Hydraulic Press Brakes
The industry workhorse. Synchronized hydraulic cylinders deliver reliable, high-tonnage bending from 60 to 600+ tons — available from entry-level to heavy duty.
Why Hydraulic?
Hydraulic press brakes remain the most widely used bending machines in metal fabrication. Here’s why shops choose them. For the full technical breakdown, see our guide to how CNC hydraulic press brakes work.
From 60 to 600+ tons, hydraulic press brakes handle everything from thin gauge sheet to heavy plate bending in a single machine.
Decades of proven technology. Hydraulic systems are well-understood, easy to service, and parts are widely available globally.
Dollar for dollar, hydraulic press brakes deliver the most bending force for the investment — especially at higher tonnages.
Our Hydraulic Press Brakes
From accessible entry-level to top-tier production machines — find the hydraulic press brake that matches your shop’s needs and budget.

European-grade precision with the intuitive EASYBEND control. An ideal first step into premium hydraulic bending technology.

Economical, powerful, and fast. The ESA S640 2D control completes multi-step parts in a single operation with direct angular programming.

Synchronized hydraulic cylinders deliver consistent, repeatable accuracy across the full bed length with expandable back gauge configurations.

Heavy-frame hydraulic press brake with ESA 875 3D touchscreen. Draws parts on-screen with automatic bending step calculation.

HACO’s premium press brake with FASTBEND-2D MT multi-touch control featuring Smart Draft, auto tooling, and step previewer.

The pinnacle of HACO bending. Highest speeds, hydraulic NS clamping, CNC crowning, FASTBEND-3D MT 24″ multi-touch control.

Heavy Duty Synchro press brake for the most demanding high-tonnage applications. 400 to 2,000 tons of press force for thick plate and high-tensile material bending.

Compact robot bending cell for automated production. Fully offline programming — no robot teaching required. FANUC 6-axis, 4×5 m footprint, lights-out capable.
Tonnage Calculator
Enter your material and bend parameters to estimate required bending tonnage, inside bend radius, K factor, and minimum flange length.
Not sure which model fits your shop?
Try our tonnage calculator to size your machine, or tell us what you’re bending and we’ll recommend the right hydraulic press brake.
Why Buy from RiseTek
Every press brake comes backed by local expertise, factory-trained technicians, and Canadian service commitment.
Tonnage, drive type, accuracy and what ships with the machine.
A CNC hydraulic press brake bends sheet metal and plate by driving a punch into a V-die using hydraulic cylinders, with a CNC control setting ram depth, back-gauge position and bend sequence. The hydraulic drive is what distinguishes it from servo-electric machines, where servo motors drive ball screws instead.
Hydraulic machines deliver the most bending force per dollar, especially at higher tonnages, and the systems are well understood and straightforward to service with parts available worldwide. Servo-electric machines cost more up front but use less energy, cycle faster and have no hydraulic oil or pumps to maintain. Hydraulic is generally the better fit for heavy tonnage and lower-volume work.
Required tonnage depends on material thickness, bend length, die opening and material grade — thicker, harder material and longer bends all increase the force needed. Use the tonnage calculator on this page to work out the figure for your own parts before shortlisting machines.
Rise Tek supplies hydraulic press brakes from HACO and Dener, including the OptiForm, Smart XL, SynchroMaster, Puma XL, EuroMaster S, PressMaster, HDSY and FlexBend models. Entry-level through heavy-duty configurations are available.
Free delivery, machine installation and levelling, electrical connection, operator training on the CNC controller, and first-job programming support. Ongoing service is provided across Canada from the Rise Tek base in Mississauga, Ontario, with up to one year of service included.
Yes. Modern CNC controls compensate for springback by overbending a calculated amount based on material type, thickness, punch geometry and die opening, so the part relaxes to the specified angle. Accuracy in practice depends as much on consistent material and correct tooling as on the machine itself.