Used Press Brake Buying Guide

What Is a Press Brake?

A press brake is a machine tool that bends sheet metal and plate by clamping the workpiece between a matching punch and die. The ram (upper beam) pushes the punch into the material, forcing it into the V-shaped die below. Press brakes are rated by tonnage (the force they can apply) and bed length (the maximum length of material they can bend). Modern CNC press brakes can produce complex multi-bend parts with tight tolerances and high repeatability.

Types of Press Brakes

Mechanical Press Brakes

Mechanical press brakes use a motor-driven flywheel and clutch mechanism to power the ram. The flywheel stores kinetic energy and releases it through a crankshaft or eccentric drive. These machines are fast — cycle times can be under two seconds — making them ideal for high-volume production runs of simple, repetitive bends.

However, mechanical press brakes have significant limitations. The ram must complete a full stroke once engaged, which limits flexibility and creates safety concerns. Tonnage is fixed at the bottom of the stroke, and there is no ability to hold pressure at bottom dead center for coining operations. Most shops have moved away from mechanical brakes in favor of hydraulic machines, but they remain in use for dedicated production applications where speed is paramount. Used mechanical press brakes are the most affordable option on the market, with many available under $15,000.

Hydraulic Press Brakes

Hydraulic press brakes use one or two hydraulic cylinders mounted on the frame to drive the ram. They offer several major advantages over mechanical brakes: variable stroke speed (fast approach, slow bend, fast return), adjustable tonnage anywhere in the stroke, the ability to reverse the ram at any point, and the ability to hold pressure at bottom dead center.

Hydraulic press brakes dominate the used market. They range from simple manual machines with hand-adjusted back gauges to fully CNC-controlled systems with multi-axis programmable back gauges, automatic crowning, and angle measurement systems. The two main configurations are down-acting (ram moves down, most common) and up-acting (bed moves up, used for specific applications). Most hydraulic press brakes use synchronized dual-cylinder designs, with proportional valves providing precise control of ram position and parallelism.

Electric (Servo) Press Brakes

Electric press brakes use servo motors and ball screws or belt drives to power the ram, eliminating hydraulic oil entirely. They offer the fastest cycle times, highest energy efficiency (up to 50% less power consumption than hydraulic), and lowest noise levels. Electric brakes also eliminate the environmental concerns of hydraulic oil leaks and disposal.

The trade-off is cost — electric press brakes carry a significant premium over equivalent hydraulic models, and they are typically limited to lower tonnages (under 300 tons). On the used market, electric press brakes are less common and command higher prices. Brands like Trumpf (TruBend Series), Amada (HG series), and SafanDarley are leaders in this segment.

Hybrid Press Brakes

Hybrid press brakes combine hydraulic and electric technologies, using servo-driven hydraulic pumps instead of constantly running motors. They offer much of the energy efficiency and speed of electric brakes while maintaining the high tonnage capability of hydraulic systems. Brands like Amada (HG-ATC series) and LVD (PPED series) offer hybrid models.

Key Specifications to Evaluate

Tonnage

Tonnage is the maximum bending force the press brake can deliver, measured in tons. The tonnage you need depends on the material type, thickness, bend length, and die opening. As a general rule for mild steel with an air-bend die opening of 8× material thickness: multiply 1.2 × material thickness (in sixteenths of an inch) × bend length (in feet) to get required tonnage. For example, bending 1/4-inch mild steel over 10 feet requires roughly 150 tons. Stainless steel requires approximately 1.5× more tonnage than mild steel, and aluminum requires about 0.6×. Always leave a 20–30% safety margin above your calculated requirement.

Bed Length

Bed length determines the maximum length of material you can bend in a single setup. Common sizes range from 4 feet (48 inches) to 14 feet (168 inches) or longer. Longer beds generally require more tonnage to maintain consistent bending pressure across the full length. Consider not just your current needs but future work — a 10-foot brake offers significantly more flexibility than an 8-foot machine.

Back Gauge

The back gauge positions the workpiece for accurate bend placement. Manual back gauges are simple and reliable but slow. CNC back gauges can be 2-axis (X and R), 4-axis (X, R, Z1, Z2), or 6-axis (adding X1/X2 independence and finger tilt). Multi-axis CNC back gauges dramatically increase productivity for complex parts with multiple bends. When evaluating used press brakes, the back gauge system is one of the most important value differentiators.

Stroke, Daylight, and Throat Depth

Stroke is the distance the ram travels. Daylight (open height) is the maximum distance between the ram and the bed when fully open — this determines the maximum box depth you can form. Throat depth is the distance from the frame to the centerline of the ram, which limits the depth of material you can insert from the front. Deep-throated brakes are essential for forming U-channels, deep boxes, and other enclosed shapes.

CNC Control System

The control system determines programming capability, ease of use, and feature set. Major CNC control brands include Delem (DA-53T, DA-58T, DA-66T, DA-69T), Cybelec (ModEva series), Automec, and proprietary controls from Amada, Trumpf, and LVD. Higher-end controls offer offline programming, 3D bend simulation, automatic tool setup, and integration with CAD/CAM systems. On used machines, the control generation significantly impacts value — a 10-year-old machine with a modern CNC retrofit can outperform a newer machine with a basic control.

Top Press Brake Brands on the Used Market

Amada

Amada is arguably the most recognized name in press brakes worldwide. Their hydraulic models (RG, HFE, HG series) are known for exceptional build quality, reliable hydraulics, and advanced CNC controls. Amada press brakes hold their value well on the used market. The HFE M2 series offers excellent precision at a mid-range price point, while the HG series represents their top-tier hybrid technology. Used Amada press brakes typically range from $30,000 for older RG models to $150,000+ for late-model HG machines.

Trumpf

Trumpf press brakes (TruBend series) are engineered in Germany and represent premium quality. Their electric TruBend 5000 series offers exceptional speed and accuracy. Trumpf machines are especially popular in aerospace, medical, and precision fabrication environments. Used Trumpf press brakes command premium pricing — expect to pay $50,000–$200,000+ depending on model and year.

Accurpress

Accurpress is a Canadian manufacturer known for producing reliable, well-built hydraulic press brakes at competitive prices. Their machines are workhorses — straightforward, durable, and easy to maintain. The Accurpress Edge series is a popular choice for general fabrication shops. Used Accurpress machines offer excellent value, typically $15,000–$80,000 depending on tonnage and features.

Cincinnati

Cincinnati (now part of FIMI Group) has been building press brakes in the United States for decades. Their Autoform and Maxform series are well-known in heavy fabrication. Cincinnati brakes are popular for their robust construction and ability to handle thick plate. Used Cincinnati press brakes are widely available, with prices ranging from $10,000 for older mechanical models to $100,000+ for large CNC hydraulic machines.

LVD

LVD is a Belgian manufacturer offering a full range of press brakes from basic hydraulic to advanced CNC models. Their PPEB and PPED series are well-regarded for accuracy and reliability. LVD's CADMAN software suite integrates bending with laser cutting and punching workflows. Used LVD press brakes typically range from $20,000 to $120,000.

Used Press Brake Pricing

Prices reflect general market conditions and vary based on machine age, condition, control type, and included tooling. Machines with extensive tooling packages (punches and dies) carry a premium.

What to Inspect When Buying a Used Press Brake

Frame and Ram

Inspect the frame for cracks, welds, or signs of overloading. Check ram parallelism — the ram should be perfectly parallel to the bed across the full length. On hydraulic brakes, look for oil leaks around the cylinders and at hose connections. Check the ram gibs for wear — excessive play causes inaccurate, inconsistent bends.

Hydraulic System

On hydraulic press brakes, check the oil condition (milky oil indicates water contamination), filter condition, and cylinder seals. Listen for pump noise — whining or cavitation sounds indicate wear. Check all hoses for cracking or bulging. Verify that the hydraulic system maintains pressure without drift — if the ram creeps down under pressure, seals or valves need attention. Ask when the hydraulic oil was last changed and whether the manufacturer's recommended oil type is being used.

Back Gauge System

Test the back gauge for accuracy and repeatability at multiple positions. On CNC back gauges, program several positions and check with a tape measure or gauge blocks. Listen for unusual noises in the drive system (ball screws, belts, or rack and pinion). Check finger alignment and condition — bent or worn fingers cause positioning errors. Verify that all axes move smoothly and reach their full travel range.

CNC Control and Electrical

Power up the machine and verify all control functions work correctly. Check the alarm history for recurring faults. Test program storage and recall. Verify encoder and scale feedback — run the machine to several positions and compare commanded vs. actual position. Check the condition of the electrical cabinet, looking for signs of overheating, rodent damage, or jury-rigged wiring.

Tooling and Clamping

Inspect the tooling (punch and die) for wear, chips, or damage. Check the clamping system — European-style quick-clamp systems (like Wila or Wilson) add significant value. Verify that tooling is properly seated and aligned. Ask what tooling is included with the sale — a complete set of punches and dies can be worth $5,000–$20,000 or more.

Test Bends

If possible, make test bends during your inspection. Bend a piece of material across the full bed length and check for consistency. Measure the angle at both ends and the center — variation indicates crowning issues or cylinder problems. Repeat the bend several times to check repeatability. This is the single most revealing test you can perform.

Why Buy a Used Press Brake from Meadoworks

Meadoworks is a trusted source for used fabrication equipment with decades of experience in the metalworking industry. Every press brake in our inventory is inspected and accurately described so you know exactly what you are buying. Our team understands press brake specifications, applications, and brands — we can help you match the right machine to your shop's requirements and budget.

We stock press brakes from all major manufacturers in a wide range of tonnages and configurations. Whether you need a basic 50-ton manual brake or a 500-ton CNC machine with a 6-axis back gauge, Meadoworks can help. Contact us or call 800-323-0307 to discuss your needs.

Frequently Asked Questions