300 Ton CNC Press Brake for Sale Heavy Duty Machine

Key Product Details: Quick Specs and Bending Capacity

Our 300 ton CNC press brake delivers heavy-duty forming power for thick plate processing, structural steel production, and precision sheet metal fabrication. Designed to handle intense daily bending cycles, this machine pairs substantial tonnage with micron-level electro-hydraulic positioning.

Pressing Force Rating and Structural Integrity

The rated 3,000 kN (300 metric tons) bending force provides ample tonnage for heavy gauge plate bending. We fabricate the machine body from high-tensile, stress-relieved welded steel plate, ensuring zero structural deflection during peak load operations. Heavy side housings and deep bed sections maintain structural alignment, protecting long-term tooling accuracy under full tonnage runs.

Working Length and Distance Between Uprights

The standard working table length spans 4,000 mm (approx. 13 feet), providing versatile capacity for long workpieces or multi-stage side-by-side bending setups. The clear distance between the side frames measures 3,200 mm, giving operators wide lateral clearance to handle deep side flanges and wide sheets without interference.

Throat Depth, Open Height, and Stroke Parameters

Clearance dimensions allow full flexibility for complex box profiles, deep channels, and high-return flanges:

• • Throat Depth: 400 mm deep side frame gap for off-center flange bending.
  • Open Height (Daylight): 550 mm standard opening between upper ram and lower table.
  • Stroke Length: 250 mm vertical travel, enabling the use of tall punches and deep multi-V dies.

CNC Control System and Standard Axis Configuration

The machine integrates standard 4+1 axis CNC automation (Y1, Y2, X, R, plus V-axis mechanical crowning). Dual independent linear scales mounted on the C-frames track the Y1 and Y2 cylinders directly, feeding real-time position data back to the CNC system. High-speed AC servomotors drive the X-axis backgauge depth and the R-axis vertical finger adjustment with ball screws and linear guideways.

Crowning System, Drive Power, and Electrical Specs

Consistent angle results over long bends require balanced deflection compensation. Our CNC-managed dynamic crowning table automatically adjusts lower bed deflection based on material thickness, yield strength, and target bend angle.

• • Hydraulic Motor Power: 22 kW (30 HP) high-efficiency industrial drive.
  • Main Electrical System: Standard 3-Phase 380V/480V, 50/60 Hz industrial service (custom voltages available).
  • Control Electronics: Standard industrial-grade electrical enclosure featuring branded components from Schneider and Siemens.

Quick Reference: 300 Ton CNC Press Brake Specifications

Parameter	Metric Value	Imperial / US Equivalent
Bending Capacity	3,000 kN	300 US Tons
Bending Length	4,000 mm	157.4 in (13.1 ft)
Distance Between Columns	3,200 mm	125.9 in
Throat Depth	400 mm	15.7 in
Stroke Length	250 mm	9.8 in
Max Open Height	550 mm	21.6 in
Main Motor Power	22 kW	30 HP
Standard CNC Axes	4+1 Axes (Y1, Y2, X, R + V)	4+1 Axes (Y1, Y2, X, R + V)
Crowning Mechanism	CNC Motorized Mechanical	CNC Motorized Mechanical

Heavy-Duty Bending Performance: 300 Ton CNC Press Brake

How the Electro-Hydraulic System Operates

At the core of this machine is an advanced electro-hydraulic synchronous setup:

• • Dual Cylinder Control (Y1/Y2): High-response proportional valves continuously adjust oil flow to both cylinders independently, guided by high-precision optical linear encoders.
  • Closed-Loop Real-Time Balancing: If the ram encounters uneven resistance during off-center loading, the system corrects tilt within fractions of a millisecond.
  • Energy-Efficient Hydraulics: Large-flow pre-fill valves enable rapid ram approach, smooth high-pressure bending, and fast return cycles to keep cycle times down.

Core CNC Automation and Multi-Axis Backgauge Capabilities

Bending heavy sheet metal requires reliable sheet positioning without constant manual readjustment. For shops processing complex geometric profiles, stepping up to a 6-axis CNC press brake bending machine ensures absolute positioning freedom.

• • Multi-Axis Backgauge: Controlled movement across standard X and R axes, with optional Z1/Z2 or independent X-prime axes for tapered bends.
  • Dynamic CNC Crowning: The controller reads the sheet thickness, tensile strength, and bending length, automatically applying bed deflection compensation before the ram touches the metal.
  • Automated Bending Sequences: The operator inputs the profile dimensions, and the controller computes the bend order, backgauge stops, and required tonnage on the fly.

Standard Equipment vs. Customizable Configurations

Every fabrication shop runs different material profiles. Here is how we separate our off-the-shelf build from our tailored options when you look for a 300 ton cnc press brake for sale:

Feature Category	Standard Configuration	Available Custom Upgrades
Control System	Multi-axis CNC controller with 2D graphical programming	Full 3D offline simulation controllers (Delem, Cybelec, ESA)
Backgauge System	Heavy-duty X + R axes on precision ball screws	4-axis, 5-axis, or 6-axis configurations with multi-finger stops
Crowning Mechanism	CNC-driven motorized mechanical crowning	Hydraulic active compensation integrated into the lower beam
Tool Clamping	Quick-clamp manual punch holders	Hydraulic or pneumatic push-button quick clamping
Material Handling	Standard heavy-duty front support arms	CNC sheet followers for wide, heavy plate tracking

Core Features and Mechanical Build

Heavy-Duty Welded Steel Frame with Stress Relief

The backbone of our 300 ton CNC press brake for sale is a monolithic, heavy-duty welded steel frame.
Thermal Stress Relieving: After welding, the entire frame undergoes complete thermal annealing in a dedicated furnace to eliminate internal residual stresses.
Rigid Bed Deflection Resistance: Thick side housings and deep bed beams prevent structural fatigue and maintain throat integrity under continuous full-tonnage cycles.
Precision Machined Surfaces: Critical mounting points for guide rails, cylinders, and tables are machined in a single setup on large CNC gantry milling centers to guarantee absolute parallelism.

Electro-Hydraulic Synchronous Valve System

Our machines utilize a closed-loop electro-hydraulic synchronous press brake design. Independent proportional valves govern the twin cylinders (Y1 and Y2 axes) in real time:
High-Precision Leveling: High-resolution optical linear scales continuously track ram positioning on both sides, feeding data back to the CNC controller.
Off-Center Bending Protection: The dynamic hydraulic valves automatically correct for uneven loads, allowing off-center bending without twisting the ram or damaging cylinder seals.
Smooth Transitions: Fast approach, controlled pressing, and high-speed return cycles operate seamlessly with rapid valve response times.

This stable hydraulic synchronization establishes this unit as our best CNC press brake for precision metal forming, especially when processing thick, high-tensile plates.

High-Speed Multi-Axis CNC Backgauge

Repeatable flange lengths rely on an uncompromising gauge assembly. We equip every 300t unit with a high-rigidity backgauge built to handle heavy stock without drifting:
Precision Drive System: High-speed, ground ball screws paired with dual linear guide rails eliminate mechanical backlash on the X and R axes.
AC Servo Motors: High-torque digital servo drives deliver rapid positioning speeds, significantly cutting cycle times between bends.
Adjustable Gauge Fingers: Multi-level stop fingers feature hardened contact surfaces and smooth manual or automated Z-axis adjustment across the work area.

Automatic CNC Crowning Compensation

To eliminate angle variance along long bends, our integrated multi-axis CNC crowning system counters natural frame and bed deflection:
Real-Time Angle Correction: The controller calculates plate thickness, material yield strength, and target bend length, dynamically adjusting the crowning wedges.
Consistent Flange Profile: Delivers a straight, uniform bend angle from the outer edges straight through the center of the bed.
Hydraulic or Mechanical Options: Available with motorized mechanical wave-block systems or integrated hydraulic bed cylinders to match your tooling preferences.

Fast Manual and Hydraulic Quick-Clamping Systems

Minimizing setup time between production runs keeps your machine operating profitably:
Standard Quick-Clamping: Mechanical quick-release clamps let operators load and seat punches vertically, eliminating slow horizontal slide-ins.
Optional Hydraulic Clamping: Push-button hydraulic clamping locks standard and European-style segmented tooling instantly across the entire upper beam.
Multi-V Lower Die Centering: Precision-ground table channels provide fast, accurate centering of single-V or multi-V dies.

Mechanical Build Specifications

Component System	Engineering Design	Production Benefit
Main Frame	Stress-relieved welded plate structure	Zero frame distortion and extended tool life
Ram Synchronization	Closed-loop electro-hydraulic (Y1/Y2)	±0.01 mm ram repeat positioning accuracy
Backgauge Drive	Ball screw + linear guides via AC servo	Rapid part indexing with ±0.03 mm repeatability
Crowning System	CNC-controlled motorized compensation	Uniform bend angles across the full bed length
Operator Safety	Dual-beam light curtains & physical interlocks	Full CE/OSHA compliant workplace protection
Tool Clamping	Fast lever or automated hydraulic clamping	Drastic drop in tool changeover and alignment time

Integrated Safety Systems

Operator safety is engineered directly into machine control. Every machine includes dual-beam safety light curtains flanking the bending zone, instantly stopping downward ram motion if an obstruction is detected. Physical side-guard gates, rear safety fences with electrical interlocks, and accessible emergency stop stations at the foot pedal and control pendant provide comprehensive shop-floor protection without obstructing productive workflow.

Complete Technical Specifications: 300 Ton CNC Press Brake

Technical Data Overview

The table below outlines standard factory specifications for our standard-bed and extended-bed 300 ton cnc press brake for sale configurations.

Parameter	Metric Value	Imperial Equivalent
Nominal Bending Force	3000 kN (300 Tons)	330 US Tons
Standard Bed Length	3,200 mm – 4,000 mm	126 in – 157 in
Distance Between Housings	2,600 mm – 3,200 mm	102 in – 126 in
Ram Stroke	250 mm – 320 mm	9.8 in – 12.6 in
Open Height (Daylight)	520 mm – 600 mm	20.4 in – 23.6 in
Throat Depth	410 mm – 500 mm	16.1 in – 19.6 in
Rapid Approach Speed	120 mm/s – 160 mm/s	4.7 in/s – 6.3 in/s
Working Bending Speed	8 mm/s – 11 mm/s	0.31 in/s – 0.43 in/s
Return Speed	120 mm/s – 140 mm/s	4.7 in/s – 5.5 in/s
Backgauge X-Axis Travel	600 mm – 1,000 mm	23.6 in – 39.3 in
Backgauge R-Axis Travel	200 mm – 250 mm	7.8 in – 9.8 in
Main Motor Rating	22 kW – 30 kW	30 HP – 40 HP
Hydraulic Reservoir Capacity	480 L – 550 L	126 gal – 145 gal
Standard Operating Voltage	220V / 380V / 480V (3-Phase)	50 Hz / 60 Hz Options
Net Machine Weight	18,500 kg – 24,000 kg	40,700 lbs – 52,900 lbs

Speed Parameters and Hydraulic Duty

• • Approach and Return Efficiency: High-speed proportional valves allow the ram to drop and retract at up to 160 mm/s. This minimizes idle dwell times and speeds up multi-bend part sequences.
  • Controlled Forming Speeds: The working speed throttles smoothly down to 8–11 mm/s under load. This controlled pressing prevents sheet whipping on wide or heavy plates and ensures clean, uniform bend profiles.
  • Cooling and Fluid Management: Our high-volume hydraulic reservoirs keep fluid temperatures stable during extended multi-shift operation. Integrated low-noise industrial pumps deliver consistent pressure while meeting international workplace noise thresholds.

Footprint, Weight, and Facility Planning

• • Floor Space Requirements: A typical 4-meter unit requires an operational footprint of approximately 4,800 mm (L) × 2,200 mm (W) × 3,350 mm (H). We recommend allocating extra clearance at the rear and flanks for backgauge servicing and sheet maneuverability.
  • Rigging and Foundation: With shipping weights ranging from 18.5 to 24 metric tons, this machine requires a reinforced concrete foundation capable of handling both static mass and dynamic pressing loads.
  • Factory Acceptance: Every machine undergoes thorough verification under our strict quality and testing protocols to verify full-tonnage pressure retention and axis positioning accuracy before leaving our plant floor.

Tooling Systems and Sheet Metal Application Fit

Standard Punch and Multi-V Die Sets

Our machines come standard with hardened, segmented tooling built for heavy-duty cycling:

• • Segmented punches: Sectioned upper punches allow quick removal or reconfiguration for box, pan, and deep-profile bending.
  • Multi-V lower dies: Versatile 2-V, 4-V, or multi-opening V-blocks accommodate varied sheet thicknesses without constant bottom-die changes.
  • Deep-hardened wear zones: High-frequency heat treatment ensures edges resist spalling and deformation under sustained 300-ton loads.

Universal Compatibility and Fast Clamping

Tool changeover eats up valuable shop time. We integrate flexible clamping options that keep your workflow moving:

• • Quick-change mechanical clamps: Enable fast vertical drop-in and removal of upper tooling.
  • Hydraulic clamping upgrades: Secure punches and dies instantly with single-button hydraulic locking.
  • Universal adapter interfaces: Fully compatible with European (Promecam), American, and New Standard tooling systems, letting you utilize your existing tooling inventory seamlessly.

Material Bending Capacities

A 300 ton CNC press brake for sale handles a wide array of raw plate materials when paired with proven sheet metal bending solutions:

• • Mild Steel: Up to 10 mm to 12 mm (0.39"–0.47") full-length bending depending on V-opening selection.
  • Stainless Steel: Clean forming on tough alloys up to 6 mm to 8 mm (0.24"–0.31") with tight springback compensation.
  • Aluminum Alloys: Flawless bends on thick structural plates without surface cracking or galling.

Drawing Evaluation and Bending Simulation

We take the guesswork out of part production. Our CNC interfaces read DXF, STEP, and IGES CAD files directly to simulate the complete bend sequence. The software checks for potential collisions between the workpiece, frame, and tooling before the ram ever moves, preventing costly scrapped sheets and damaged dies on your shop floor.

Available Upgrades and Custom Options for Your 300 Ton CNC Press Brake

Every fabrication facility runs different parts, tolerances, and production volumes. When investing in our 300 ton cnc press brake for sale, we tailor the exact automation level and hardware package to match your workflow, eliminating production bottlenecks from day one.

CNC Controller Upgrades: Delem, Cybelec, and ESA

We offer industrial control platforms that match your operators' comfort level and programming demands. While evaluating NC vs CNC press brake key differences, you will find that our full graphical CNC packages drastically cut setup times on complex, multi-bend jobs:

• • Delem Series: Intuitive touchscreens featuring 2D and 3D graphical profile drawing, automatic bend-sequence calculation, and collision detection.
  • Cybelec Options: High-performance interfaces engineered for rapid batch setup, complete tooling libraries, and seamless network communication.
  • ESA Systems: Rugged, cost-effective CNC solutions built with open-architecture programming for streamlined sheet metal profiling.

Controller Brand	Screen & Interface	Axis Management	Offline Software Support
Delem (DA-58T / DA-66T / DA-69T)	15" to 24" Full Touch HD	Up to 8+1 axes + 3D bend simulation	Yes (Profile-T 2D/3D)
Cybelec (CybTouch / VisiTouch)	12" to 19" Touchscreen	4 to 8 axes + dynamic crowning	Yes (PC-based CAM)
ESA (S600 Series)	15" to 21" Industrial Touch	Multi-axis backgauge + tandem sync	Yes (ESA bend simulator)

Extended Backgauge Configurations (Up to 4, 6, or 8 CNC Axes)

Standard setups handle most box and channel bends, but complex, tapered, or asymmetrical parts need pinpoint multi-axis gauging. We configure your 300 ton cnc press brake with custom multi-axis CNC backgauges:

• • 4-Axis (X, R, Z1, Z2): Independent finger-stop positioning along the beam for multi-station bending.
  • 6-Axis (X1, X2, R1, R2, Z1, Z2): Full independence for tapered parts, stepped flanges, and complex geometries.
  • 8-Axis Heavy-Duty Systems: Maximum flexibility for large structural frames and heavy custom sheet metal fabrication.

Front Sheet Support Followers for Heavy Plate

Handling thick plate on a high-tonnage machine requires serious labor and poses safety risks. Our heavy-duty CNC sheet followers synchronize directly with the beam speed during the bending cycle:

• • Support plate weights up to several hundred kilograms safely.
  • Eliminate back-bending and distortion caused by plate whipping on wide sheets.
  • Reduce operator fatigue and lower labor requirements to a single operator on heavy sheets.

Tandem Press Brake Configurations for Long Bending Applications

When standard bed lengths cannot support extended architectural panels, light poles, or structural chassis, we configure two machines in synchronized tandem. Operating as two independent 300-ton benders or unified under a single CNC station, this setup provides a combined 600-ton capacity and double the bed length. For single-station operations requiring even heavier individual bending force, consider stepping up to our 400-ton press brake for heavy-duty metal forming.

300 Ton CNC Press Brake Price and Quotation Guide

When you look for a 300 ton cnc press brake for sale, pricing involves more than just standard machine tonnage. The base investment for a heavy-duty hydraulic bender shifts depending on your exact bed length, automation choices, and hydraulic components. We price every machine based on real shop-floor demands so you only pay for what your operation actually needs.

Key Factors Determining the Total Machine Cost

The final price of our CNC hydraulic press brakes depends directly on the core build options you choose:

Cost Driver	Standard Setup	Premium Upgrade	Impact on Price
Bending Length	3200mm / 4000mm bed	5000mm to 6000mm+ bed	Direct steel frame cost increase
CNC Axes	3+1 or 4+1 (Y1, Y2, X, R + V)	6+1 or 8+1 multi-axis backgauge	Increases drive counts and setup flexibility
CNC Controller	Standard multi-axis touch unit	Delem DA-66S / Cybelec / ESA 3D	Controls programming speed and graphic preview
Crowning System	Standard mechanical crowning	Dynamic CNC-driven auto-crowning	Ensures uniform bends on high-tensile plates
Tooling & Clamping	Standard multi-V & manual clamp	Hardened segmented tooling & hydraulic clamping	Faster tool switchovers and longer die life

Critical Job Details Required for an Accurate Quote

To get a fast, firm quote on a 300 ton cnc press brake, we need a few core details about your bending workload:

• • Material types: Mild steel, stainless steel, Hardox, or aluminum.
  • Maximum thickness and length: Your thickest plate and your longest standard run.
  • Flange and profile requirements: Specific tight profiles that might require deep throat depths or higher open heights.
  • Production volume: Helps determine whether you need a high-speed backgauge or front sheet followers to reduce operator fatigue.

Commercial Terms, Payment Options, and Validity

We keep commercial transactions clear and standard worldwide:

• • Quotation Validity: Standard written price quotes remain firm for 30 days due to raw material and freight fluctuations.
  • Payment Terms: Typically structured as a 30% deposit upon order confirmation to lock in production scheduling, with the remaining 70% balance due upon factory inspection before shipment.
  • Trade Terms: We accommodate standard international terms, including FOB, CIF, and DDP to match your logistics preferences.

Shipping, Installation, and Support for Your 300 Ton CNC Press Brake

Manufacturing Lead Times and International Shipping Logistics

We build and configure every 300 ton cnc press brake to strict factory quality benchmarks before dispatch.

• • Production Timelines: Standard builds typically ship within 30 to 45 business days. Highly customized axis configurations or special tooling packages take 60 to 75 days.
  • Protective Packaging: Frames receive rust-inhibiting coatings, moisture-resistant vacuum barrier wraps, and heavy-duty steel skid bracing.
  • Freight Handling: We handle ocean and overland freight using open-top containers or flat-rack shipping platforms suited for heavy-duty structural frames.
  • Customs and Paperwork: Complete documentation—including bills of lading, CE certifications, commercial invoices, and electrical schematics—is provided upfront for fast customs clearance.

Stage	Standard Duration	Key Milestones
Assembly & Testing	4–6 Weeks	Full mechanical build, hydraulic pressure testing, CNC calibration
Export Preparation	3–5 Days	Industrial rust-proofing, seaworthy wrapping, skid securement
Transit & Clearance	Varies by Destination	Port handling, tracking updates, customs documentation processing
On-Site Setup	3–5 Days	Rigging, leveling, fluid fill, electrical wiring, test bends

On-Site Machine Commissioning and Operator Training Protocols

We do not just drop the machine at your loading bay. Our factory-trained service engineers assist with complete equipment integration to ensure precision bending from day one:

• • Foundation and Leveling: Laser verification of bed leveling and anchor points to avoid frame deflection under maximum hydraulic load.
  • Electrical & Hydraulic Hookup: Synchronizing proportional valves, verifying pressure sensors, and checking three-phase power connections.
  • Hands-On Controller Training: Real-world programming tutorials covering part profiling, bend sequence calculation, backgauge programming, and CNC crowning adjustments.

Manufacturer Warranty Coverage and Service Terms

Every 300 ton hydraulic press brake comes backed by robust commercial protections:

• • Structural Integrity: Extended warranty on the main welded steel frame, ram, and bed against manufacturing defects.
  • Hydraulic & Electrical Systems: Complete 12-to-24-month replacement coverage on servo motors, valves, optical linear encoders, and CNC controllers.
  • Transparent Service Agreements: Fast-track replacement protocols that bypass bureaucratic approval cycles to keep your production moving.

Spare Parts Availability and Ongoing Technical Support

Long-term reliability hinges on instant part availability and fast technical assistance. You can easily access our specialized machinery technical support for troubleshooting, operational advice, and rapid component delivery.

• • Critical Parts Inventory: We maintain a ready-to-ship stock of standard seals, quick-clamping blocks, electrical relays, and replacement backgauge fingers.
  • Remote CNC Diagnostics: Built-in network connectivity on our CNC systems allows our technical team to troubleshoot software alarms, tune axis parameters, and verify encoder data directly over the internet.
  • Lifelong Service: Comprehensive maintenance manuals, step-by-step video guides, and direct technician access remain available for the operational lifespan of your machine.

Manufacturer Credibility and Quality Assurance

When you invest in a 300 ton cnc press brake, you need certainty that it delivers reliable bending accuracy from day one. We build every machine to handle relentless production schedules in demanding heavy fabrication environments.

In-Factory Precision Testing, Laser Calibration, and Load Inspection

Before any machine leaves our floor, it undergoes a rigorous multi-stage quality control process:

• • Full-Tonnage Load Testing: We test every press brake at maximum pressure across the entire bed length to verify structural integrity and hydraulic seal reliability under heavy load.
  • Laser Interferometer Calibration: We inspect the Y1/Y2 positioning and multi-axis backgauges using high-precision laser measurement tools to guarantee micron-level repeatability.
  • Dynamic Angle Verification: We run test bends across varying material thicknesses to verify synchronous hydraulic control and automatic crowning precision.
  • 48-Hour Continuous Endurance Run: Every hydraulic system, valve block, and electrical circuit runs under cycling stress to ensure trouble-free operation before delivery.

ISO and CE Industrial Standard Compliance

Our manufacturing processes adhere strictly to recognized international industrial standards:

• • ISO 9001 Quality Management: Comprehensive documentation, traceable raw materials, and strict assembly inspections at every production stage.
  • CE Compliance: Full integration of certified dual-channel safety valves, emergency shutdown circuits, and optical guarding systems to safeguard your operators and pass local shop safety audits.

Proven Track Record and Global Service Reach

We support heavy fabrication operations worldwide, delivering durable machinery designed for structural steel, heavy machinery manufacturing, and custom job shops. Backed by our experienced engineers and extensive global service network, we ensure fast technical assistance, rapid spare parts fulfillment, and dependable operational uptime for every 300 ton cnc press brake for sale.

Frequently Asked Questions

What material thickness can a 300 ton CNC press brake bend?

A 300 ton CNC press brake handles mild steel, stainless steel, and aluminum across varied thicknesses based on your working length and die opening (V-width). Across a typical 3200 mm to 4000 mm bed, this capacity covers medium-to-heavy plate fabrication.

Material Type	Typical Max Thickness (Full Bed)	Typical Max Thickness (Shorter Lengths)	Recommended V-Opening
Mild Steel	6 mm – 8 mm (1/4" – 5/16")	10 mm – 12 mm (3/8" – 1/2")	8x material thickness
Stainless Steel	4 mm – 6 mm	8 mm – 10 mm	10x – 12x material thickness
Aluminum	8 mm – 10 mm	12 mm – 16 mm	6x – 8x material thickness

For lighter sheet metal work or thin-gauge jobs requiring high speed and lower energy draw, shops often alternate between heavy hydraulic equipment and specialized servo-electric press brakes to maximize workflow efficiency.

Why is an automatic crowning system necessary on a 300-ton machine?

High tonnage causes natural mechanical deflection along the center of the bed and ram. Without compensation, parts end up with uneven bend angles: correct on the ends, under-bent in the center. An automatic CNC crowning system hydraulically or mechanically counters this deflection in real time, delivering uniform angles across the entire workpiece.

Which CNC controller is best suited for my bending operations?

The ideal controller matches your team's programming workflow:
Basic 2D entry (e.g., Delem DA-53T / Cybelec CybTouch): Best for standard sheet metal parts, fast direct programming, and straightforward jobs.
Advanced 2D/3D graphical (e.g., Delem DA-58T / ESA S640): Great for multi-bend sequencing, automatic tooling clash detection, and shop-floor flexibility.
High-end 3D offline simulation (e.g., Delem DA-66T or DA-69T): Designed for complex heavy-plate forming, direct CAD/CAM file imports, and automated bend-step calculation.

What are the foundation and electrical requirements for setup?

• • Foundation: A reinforced concrete industrial pad is mandatory. Standard slab thickness ranges from 200 mm to 300 mm (8"–12") depending on soil bearing capacity to handle heavy dynamic loads without settling.
  • Electrical: Standard setup runs on 380V–480V 3-phase power, 50/60 Hz. The main hydraulic drive motor typically demands 22 kW to 30 kW, requiring a dedicated breaker and clean electrical grounding.

What is the expected delivery timeline for a custom configuration?

• • Standard Build in Stock: 2 to 4 weeks for factory checks, packaging, and dispatch.
  • Custom Engineering (special throat, extended stroke, multi-axis backgauges): 6 to 10 weeks manufacturing lead time prior to ocean freight.

How do I request a tailored price quote for sale?

To receive a quick, accurate quote on our 300 ton cnc press brake for sale, prepare your core bending requirements:
Material types and maximum plate thicknesses
Required bending length (e.g., 3200 mm, 4000 mm, or custom)
Preferred CNC controller brand and backgauge axis count (X, R, Z1, Z2, etc.)
Tooling requirements and shop power supply specs