HT SERVO-JET4000 for the highest level of efficiency.
HT Servo-Jet4000
for the highest
level of efficiency.


We’re working full steam on your success. Our products and technologies enable your efficient production and sustainable work. We guarantee highest quality and fastest possible delivery – so we support your workflow ideally.
Our experience and know-how help you to optimize your waterjet cutting system.

HT SERVO-JET4000 AND HT SERVO-JET4000 PURE – THE PROBABLY MOST ENERGYSAVING HIGH-PRESSURE PUMPS IN THE WORLD.
Compared to a conventional high-pressure pump, the HT Servo-Jet4000 foregoes ineffective hydraulic systems. A plunger pump with three pistons coupled with a highly efficient Servo direct-drive boosts the overall efficiency to almost 98 %. At low power consumption (max. 55 kW) there is a large output (max. 8.4 l/min).
This makes it possible to supply several cutting jets at the same time and means the leap into a new, future-oriented efficiency class – WITH UP TO 40% ENERGY SAVINGS!
The High-pressure pump is the heart of every waterjet cutting system: The more efficient the pump, the more efficient the entire system.
All in one - many advantages from a single source
Energy savings up to 40 %
Use the non-binding efficiency calculation
(Costs and savings) when using an HT Servo-Jet4000 in your company.
Long maintenance intervals reduce operating costs!
We recommend preventive maintenance at 1,250 OPERATING HOURS.
Funding of the entire system up to 45%! *
We take care of your entire funding process.
* – 45 % maximum funding in Germany.
– 30 % maximum funding in Austria.
High-pressure pump HT Servo-Jet4000


- Up to 40% energy-savings compared to conventional systems
- High energy efficiency: servo direct-drive,no reactive current, low and flexible current consumption
- Low connected load required: No power consumption when the system is
at a standstill – suitable for operations with low energy supply - Plunger pump with three pistons:High power density and high level of
efficiency of up to 98 %, replace 6,000 bar technology - long maintenance intervals, simple structure, no warm-up and startup phase – ready to go right away
- Permanent pressure control and integrated pulsation damping
- Higher cutting speed than with the pressure intensifier in a comparable combination
- Lowest noise level of < 75 dB
- Can be used in all waterjet cutting machines and brands
What are the advantages in terms of costs and benefits when using an HT Servo-Jet4000 in a system-optimized manner?
Direct comparison of the established technologies for pressure generation (WJC-system with one cutting head).
INTENSIFIER PUMP | SERVO-JET4000 | ||
Required energy | max. 37,000 W | optimized 20,800 W * | – 44 % |
operating cost | ca. 5 € / h | ca. 2,5 € / h | – 50 % |
Cutting speed | 100 % | 100% (up to 200 % possible **) | + 100 % |
Pressure generation | Hydraulics | Servo direct drive | |
Energy losses | high (due to reactive current and hydraulics) | low, High efficiency | |
Maintenance intervals | 500 – 800 operating hours | Preventive maintenance at 1,250 operating hours | + 48 % more operational time |
Power protection | 80 A |
optimized 30 A *** |
– 37,5 % |
pressure control | Inertial pressure level |
Constant pressure level
|
|
Noise level | < 80 dB | < 70 dB | – 12, 5 % |
* up to – 40% less energy consumption (depending on the required delivery rate)!
** in combination with HT Power technology
*** 50 A at maximum delivery rate
All in one - many advantages from a single source
With a HT Servo-Jet4000 it is possible to operate several cutting heads with a delivery rate of max. 8.4 l / min!
HIGH-PRESSURE PUMMP HT SERVO-JET4000 PURE
The world’s first direct-drive plunger pump – ideal for pure water cutting.
PURE PERFORMANCE – PURE SPEED – PURE PRECISION .
- Our innovative technology allows for record-breaking switch cycles of under one second.
- The high-precision pressure control – combined with an accumulator – guarantees a constant waterjet and allows for unparalleled cutting speeds.
- The use of quality components promises a long service life and the same for
the high-pressure pump.