Record the required capacity, not a web estimate.
Requested U.S. ton-force is converted to kN for clarity. Final force, tooling load limits, and application suitability are confirmed in the written configuration.
Press brakes and bending systems
Choose the control architecture. Then define the work.
Compare NC torsion-bar, CNC hydraulic, hybrid servo, all-electric, and heavy forming systems. Capacity, bend length, controller, axes, compensation, tooling, electrical supply, and price stay attached to the selected configuration or engineered request.
- Machine types
- 5
- Equipment records
- 37
- Pricing
- Shown by configuration
Press-brake lineup / configuration-led01 / Choose by shop need
Start with the level of machine your work requires.
These paths organize the buying decision from straightforward shop bending through advanced CNC and engineered heavy forming. They do not replace the exact machine type, capacity, or written configuration.
01Most economical starting pathEssential Shop Press BrakesFor straightforward bending work where simple operation and a lower-complexity machine package matter most.Machine typesNC Torsion-Bar Press BrakesNC control, required force, bend length, tooling, and site power02Repeat productionProduction 2D CNC Press BrakesFor repeat work that benefits from a maintained graphical 2D control and application-matched backgauge package.Machine typesCNC Hydraulic Press BrakesController workflow, axes, crowning, backgauge, and production mix03Complex part workflowAdvanced 3D CNC Press BrakesFor complex programs and setup planning where a maintained 3D graphical control package is part of the written configuration.Machine typesCNC Hydraulic Press Brakes / Hybrid Servo Press Brakes / All-Electric Press Brakes3D workflow, axis package, compensation, tooling, and operator process04High force, shorter workCompact High-Tonnage Press BrakesFor projects requiring substantial forming force across a shorter bend length without assuming a tandem machine.Machine typesCNC Hydraulic Press Brakes / Hybrid Servo Press Brakes / Tandem and Heavy Press BrakesForce, loaded length, frame, tooling limits, footprint, and material handling05Drive-system comparisonServo and Electric Press BrakesFor buyers comparing hybrid servo-hydraulic and all-electric drive systems against their actual part and production requirements.Machine typesHybrid Servo Press Brakes / All-Electric Press BrakesDrive architecture, work envelope, production pattern, controls, and site needs06Large and engineered workHeavy, Tandem, and Custom Press BrakesFor long or high-force projects that require an engineered frame, synchronized machines, or a custom forming arrangement.Machine typesTandem and Heavy Press BrakesTotal force, loaded length, synchronization, handling, foundation, and safeguards
Featured CNC hydraulic project
100 U.S. tons by 10 ft 6 in.
Use this CNC hydraulic profile as a starting request. The controller, axes, crowning, backgauge, tooling, electrical package, included equipment, and final price are defined together in the written quotation.
- Requested force
- 100 U.S. tons (890 kN)
- Requested bend length
- 10 ft 6 in (3,200 mm)
- Price status
- Engineered quote
02 / Machine architecture
Then choose how the brake is built.
The technical series stays separate from the buyer level so controls, compact high-tonnage frames, servo drives, and tandem systems are classified accurately.
PB-NNC Torsion-Bar Press BrakesPB-N Series / NC torsion-bar press brakes for straightforward bending work. Tonnage, bend length, controls, axes, tooling, and included equipment are selected for the application.
- Drive / control
- Hydraulic / torsion-bar synchronized
- Price
- Engineered quote
- Drive / control
- CNC hydraulic
- Price
- Engineered quote
- Drive / control
- Hybrid servo-hydraulic
- Price
- Engineered quote
- Drive / control
- All-electric
- Price
- Engineered quote
- Drive / control
- Tandem and heavy forming
- Price
- Engineered quote
Buyer assistance
Define the brake from the work, not a size chart.
Selections stay in the URL and move into a saved RFQ. They remain project requirements until the exact machine package is selected and quoted.
Bending calculator
Open tonnage calculator Calculate air-bending tonnage before sizing the project.
Use the tonnage calculator to estimate bend force, V-die opening, inside radius, minimum flange, and capacity reserve. Final machine and tooling suitability still require application review.
Project planning
Keep machine scope and financing interest connected.
Financing interest is recorded with the same RFQ and does not represent approval, rates, terms, or a credit decision.