Prima Power Combi Sharp 2516

$500,000 – $900,000 Updated 2026-03-17

Key Specifications

Punching Force

300 kN (30 tons)

Sheet Size Capacity

2,500 mm x 1,250 mm (2516 model)

Number of Tool Stations

Up to 58 stations (turret dependent)

Repositioning Speed

Up to 100 m/min (X+Y)

Punching Speed

Up to 900 hits/min (nibbling mode)

Control System

Prima Power WinAMP CNC

Overview

The Prima Power Combi Sharp 2516 is a CNC combination punch/laser cutting machine that integrates a servo-electric turret punch press with a solid-state laser cutting head on a single platform, capable of processing sheet sizes up to 2,500 mm x 1,250 mm. Manufactured by Prima Power — the sheet metal machinery division of the Prima Industrie Group, headquartered in Turin, Italy — the Combi Sharp represents the evolution of combination sheet metal processing, replacing traditional punch/plasma combos with the precision and versatility of solid-state laser technology.

The punch module delivers up to 300 kN (approximately 30 tons) of punching force through a servo-electric drive system, eliminating the energy losses, noise, and maintenance requirements associated with hydraulic punching systems. The servo-electric drive achieves punch speeds up to 900 hits per minute in nibbling mode and repositions sheets at speeds up to 100 m/min via Prima Power's synchronized sheet clamp and brush table system. The integrated laser head — typically a 3 kW or 4 kW fiber laser — handles contour cutting, small intricate shapes, and features that are impractical for punching, such as tight radii and acute angles.

The Combi Sharp 2516 is controlled by Prima Power's proprietary WinAMP CNC system, which manages both punch and laser processes from a single operator interface. The system integrates fully with leading CAD/CAM nesting software including TOPS, Radan, and Prima Power's own PSBB (Progressive Sheet Metal Better Business) suite. Automatic tool selection from the turret and seamless switching between punch and laser modes within a single program enables optimal process selection for each feature without sheet repositioning.

The Combi Sharp is targeted at sheet metal fabricators in electrical enclosures, HVAC, automotive components, and industrial equipment who require both punching productivity for standard features and laser precision for complex geometry — in a single machine footprint. Its servo-electric drive reduces energy consumption by up to 50% compared to hydraulic equivalent machines while maintaining output rates that justify the investment in medium-to-high volume production environments.

Full Specifications

Parameter	Value
Punching Force	300 kN (30 tons)
Sheet Size Capacity	2,500 mm x 1,250 mm (2516 model)
Number Of Tool Stations	Up to 58 stations (turret dependent)
Repositioning Speed	Up to 100 m/min (X+Y)
Punching Speed	Up to 900 hits/min (nibbling mode)
Control System	Prima Power WinAMP CNC
Throat Depth	1,270 mm
Max Punching Thickness	6.4 mm (mild steel), 4 mm (stainless), 4 mm (aluminum)
Laser Source	3 kW or 4 kW fiber laser
Max Laser Cutting Thickness	12 mm (mild steel), 6 mm (stainless), 6 mm (aluminum)
Drive System	Servo-electric (all axes)
Machine Weight	Approx. 16,000 kg
Manufacturer	Prima Industrie
Model	Platino 1530
Cutting Thickness	1,498.6 mm

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

Strengths & Limitations

Strengths

Combines turret punch press and fiber laser cutting in one machine, reducing floor space and handling compared to separate machines
Servo-electric drive reduces energy consumption up to 50% versus hydraulic systems while achieving industry-leading punch speeds
Seamless process switching between punch and laser within a single CNC program eliminates sheet repositioning
Up to 58 turret stations enable complex multi-tool programs without tool setup interruptions
Fiber laser module handles intricate geometry and small features impractical for punching, expanding total part capability

Limitations

Very high capital cost — combination punch/laser machines represent a significant investment beyond standalone punch or laser machines
Maintenance complexity is higher than single-process machines, requiring expertise in both servo-electric punch and fiber laser systems
Laser cutting speed on thick materials is lower than dedicated high-power laser cutting machines (6 kW+)

Best For

Electrical enclosure, switchgear, and control panel fabricators who need punching speed for standard features plus laser precision for logos, ventilation patterns, and complex cutouts HVAC component manufacturers combining punched louvers and perforations with laser-cut duct profiles on a single sheet Job shops requiring maximum process flexibility from a single machine to handle diverse customer part requirements

Frequently Asked Questions

01 What is the advantage of servo-electric punch drive over hydraulic in the Combi Sharp?

Servo-electric drive provides precise, programmable punch stroke control with lower energy consumption (up to 50% less than hydraulic), lower noise levels, no hydraulic fluid maintenance, and faster response times. The stroke depth is programmable for each hit, enabling partial-depth forming operations. The servo system also generates less heat, contributing to a better shop environment.

02 Can the Combi Sharp 2516 run punch and laser operations in the same program?

Yes. The Prima Power WinAMP CNC system manages both punch and laser processes within a single NC program. The machine automatically selects the appropriate process for each feature — punching standard holes and forms, switching to laser for contours and complex shapes — without sheet repositioning or manual process changeover. This is the primary productivity advantage of combination machines.

03 What sheet sizes can the Prima Power Combi Sharp 2516 handle?

The 2516 model designation refers to the sheet size: 2,500 mm x 1,250 mm (approximately 8 ft x 4 ft), corresponding to standard European and North American sheet sizes. The machine handles sheets from this maximum down to minimum sizes typically around 100 mm x 100 mm. Maximum sheet weight capacity is typically 150 kg.