LVD Strippit PFC 1525

$280,000 - $420,000 Updated 2026-03-17

Key Specifications

Accuracy

±0.05 mm (±0.002 in)

punching force

30 tons (267 kN)

turret stations

32 stations (thick-turret, A/B/C station mix)

max hit rate

600 hits/min (at 1 mm pitch)

max sheet size

1,500 x 2,500 mm (59 x 98.4 in)

max sheet thickness mild steel

6.35 mm (0.25 in)

Overview

The LVD Strippit PFC 1525 is a 30-ton servo-electric CNC turret punch press from LVD Strippit, the punch press brand within Belgium-based LVD Group, representing the larger-format version of the PFC series. The 1525 designation indicates the 1,500 x 2,500 mm maximum sheet capacity, making it one of the wider-format punch presses in the PFC line and positioning it for shops that process full-size European sheets or require more X-axis travel than the 1225 provides. Like all PFC series machines, it uses a servo-electric ram drive — meaning no hydraulic system, lower energy consumption, reduced noise, and programmable punch speed for adapting to different materials.

The PFC 1525 is configured with a 32-station thick turret in the standard A/B/C station mix. The wider working envelope increases its utility for HVAC panel fabricators, electrical enclosure manufacturers, and telecom cabinet producers working in 1,500 mm sheet widths — a common format in European fabrication. The servo-electric drive delivers up to 600 hits per minute on short-pitch repositioning programs, matching the PFC 1225 in speed while extending the sheet size range. All stations accept LVD Strippit's own tooling as well as industry-standard thick-turret tooling from Wilson Tool, Mate Precision Technologies, and other aftermarket suppliers.

LVD Strippit's CADMAN-P software manages programming for the PFC 1525. Operators import CAD geometry in DXF or DWG format, assign tools from the loaded turret inventory, and generate optimized NC programs from a single environment. CADMAN-P shares the same data architecture as CADMAN-L (laser) and CADMAN-B (press brake) software, enabling unified job management across the LVD fabrication cell for shops running multiple LVD machines. The programming integration becomes a meaningful efficiency advantage when the same part families flow through punch, laser, and bend operations.

The PFC 1525 competes with the Amada HPN-1003L (large format), Trumpf TruPunch 1000 (wider configuration), and Finn-Power P series in the mid-range large-format servo punch segment. The 1525's combination of industry-standard tooling compatibility, servo-electric efficiency, and CADMAN software integration gives it a competitive position for European-format shops. Its larger working envelope also makes it suitable for producing perforated panels, large-format decorative sheets, and architectural metalwork where the 1225's capacity is insufficient. Pricing ranges from $280,000 to $420,000 for standard configurations.

For shops evaluating the PFC 1525 versus the PFC 1225, the decision typically comes down to sheet width. If 1,250 mm sheet width is the standard, the 1225 is more economical. If 1,500 mm sheet widths appear regularly in the job mix — or if the shop buys 1,500 x 3,000 mm stock and saws it down — the 1525's larger capacity eliminates the re-sizing step and may justify the higher capital cost through material yield and handling savings.

Full Specifications

Parameter	Value
Punching Force	30 tons (267 kN)
Turret Stations	32 stations (thick-turret, A/B/C station mix)
Max Hit Rate	600 hits/min (at 1 mm pitch)
Max Sheet Size	1,500 x 2,500 mm (59 x 98.4 in)
Max Sheet Thickness Mild Steel	6.35 mm (0.25 in)
Max Sheet Thickness Stainless	4.5 mm (0.18 in)
X Axis Speed	100 m/min
Y Axis Speed	60 m/min
Positioning Accuracy	±0.05 mm (±0.002 in)
Ram Drive	Servo-electric
Tooling Compatibility	LVD Strippit + Wilson Tool, Mate, and standard thick-turret tooling
CNC Control	LVD CNC with CADMAN-P integration
Machine Weight	9,200 kg (20,284 lb)
Brand	LVD STRIPPIT
Model	1000M XP/30
Id	725103
Type	Turret Punches
Year	2000
Location	New YorkUnited States
Stock	44770
First Name	Last Name
Will You Need Financing	YesNo
Yes	No
Will You Need Freight Service	YesNo

Specifications sourced from machinetools.com — verified 2026-03-28

Strengths & Limitations

Strengths

1,500 x 2,500 mm sheet capacity handles European-format wide sheets without re-sizing, improving material yield for shops using 1,500 mm standard stock
Servo-electric drive provides 50-70% energy savings over hydraulic equivalents with programmable ram speed for sensitive materials and noise reduction
Compatible with industry-standard thick-turret tooling from Wilson Tool and Mate — broad sourcing options and ability to transfer existing tooling from other punches
CADMAN-P software integrates with CADMAN-L and CADMAN-B for unified programming across laser, punch, and press brake operations in LVD-equipped shops
LVD Strippit's deep heritage in turret punch design provides proven application support for complex forming and large-format sheet processing

Limitations

32-station turret is fewer stations than competitors offering 36-58 stations, potentially requiring more tool change setups on high-mix programs
The wider 1,500 mm Y-axis capacity increases machine footprint and cost versus the 1225 — unnecessary for shops that never process 1,500 mm sheets
LVD North American service density is lower than Amada or Trumpf, which may affect response times in some regions

Best For

European-format fabrication shops working with 1,500 x 3,000 mm standard sheet stock who need full-sheet punching without preliminary re-sizing HVAC, telecom enclosure, and architectural metal fabricators producing wide-format panels in standard 1,500 mm widths LVD-equipped shops running CADMAN software across laser, punch, and press brake operations who need wider-format punch capacity Job shops that process a mix of 1,250 and 1,500 mm sheet widths and need a single punch press to cover both formats

Frequently Asked Questions

01 What is the difference between the PFC 1225 and PFC 1525?

The primary difference is sheet capacity. The PFC 1225 handles sheets up to 1,250 x 2,500 mm, while the PFC 1525 handles 1,500 x 2,500 mm — a 250 mm wider Y-axis. Both use the same 30-ton servo-electric drive, 32-station turret, and CADMAN-P software. The 1525 is appropriate for shops that regularly process 1,500 mm wide sheets; the 1225 is more cost-effective for shops where 1,250 mm is the standard sheet width.

02 What tooling is compatible with the PFC 1525?

The PFC 1525 accepts LVD Strippit's own tooling catalog as well as industry-standard thick-turret tooling from Wilson Tool International, Mate Precision Technologies, and other aftermarket suppliers. This broad compatibility allows shops to source tooling from multiple vendors on competitive lead times and transfer existing thick-turret tooling from previous machines. Most standard punch geometries, forming tools, and special-application tooling are available from multiple compatible sources.

03 Can the PFC 1525 process stainless steel?

Yes. The PFC 1525 handles stainless steel (304 and 316 grades) up to 4.5 mm with its 30-ton capacity. Stainless punching requires sharper tooling clearances (approximately 15-18% per side for 304), controlled punch speed to limit work hardening at the shear face, and appropriate lubrication. LVD's CADMAN-P software allows tool-specific speed settings, enabling operators to program slower speeds for stainless operations while maintaining full speed on mild steel within the same program.

04 What forming operations does the PFC 1525 support?

The PFC designation (Punch/Form Center) indicates full forming capability. The 32-station turret's C-station positions accommodate forming tools for louvers, raised flanges, dimples, lance-and-form features, and embossing. LVD Strippit's forming tooling catalog covers the most common formed features, and custom tooling is available for specific geometries. Forming on the PFC 1525 can eliminate secondary press operations for many enclosure and panel part families.

05 How does CADMAN-P programming work for the PFC 1525?

CADMAN-P imports CAD geometry in DXF, DWG, and other standard formats, automatically assigns punch tools from the loaded turret configuration, optimizes the punching sequence to minimize air-cut travel, and generates NC programs for the machine control. CADMAN-P shares a common database with CADMAN-L (laser) and CADMAN-B (press brake) software — part data programmed for one machine is accessible in the others without re-import. This integration is particularly valuable for fabrication cells where the same flat blank goes through punch and then laser or bend operations.