The table gives the control as Salvagnini S4 CNC with OPS integration. No individual control functions are listed, so the scope of the OPS link should be confirmed with the supplier.
05
Maximum bending force is listed at 240 and maximum clamping force at 380, both without units. Maximum bending height is 203, and the maximum bending length row reads 400-1000.
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