Italian tax incentives apply to Italian tax residents only — SMEs and companies with production facilities in Italy.
01 — PremiseOne school, three architectures.
The question almost always comes the same way: “So is it worth going electric these days? Is hydraulic outdated?”
Short answer: no. Long answer: it depends on what you do, in what environment, with what frequency, and with what investment horizon.
Our three lines — DCA hydraulic, H.DCA hybrid, E.DCA electric — are not three generations of the same machine where the last replaces the previous. They are three different architectures, built with the same philosophy (robust frame, 100% custom configuration, easy maintenance), optimised for different objectives. They coexist in our catalogue because each is the best in a specific work domain.
In this guide we compare the three technologies on four levels: specifications, real energy consumption, return on investment, application use cases. To frame the choice in a wider journey starting from the critical part and ending at the quote, also read the full press brake choice guide.
02 — HydraulicDCA — the queen of the range.
The DCA Standard is the machine on which PG built its reputation over forty years. It is the traditional hydraulic press brake, and in our world that means one precise thing: no scale limit, no force limit, no structural compromise.
These numbers tell something important: neither of the two younger technologies reaches where the DCA reaches. The hybrid stops at 320 t and 8.2 m. The electric at 200 t and 4.2 m. For heavy fabrication, structural work, special configurations, hydraulic is not a choice among many: it is the only possible choice, and our DCA is the industry reference.
The DCA is also the machine on which we built the other two. The H.DCA is a DCA with servo-assistance; the E.DCA shares the same design school. Same DNA, same frame, same service logic. It is an important point: choosing DCA does not mean choosing “the old model”, it means choosing the reference point from which all the rest of our range derives.
When it is the right choice
- Heavy and structural fabrication — above 300 t and 4 metres there are no alternatives.
- Continuous work, 2-3 shifts — hydraulic holds high-intensity cycles for decades with predictable maintenance.
- Maximum tonnage required — when the critical part is large, hydraulic is the only one that takes you all the way.
- Special and tandem configurations — up to two synchronised machines for out-of-scale sheets.
Hydraulic energy and maintenance — the numbers that really weigh
A DCA in intermittent fabrication consumes indicatively 8-15 kWh per operating hour, with variation tied to the actual batch duty cycle (bend-handling-bend alternation). On two stable shifts — about 3,400 hours/year — it easily exceeds 40,000 kWh/year. Above 320 t, where hydraulic remains the only option, consumption grows in proportion.
Hydraulic maintenance is predictable but not negligible: two-three oil changes in five years (80-150 litres per change, plus filters), semiannual replacement of hydraulic filters, annual cylinder inspection (rod scoring check, leak verification) and — on a well-maintained press — seal replacement only as a condition-based intervention, scheduled when inspection detects wear or leaks, not on a fixed calendar. It is a TCO line item visible every year in the income statement, and it is the reason why PG declares that a well-maintained DCA easily reaches thirty years of useful life — the preventive maintenance and tele-diagnosis plan is not optional for those who want to last.
On the ROI side, the DCA is the baseline: its return is measured on the margin of the produced part, not on the premium versus something else. With correct sizing on the critical part, the investment is typically amortised in 36-60 months on continuous work, before the extension of useful life granted by a CNC + safety retrofit (PG declares up to +50% useful life). If you are not yet sure whether you really need a DCA, start from the bending force calculator with your critical part: it tells you immediately whether you sit inside or outside the hybrid and electric range.
03 — HybridH.DCA — the efficient evolution.
The H.DCA was born from a concrete question of our customer base: “I want the solidity of the DCA, but I would like to consume less and run faster cycles”. The technical answer is called servo-assistance: brushless servo motors drive the hydraulic pump only during the active phases of the cycle. No pump running idle, no thermal dispersion.
The H.DCA matters because it covers the central segment of fabrication — the one where a company works intensely, but with tonnages not exceeding 320 t. In that segment monthly electricity consumption starts to weigh, and the dynamics of the traditional hydraulic cycle can become the productive bottleneck. The hybrid does not replace the DCA: it flanks it on a domain where energy efficiency counts as much as force.
When it is the right choice
- Intense medium fabrication — 65-320 t band, continuous work, significant energy cost.
- Fast cycles required — approach and return times faster than a traditional hydraulic without inverter.
- Same CNC as the DCA — zero operator training, natural transition for those who already have a DCA in the workshop.
- 4.0/5.0 tenders — documentable energy saving for access to incentives.
Servo-assistance — how it translates into kWh/year
The “up to 60%” hero baseline becomes “up to 80%” on intermittent fabrication cycles, where between one bend and the next the part is handled, the program is changed, the tool is replaced. It is in those pauses that the traditional hydraulic pump runs idle burning current: the H.DCA servo-assistance simply does not waste there. On an example of class 150-200 t × 3 m on two stable shifts, annual consumption drops indicatively into the 20,000-28,000 kWh/year range (30-50% reduction vs pure hydraulic DCA). These are orders of magnitude, not nameplate data: for your actual duty cycle the PG technical office provides the estimate in the quote.
The initial premium of the H.DCA versus an equivalent DCA — due to brushless servo motors of size and power drives — is typically recovered in 24-36 months on two intense shifts with machine occupancy above 65%. Double lever: less bill + faster cycles (idle time reduction up to 30%) translating into more parts/shift with the same operator. On a light single shift payback exceeds five years, and the traditional DCA remains the more sensible choice.
On the maintenance side, the H.DCA uses hydraulic oil (it is “servo-hydraulic”, not full-electric) but leaves it significantly cooler because the pump does not run idle: doubled oil replacement intervals, filters replaced less frequently, extended ram life. To frame whether your workshop fits the H.DCA range, the bending force calculator gives you the minimum tonnage of the critical part — below 320 t, the hybrid is on the table.
04 — ElectricE.DCA — the specialist.
The E.DCA is the youngest of the three. It is a 100% electric press brake: no oil, no hydraulic ram, no filter. Brushless servo motors and poly-V belts transmit motion to the ram. It is a machine designed for a specific domain: modern light fabrication, clean environments, high repeatability.
Let us say it clearly, because it is something no salesperson will tell you: electric is not “the future that will make hydraulic obsolete”. It is a machine optimised for a specific domain, where it excels. Above 200 t and 4.2 metres, electric today does not exist — not for lack of will, but because the physics of direct mechanical transmission does not scale up there in an economically sensible way.
That said, where the E.DCA reaches, it reaches very well: repeatability within hundredths of a millimetre, quietness, zero contamination for food, pharma, precision automotive environments. It is our ESG-ready machine, with CO₂ documentation included for LEED and BREEAM certifications.
When it is the right choice
- Modern light fabrication — 40-200 t band, small and medium parts, high variety.
- Clean environments — food, pharma, precision automotive, white room.
- Absolute precision — repeatability within hundredths on the ram, ideal for critical bends on small parts.
- Documented sustainability — ESG reports, building certifications, CO₂ reduction.
Full-electric — what zero oil really means
“Zero oil” is not an ESG slogan: it is a daily operational difference. No oil changes in five years (vs two-three of a DCA), no hydraulic filters to replace, no ram overhauls because there are no rams, no spent oil disposal. PG declares maintenance reduced to a quarter compared to an equivalent hydraulic — annual poly-V belt check, automatic screw lubrication, periodic transmission system check. Over a five-year horizon the maintenance line drops drastically, and it is a share of the initial premium you recover without having to sign any energy cheque.
The indicative energy consumption of the E.DCA sits around 2-5 kWh per operating hour in intermittent light fabrication — about a quarter of an equivalent DCA, over 50% less than a H.DCA hybrid. On two stable shifts, class 100-150 t × 3 m, we talk indicatively of 10,000-14,000 kWh/year versus ~40,000 of the DCA. The E.DCA is the most efficient in absolute terms of the range; on top of that comes the drastically lower maintenance (zero oil, zero hydraulic filters, zero ram seals).
The pure economic ROI on energy + maintenance alone sits at 24-42 months on two shifts, but the E.DCA is often bought for reasons that do not fit in an Excel sheet: commercial value of the clean environment, access to suppliers requiring documented LCA/CO₂, compliance with internal regulations of food/pharma/premium automotive customers. To understand whether your critical part sits below 200 t, the bending force calculator closes the question in thirty seconds.
05 — ComparisonThe three, side by side.
Direct table, no rhetoric. The rows are the dimensions that really matter at the moment of choice.
full coverage
vs hydraulic
vs hydraulic
Tonnage and length refer to the ranges currently in catalogue. Custom configurations on request.
The rule we use internally
When a customer asks us to evaluate their choice, we always start from the critical part — the largest, the thickest, the most tolerated — and from how many parts/shift have to come out. From those two numbers we immediately understand which technology makes sense.
DCA Hydraulic
Critical part above 320 t or above 8.2 m. Continuous work. Heavy fabrication. Tandem. Special configurations. Where the others do not reach.
See DCA →H.DCA Hybrid
Critical part up to 320 t, up to 8.2 m. Intense work but with controlled consumption. Fast cycles. Same CNC as the DCA.
See H.DCA →E.DCA Electric
Critical part up to 200 t, up to 4.2 m. Light fabrication. Clean environments. Hundredths precision. Documented ESG.
See E.DCA →05b — TCOEnergy, maintenance, TCO — the quantitative comparison.
Force and length decide what you bend. But at parity of critical part, where all three technologies are admissible, the five-year total cost (TCO) plays out on two items you often do not look at the moment of purchase: electricity bill and maintenance. Below you find indicative estimates for a reference class 150-200 tonnes × 3 metres machine — the band where the three coexist in the PG catalogue.
| Item | DCA Hydraulic | H.DCA Hybrid | E.DCA Electric |
|---|---|---|---|
| Estimated hourly consumption | ~12 kWh/h (reference) | ~5-8 kWh/h | ~2-5 kWh/h |
| kWh/year · 1 shift | ~20,400 | ~10,200-14,000 | ~5,100-7,000 |
| kWh/year · 2 shifts | ~40,800 | ~20,000-28,000 | ~10,000-14,000 |
| kWh/year · 3 shifts | ~60,000 | ~30,000-42,000 | ~15,000-21,000 |
| Oil changes in 5 years | 2-3 changes (80-150 L + filters) | 1-2 changes (cooler oil) | none |
| Hydraulic filters | semiannual replacement | annual replacement | none |
| Ram / transmission overhaul | annual inspection, replacement on condition | one every 5-7 years | annual belt check |
| PG declared indicator | reference baseline | cooler oil, doubled intervals | maintenance to a quarter |
kWh/year figures are indicative estimates anchored to PG saving claims (-60/80% for the hybrid on intermittent cycles, -50% for the electric). The exact figure on the specific configuration is provided by the technical office at quoting stage.
Maintenance is the hidden TCO line: it is not visible on the list price, but it is paid every year. Over five years, the E.DCA requires about a quarter of the hydraulic interventions of an equivalent DCA; the H.DCA sits halfway. For those who calculate TCO seriously, the maintenance delta recovers a significant share of the initial premium of the more modern technologies, regardless of the energy math.
And then there is the fiscal lever. The three PG press brakes are 4.0/5.0 ready in standard configuration: interconnection, tele-diagnosis, monitoring, safety compliance. On purchase of new equipment they access the 2026 Italian super-deduction (+180% of deductible cost up to €2.5M, +100% up to €10M, +50% up to €20M, in force from 1 January 2026), New Sabatini 4.0 (rate 3.575%), ZES Unica Mezzogiorno and the ISI INAIL Call. Operational detail in the full 2026 incentives guide and in the active 2026 incentives overview. Critical note for anyone reading this paragraph: used equipment is excluded from all 2026 Italian incentives — super-deduction, both Sabatini variants, ZES Unica, ISI INAIL.
06 — DecisionHow decisions actually get made.
In almost all customer conversations we follow the same scheme. It is not a rigid decision tree — it is how we look at a new workshop:
- What is the critical part? Material, thickness, length, required tolerance. From here comes the minimum tonnage needed, and often the choice is already made.
- How many parts per shift? If volume is high and consumption weighs, the hybrid enters the picture. If the part is large, we stay on hydraulic.
- In what environment does it work? If it is food, pharma, white-room, oil is a problem and the E.DCA becomes natural.
- How many shifts and for how many years? A machine working 16 hours a day for 15 years must be evaluated on total TCO, not only on purchase price.
- Are there active incentives? 4.0/5.0 tenders, ESG certifications, non-repayable grants: they change the economic math significantly.
Almost always, after these five questions, the answer comes out on its own. And in the most frequent cases — serious fabrication, continuous work, consistent tonnages — the answer remains the DCA hydraulic. Because it is the machine that does not ask compromises, in any direction.
06b — Real casesThree use cases, three answers.
The five questions of the previous section are the framework. Below you find three real use cases with indicative force calculation and technology verdict. They are profiles we regularly meet in the technical office — your workshop probably resembles one of the three.
Case 1 — Heavy structural fabrication → DCA Hydraulic
Profile: workshop producing structural fabrication for agricultural machinery. Critical part: S275JR mild steel 20 mm × 3,500 mm. Volumes: 50-80 parts/shift, 2 stable shifts.
Indicative force calculation:
- Strength R ≈ 45 kg/mm², thickness s = 20 mm, V die ≈ 160 mm (8s rule), coefficient K ≈ 1.42
- F per metre: (45 × 400 × 1.42) / 160 ≈ 160 t/m
- On 3.5 m → 160 × 3.5 = 560 t total
- Safety margin +30% → machine 750 t × 4 m
Verdict: no hybrid and no electric covers this band. Above 320 tonnes only the DCA hydraulic remains. Typical configuration: DCA 800 t × 4 m, standard ESA S875W CNC, 6 axes, adaptive CNC crowning, CNC sheet-follower for heavy parts, laser scanner safety. When the critical part exceeds 320 tonnes or 8.2 metres, the technology conversation ends immediately: the only option is hydraulic.
Case 2 — Thin sheet metal for HVAC → E.DCA Electric
Profile: subcontractor producing HVAC profiles and ducts in thin galvanised steel 1-2 mm × 2,500 mm. Strong bend mix: 80-120 parts/shift, 1-2 shifts, environment with cleanliness constraint (proximity to food lines).
Indicative force calculation:
- R ≈ 40 kg/mm², s = 1.5 mm, V ≈ 12 mm, K ≈ 1.42
- F per metre: (40 × 2.25 × 1.42) / 12 ≈ 11 t/m
- On 2.5 m → 11 × 2.5 = 28 t total
- Machine amply adequate: E.DCA 60 t × 3 m, or PG Roofing line 110 t × 3 m if the mix includes profiles dedicated to a tooling library
Verdict: the E.DCA shines here. Ram repeatability within hundredths for profile cross-cut repeatability, zero oil for the cleanliness constraint (the sheet arrives at painting without contamination traces), minimal maintenance to keep up with the bend mix. On two stable shifts the energy + ESG payback share materialises in the third year. For sheet-metal roofing profiles with dedicated library, the PG Roofing line adds standard tools designed for ducts, HVAC profiles, cold connections.
Case 3 — Multi-shift medium fabrication workshop → H.DCA Hybrid
Profile: intense medium fabrication workshop, S235/S355 mix in 4-12 mm thicknesses, typical length 2.5-4 m. Volumes: 200-300 parts/shift, 2 stable shifts. Significant energy cost in the monthly bill (>10% of industrial cost).
Indicative force calculation:
- Average case: s = 8 mm, V = 64 mm, R = 50 (S355) → F/m ≈ (50 × 64 × 1.42) / 64 ≈ 71 t/m
- On 3 m → 210 t → margin +30% → machine 280-320 t × 3 m
Verdict: the H.DCA 320 t × 3.2 m is the case machine. Initial premium on the brushless servo motors, recovered in 24-36 months via three summed levers: 24-30k kWh/year less bill than an equivalent DCA, cycles 30% faster (more parts per shift with the same operator), cooler oil (doubled replacement intervals, fewer annual machine stops). Operational bonus: same CNC as the DCA — if there is already a DCA in the workshop, zero operator training and unified PG ecosystem.
If none of the three profiles matches yours, configure your press brake in the seven steps of our online configurator — the technical office receives the summary and calls you back with the made-to-order proposal.
06c — FAQFrequently asked questions.
The questions we receive most often from those evaluating hydraulic, hybrid or electric. Technical answers, no commercial rhetoric.
Hydraulic, hybrid or electric: which is really worth it today?
None of the three is best in absolute terms — each is best in a different domain. The DCA hydraulic remains the only option above 320 tonnes or above 8.2 metres of useful length and on continuous heavy fabrication. The H.DCA hybrid is the smart choice on intense medium fabrication with two stable shifts where energy cost weighs in the bill. The E.DCA electric shines on precise light fabrication, thin sheet-metal roofing, clean environments with cleanliness constraints or documented ESG requirements. The right question is not “which is best” but “what tonnage do I need and in what environment do I work”.
How much do you really save with a hybrid or electric press brake?
PG declares for the H.DCA hybrid up to 60% electrical saving in hero baseline, up to 80% on the intermittent cycles typical of fabrication — those with frequent pauses between bends where the traditional hydraulic pump runs idle. The E.DCA electric declares over 50% sustained saving and maintenance reduced to a quarter compared to an equivalent hydraulic. In absolute terms, on a class 150-200 tonnes × 3 metres machine and two stable shifts, the annual bill delta becomes significant: the PG technical office provides the estimated consumption of your configuration in the quote.
Is the hydraulic press brake now an outdated technology?
No, and it will not be soon. The physics of hydraulic transmission scales on forces and lengths that the direct mechanical transmission of the electric does not reach in an economically sensible way — above 200 tonnes electric today does not exist, above 320 not even the hybrid. For heavy, structural, naval, rail fabrication and tandem configurations up to 24 metres, the only technological option remains hydraulic. The DCA is not the old model: it is the reference from which H.DCA and E.DCA derive, sharing same frame, same design school, same CNC.
How long does it take to amortise a hybrid press brake?
The payback of the H.DCA premium versus an equivalent hydraulic DCA typically sits at 24-36 months on two intense shifts with machine occupancy above 65%. The lever is double: energy saving (up to 60-80% on intermittent cycles) and faster cycles (idle time reduction up to 30%) which translate into more parts produced per shift with the same operator. On a light single shift payback exceeds five years and the traditional DCA remains the more sensible choice. The exact calculation depends on your energy cost, actual duty cycle and bend mix.
How many kWh does a press brake consume per year?
There is no single figure: it depends on nominal force, length, duty cycle, bend mix and number of shifts. As an indicative order of magnitude for a class 150-200 tonnes × 3 metres on two stable shifts: a DCA hydraulic sits around 40,000 kWh/year, an H.DCA hybrid between 20,000 and 28,000 kWh/year (-30/50% vs DCA), an E.DCA electric between 10,000 and 14,000 kWh/year (~70/80% less than DCA, over 50% less than H.DCA — it is the most efficient machine in the range). For the estimated consumption on your actual configuration, the PG technical office includes it in the configured quote.
Is the E.DCA electric press brake suitable for all materials?
The E.DCA fully covers the material range of modern light fabrication: S235/S275 mild steel up to 8 millimetres, S355 structural steel up to 5-6 millimetres, AISI 304/316 stainless up to 4-5 millimetres, 5xxx/6xxx aluminium up to 10 millimetres, copper and brass. The limit is not the material, it is the available nominal force: 40-200 tonnes × 1.25-4.2 metres. Above that range — S700MC high-strength steel in heavy thicknesses, S355 above 10 millimetres on important lengths, structural work — the physics of direct mechanical transmission does not scale and you go back to the DCA hydraulic.
Does the H.DCA hybrid press brake still use hydraulic oil?
Yes, the H.DCA is a servo-assisted press, not full-electric: it combines the power of traditional hydraulic with high-efficiency brushless servo motors driving the pump only when needed. Hydraulic oil is there, but stays significantly cooler than in a traditional DCA because the pump does not run idle during cycle pauses. Practical consequence: doubled oil replacement intervals, filters replaced less frequently, extended ram life. For zero-oil environments (food, pharma, white-room, some premium automotive lines) the choice remains the E.DCA electric.
Which technology is best for accessing the Italian Industry 4.0/5.0 incentives?
All three — DCA, H.DCA, E.DCA — are 4.0/5.0 ready in standard PG configuration: interconnection, tele-diagnosis, remote monitoring, safety compliance with Italian Machinery Directive 2006/42/EC implementation. No additional options are needed to access the 2026 super-deduction (+180/+100/+50% of deductible cost, in force from 1 January 2026), New Sabatini 4.0 (rate 3.575%), ZES Unica Mezzogiorno, ISI INAIL Call. The only transversal constraint: the incentive requires brand-new equipment — used is excluded from the super-deduction, from both Sabatini variants, from ZES and from ISI INAIL Axis 1.1.
Can I do a tandem configuration with the H.DCA hybrid or only with the DCA?
The tandem configuration is a historic prerogative of the DCA hydraulic. PG offers up to two DCA bodies on synchronised master/slave CNC, lengths up to 16 metres as standard and up to 24 metres on special order, with the possibility of decoupling for parallel work as two independent machines. The H.DCA hybrid is available in tandem on special request; the E.DCA electric is not, due to intrinsic synchronisation limits of direct mechanical transmission on extreme lengths. For those bending panels, long structural profiles, naval sheet, the only technology that takes you all the way is the tandem DCA.
If I already have a DCA in the workshop, does it make sense to add an E.DCA?
Often yes, and it is a typical scenario in the PG customer base. The logic: the DCA does the heavy work and the large parts, the E.DCA absorbs small high-cadence batches and precise parts freeing the main machine for critical work. The advantage: on a mixed working day the DCA no longer sits idle for small-batch setups, and useful machine times grow significantly. The E.DCA pays for itself on the workshop’s overall efficiency recovery, not only on its own output. Same CNC as the DCA on request, minimal operator training, unified PG ecosystem on service and spares.
07 — Next stepsTalk to us.
A 15-minute call with our technical office is worth more than a PDF comparison. You tell us what you bend, how much you bend, in what conditions — we tell you which of the three is your machine, with an honest estimate. Without pushing you toward the most expensive or the most fashionable one.
Hydraulic, hybrid or electric? Let’s decide together.
Tell us about your critical part and your shifts. We respond with the most sensible configuration, regardless of technology.