Cnc Bending Machine 1500mm: Key Features, Composition, and How It Supports Industrial Projects

Types of CNC Bending Machines (1500mm)

A 1500mm CNC bending machine is a precision engineering tool used in metal fabrication to bend sheet metal and plates with high accuracy. These machines are essential in industries ranging from automotive to aerospace, where consistent, repeatable bends are required. The choice of machine type significantly impacts production efficiency, precision, material compatibility, and operational costs.

The 1500mm capacity refers to the maximum working width, making these machines ideal for medium to large-scale fabrication tasks. Below is a detailed breakdown of the most common types of CNC bending machines available in this size category.

Hydraulic CNC Bending Machine

Utilizes hydraulic pressure to deliver powerful and controlled bending force. Ideal for heavy-duty applications involving thick or high-strength materials.

Advantages

• High tonnage and bending force
• Excellent precision and repeatability
• Suitable for thick metals (up to 10mm+)
• Handles complex bending sequences
• Robust performance in high-volume production

Limitations

• Higher energy consumption
• Requires regular hydraulic fluid maintenance
• Potential for fluid leaks
• Louder operation compared to electric models

Best for: Construction, automotive manufacturing, and industrial metalworking

Electric CNC Bending Machine

Powered by servo-electric motors, these machines offer precise control with minimal energy waste and no hydraulic systems.

Advantages

• Energy-efficient and eco-friendly
• Near-silent operation
• Low maintenance (no oil changes or pumps)
• High repeatability and accuracy
• Cleaner workspace (no hydraulic fluid)

Limitations

• Lower maximum tonnage
• Best suited for thinner materials (typically under 6mm)
• Higher initial investment cost
• Less common in heavy industrial settings

Best for: Aerospace, electronics, and precision component manufacturing

Hybrid CNC Bending Machine

Combines hydraulic power with electric servo control to balance performance, efficiency, and precision.

Advantages

• Optimized energy use with hydraulic power on demand
• High precision from electric feedback systems
• Versatile across material thicknesses
• Reduced heat buildup and energy waste
• Ideal for mixed production environments

Limitations

• More complex system design
• Higher maintenance expertise required
• Costlier than standard hydraulic models
• Fewer models available on the market

Best for: Job shops and manufacturers needing flexibility between power and precision

Mechanical CNC Bending Machine

Uses a mechanical drive system (crank or cam) powered by an electric motor for rapid, repetitive bending cycles.

Advantages

• Very high-speed operation
• Cost-effective for mass production
• Durable mechanical components
• Simple control systems

Limitations

• Limited adjustability and precision
• Less control over bending force
• Not suitable for thick or high-tolerance materials
• Noisy and high vibration during operation

Best for: High-volume production of thin sheet metal parts (e.g., enclosures, brackets)

Tooling Bender Machine

Specialized equipment designed to fabricate custom tooling, dies, and molds used in other CNC bending processes.

Advantages

• Enables creation of custom tooling for unique bends
• Supports innovation in product design
• Essential for prototyping and low-volume specialty parts
• High precision in tool fabrication

Limitations

• Niche application with limited general use
• Requires skilled operators and engineers
• Not used for direct production bending
• Higher cost for specialized tooling setups

Best for: Medical device manufacturing, R&D departments, and specialized machinery production

Type	Power Source	Material Thickness	Precision	Best Application
Hydraulic CNC	Hydraulic System	Up to 10mm+	High	Heavy industrial fabrication
Electric CNC	Servo-Electric Motor	Up to 6mm	Very High	Precision aerospace & electronics
Hybrid CNC	Hydraulic + Electric	Up to 8mm	High	Mixed production environments
Mechanical CNC	Electric Motor (Mechanical Drive)	Up to 4mm	Moderate	High-speed mass production
Tooling Bender	Varies (Specialized)	Depends on Tool Design	Extremely High	Custom tool and die making

Expert Tip: When selecting a 1500mm CNC bending machine, consider not only the material thickness and production volume but also the type of tooling required and the level of operator training available. Electric and hybrid models are increasingly preferred for their energy efficiency and lower long-term maintenance costs, despite higher upfront investment.

Industrial Applications of CNC Bending Machine 1500mm

The 1500mm CNC bending machine is a highly versatile and precision-driven tool widely adopted across multiple industries due to its ability to accurately bend metal sheets and profiles up to 1.5 meters in length. Its integration of computer numerical control (CNC) technology ensures repeatable accuracy, reduced material waste, and enhanced production efficiency. Below is a comprehensive overview of its key industrial applications, highlighting how this machine contributes to innovation, quality, and productivity in modern manufacturing.

Core Industrial Applications

Aerospace Industry

In the aerospace sector, precision and reliability are non-negotiable. The 1500mm CNC bending machine plays a vital role in fabricating complex structural components such as wing ribs, fuselage frames, and engine housings from high-strength aluminum alloys, titanium, and stainless steel.

These machines deliver micron-level accuracy required for aerodynamic efficiency and structural integrity. Their ability to consistently reproduce intricate bends ensures compatibility across modular aircraft systems. Additionally, optimized tool paths minimize material scrap—critical when working with expensive aerospace-grade metals—making CNC bending an essential process in both commercial and defense aviation manufacturing.

Agriculture

Modern agricultural machinery demands durable, custom-designed frames and components that can withstand harsh field conditions. The 1500mm CNC bending machine enables manufacturers to produce robust parts such as tractor chassis, plow supports, harvester frames, and conveyor systems from stainless steel and aluminum alloys.

Its capacity for high-volume production without compromising quality allows OEMs to scale operations efficiently. Moreover, the machine’s flexibility supports rapid prototyping and customization for specialized farming equipment, improving operational efficiency, equipment longevity, and overall farm productivity.

Construction Industry

The construction industry leverages the 1500mm CNC bending machine for fabricating structural steel components, including beams, brackets, rebar supports, and modular framing systems. These parts require strict adherence to dimensional tolerances to ensure safety and compliance with building codes.

CNC bending ensures consistent accuracy across large batches, reducing on-site fitting issues and enhancing structural stability. With fast cycle times and minimal operator intervention, these machines accelerate project timelines, support prefabrication workflows, and improve the overall quality and safety of commercial and residential buildings.

Automotive Industry

Beyond aerospace, the automotive sector relies heavily on CNC bending technology for manufacturing critical components such as chassis subframes, exhaust manifolds, suspension arms, and roll cages. The 1500mm working length accommodates full-sized automotive parts with complex geometries.

Precision bending ensures seamless assembly and optimal performance, directly impacting vehicle safety, fuel efficiency, and durability. Automated programming and tooling reduce setup time, enabling just-in-time production and supporting both mass production and custom automotive builds, including electric and hybrid vehicle platforms.

Electronics Industry

While primarily associated with heavy metal fabrication, the 1500mm CNC bending machine also serves the electronics industry by producing precision enclosures, chassis, heat sinks, and mounting brackets for servers, industrial control panels, and consumer devices.

The machine’s ability to execute smooth, burr-free bends on thin-gauge aluminum and steel sheets ensures electromagnetic shielding integrity and aesthetic finish. High repeatability supports mass production of uniform components, while programmable tooling allows quick changeovers for different product lines—making it ideal for smart factories and IoT-enabled manufacturing environments.

Key Advantages Across Industries

Precision & Repeatability: CNC control ensures each bend is executed within tight tolerances (±0.1mm), critical for parts requiring exact fit and function.

Material Efficiency: Advanced nesting and bending algorithms reduce scrap rates by up to 30%, lowering material costs and environmental impact.

High Productivity: Automated operation allows continuous production with minimal downtime, ideal for large-scale manufacturing runs.

Versatility: Compatible with various materials (steel, aluminum, copper, brass) and thicknesses (typically 0.5–6mm), adaptable to diverse industrial needs.

Integration with CAD/CAM: Seamless workflow from design software to machine control enables rapid prototyping and design iteration.

Industry	Common Applications	Material Used	Key Benefit
Aerospace	Wing ribs, fuselage frames, engine nacelles	Aluminum alloys, Titanium, Stainless Steel	High precision and strength-to-weight ratio
Agriculture	Tractor frames, plow components, harvesters	Stainless Steel, Aluminum Alloys	Durability and resistance to corrosion
Construction	Steel beams, rebar supports, modular frames	Carbon Steel, Galvanized Steel	Structural integrity and fast production
Automotive	Chassis, exhaust systems, reinforcements	High-strength steel, Aluminum	Accurate fitment and improved safety
Electronics	Enclosures, server racks, control panels	Sheet metal (Al, Steel)	Smooth finishes and EMI shielding

Note: While the 1500mm CNC bending machine offers exceptional versatility, proper tooling selection, operator training, and maintenance are essential to maintain precision and extend machine life. Always align machine capabilities with material specifications and design requirements to avoid deformation or tool wear. Consulting equipment manuals and industry standards ensures optimal performance across all applications.

Product Specifications and Features of CNC Bending Machine 1500mm

A 1500mm CNC bending machine is a high-performance industrial tool designed for precision sheet metal fabrication. Widely used in manufacturing, construction, and automotive industries, this machine combines advanced automation with robust mechanical design to deliver accurate, repeatable bends on a variety of metal types and thicknesses. Understanding its technical specifications and key features helps operators and buyers make informed decisions for optimal productivity and part quality.

Bending Capacity & Material Compatibility

The 1500mm CNC bending machine is engineered to handle a wide range of sheet metal thicknesses, with capacity varying by material type. This flexibility makes it ideal for diverse production environments.

• Mild Steel: Typically handles 1 mm to 8 mm thickness with consistent accuracy
• Aluminum: Supports 1 mm to 10 mm due to lower yield strength compared to steel
• Stainless Steel: Capable of bending 1 mm to 6 mm, depending on machine tonnage
• Advanced models include material-specific presets in the CNC system for automatic parameter adjustment

Note: Maximum capacity depends on machine tonnage and hydraulic pressure output.

Bend Length and Work Envelope

With a 1500 mm (approximately 59 inches) working length, this machine is optimized for medium-sized sheet metal components commonly used in HVAC, enclosures, and structural fabrication.

• Full 1500 mm length is usable for straight bends, minimizing material waste
• Suitable for standard sheet sizes (e.g., 4x8 feet) with efficient nesting
• Open throat depth allows for flange bending up to several hundred millimeters
• Uniform pressure distribution across the beam ensures consistent bend angles along the entire length

Pro tip: Pair with automated loading systems for continuous production of repetitive parts.

CNC Control System & Programming

Equipped with a sophisticated CNC control system, the machine enables precise, repeatable bending operations with minimal manual intervention.

• High-resolution touchscreen interface for intuitive programming
• Supports G-code and proprietary bending languages (e.g., Delem, Cybelec, or Eren)
• Stores hundreds of bending programs with step-by-step guidance
• Includes angle correction algorithms and real-time feedback via optical encoders
• Optional 3D simulation software for offline programming and collision detection

Key benefit: Reduces setup time and operator error, especially for complex multi-bend parts.

Power and Hydraulic Performance

The machine's main drive system is typically hydraulic, delivering the force required for high-precision bending.

• Motor power ranges from 4 kW to 15 kW, depending on model and tonnage (e.g., 60 to 120 tons)
• Hydraulic pumps generate pressures up to 120 bar for consistent ram force
• Energy-efficient servo-hydraulic systems reduce power consumption by up to 40%
• Fast approach, working, and return speeds enhance cycle efficiency

Technical insight: Higher kW ratings support faster cycling and thicker material processing.

Working Speed and Productivity

Operating speed is optimized for both precision and throughput, balancing cycle time with accuracy.

• Typical bending speed: 10 mm/s to 30 mm/s, adjustable based on material and bend complexity
• Approach speed: Up to 100 mm/s for non-critical positioning
• Return speed: Approximately 50 mm/s to minimize idle time
• Advanced motion control reduces vibration and overshoot for cleaner bends

Efficiency tip: Use programmed dwell times and multi-axis synchronization for complex geometries.

Backgauge System & Positioning Accuracy

The electronic backgauge ensures precise material positioning, critical for dimensional accuracy in multi-bend operations.

• Adjustable X, Y, R, and Z axes for complex part setups
• Positioning accuracy: ±0.05 mm to ±0.1 mm per axis
• Servo-driven gauges with ball screws for smooth, repeatable movement
• Programmable stops allow automatic repositioning between bends

Critical for: High-volume production where repeatability is essential.

Key Features of the 1500mm CNC Bending Machine

• High Precision: Achieves bending accuracy within ±0.1° and linear positioning within ±0.1 mm, ensuring consistent part quality across large batches. Ideal for applications requiring tight tolerances such as electrical enclosures and aerospace components.
• Fully Automated Operation: CNC programming allows complete automation of bending sequences, reducing labor costs and human error. Operators can run multiple machines simultaneously with minimal supervision.
• Versatility: Capable of producing acute, obtuse, and 90° bends, as well as hemming and creasing. Compatible with various tooling sets (V-dies, gooseneck punches) for different bend radii and flange heights.
• Sturdy Construction: Built with high-tensile steel frames and reinforced C-frames to resist deflection under load. Precision-ground beams and linear guides ensure long-term durability and minimal maintenance.
• User Safety: Includes light curtains, emergency stop buttons, and two-hand operation controls to meet international safety standards (CE, ISO 13849).
• Tooling Flexibility: Quick-change tooling systems reduce setup time. Standard tool heights (e.g., 65 mm or 85 mm) ensure compatibility with common punch and die sets.

Specification	Typical Range / Value	Notes
Bend Length	1500 mm	Maximum usable working length
Material Thickness (Mild Steel)	1 – 8 mm	Depends on machine tonnage
Material Thickness (Aluminum)	1 – 10 mm	Lower force required
Main Drive Power	4 – 15 kW	Hydraulic servo system
Bending Speed	10 – 30 mm/s	Adjustable via CNC
Positioning Accuracy	±0.1 mm	Backgauge system
Angle Repeatability	±0.1°	With feedback system
Control System	CNC (Delem, Cybelec, etc.)	G-code and graphical programming

Professional Recommendation: When selecting a 1500mm CNC bending machine, prioritize models with modular CNC systems that allow future upgrades (e.g., laser angle measurement, automated tool changers). For shops handling diverse materials, opt for a machine with a wider tonnage range and programmable springback compensation. Always verify compatibility with your existing tooling inventory to reduce initial investment costs.

How to Choose the Right 1500mm CNC Bending Machine

Selecting the appropriate 1500mm CNC bending machine is crucial for achieving high-quality, consistent metal fabrication results. With various models and configurations available, making an informed decision requires careful evaluation of several key factors. This comprehensive guide will help you navigate the selection process by highlighting essential considerations—from material compatibility to production demands—ensuring you invest in a machine that aligns perfectly with your operational needs and long-term goals.

Important Note: A 1500mm (approximately 59-inch) bending length indicates mid-to-large-scale capacity. Ensure your workshop has adequate space and power supply to accommodate such machinery, and verify that your facility’s floor load capacity supports the machine’s weight, which can range from 3,000 to 8,000 kg depending on configuration.

Key Factors to Consider When Choosing a 1500mm CNC Bending Machine

1. Material Type and Thickness

   CNC bending machines are engineered to handle specific materials and gauges, and their performance varies significantly based on these parameters. Hydraulic press brakes are best suited for thick steel, stainless steel, or heavy-duty alloys due to their high tonnage output and consistent force delivery. Electric or servo-electric models, while more energy-efficient and precise, are typically better for thinner materials (up to 6mm) and lighter production loads. Hybrid systems combine both technologies for versatile applications.

   For a 1500mm machine, ensure the tonnage rating matches your typical material thickness. As a rule of thumb: 1 ton per mm of mild steel thickness per meter of bending length. So for 6mm steel across 1.5 meters, you'd need at least 90 tons of force. Always include a 20–30% safety margin for peak loads.

2. Bending Precision and Complexity

   The complexity of your bending projects directly influences the type of CNC control system you should choose. Simple angle bends may only require basic backgauges and manual programming, but complex geometries—such as multi-radius curves, offset bends, or intricate box forms—demand advanced CNC systems with 6+ axis control, real-time feedback sensors, and CAD/CAM integration.

   Look for features like laser angle measurement systems, automatic crowning compensation, and touchscreen interfaces that simplify programming. High-precision machines often include dynamic beam deflection correction to maintain accuracy across the full 1500mm span, especially important when working with long sheets where center sag can affect bend consistency.

3. Production Capacity and Efficiency

   Your production volume should dictate the machine’s automation level and cycle speed. For high-volume manufacturing, consider electric or hybrid CNC press brakes with rapid positioning, automatic tool changers, and integrated part handling systems. These machines offer faster cycle times, reduced operator fatigue, and greater repeatability.

   In contrast, low-to-medium volume shops may find a standard hydraulic CNC brake with manual tooling sufficient. However, even at lower volumes, investing in programmable backgauges and memory storage for job recipes can dramatically improve setup time and reduce errors. Evaluate your average batch sizes and required throughput to determine the ideal balance between cost and automation.

4. Advantages of CNC Bending Technology

   CNC-controlled bending machines deliver unmatched precision, consistency, and efficiency compared to manual or semi-automatic alternatives. By programming bend sequences digitally, you eliminate human error and ensure every part is formed identically—critical for quality control in industries like aerospace, automotive, and medical equipment.

   Modern CNC systems support offline programming using software like LVD Touch, Bystronic ByVision, or AMADA APPS, allowing you to simulate and optimize jobs before running them on the shop floor. This reduces trial runs, minimizes material waste, and accelerates time-to-market. Additionally, CNC machines often come with data logging capabilities for traceability and compliance reporting.

5. Maintenance, Support, and Long-Term Reliability

   The longevity and uptime of your CNC bending machine depend heavily on maintenance accessibility and manufacturer support. Choose a reputable brand with a strong service network and readily available spare parts—especially critical components like valves, seals, CNC controllers, and ball screws.

   Review the machine’s maintenance schedule: models with self-lubricating components, sealed bearings, and modular electronics reduce downtime and servicing costs. Also, inquire about training programs for operators and technicians. A machine with intuitive diagnostics and remote troubleshooting capabilities can minimize costly service delays.

Selection Factor	Recommended for 1500mm Machines	Avoid If…	Top Features to Look For
Material Type	Hydraulic: up to 12mm steel; Electric: up to 6mm	You frequently bend exotic alloys without proper tooling	Tonnage calculator, material database in CNC
Precision Needs	±0.1° angular accuracy, laser measurement	You need sub-0.05° tolerance without feedback systems	Angle sensors, crowning system, CAD import
Production Volume	Hybrid/electric for >100 parts/day	Running small batches with frequent changeovers	Quick-change tooling, job memory, auto-setup
Automation Level	Robotic loading/unloading integration	Space or budget doesn’t allow for automation	Open API, I/O ports, safety interlocks
Support & Service	Local distributor with 24/7 technical support	Brand has limited presence in your region	Remote diagnostics, training, spare parts warehouse

Expert Tip: Before purchasing, request a bending demonstration with your actual material and part designs. This hands-on trial allows you to assess machine accuracy, ease of programming, noise levels, and operator interface—factors that are difficult to evaluate from specifications alone.

Additional Recommendations

• Ensure compatibility with your existing CAD/CAM and ERP systems for seamless workflow integration
• Consider future scalability—can the machine be upgraded with automation or additional axes later?
• Negotiate extended warranties or service packages to protect your investment
• Verify compliance with safety standards such as CE, ISO 12100, and OSHA regulations
• Evaluate energy consumption—electric and hybrid models can reduce operating costs by up to 40% compared to traditional hydraulic systems

Choosing the right 1500mm CNC bending machine is not just about specifications—it's about aligning the technology with your business objectives. Whether you prioritize precision, throughput, or flexibility, a well-chosen machine will enhance productivity, reduce waste, and provide a strong return on investment. When in doubt, consult with application engineers from leading manufacturers to get tailored recommendations based on your specific use case.

Frequently Asked Questions About 1500 mm CNC Bending Machines

Q1: What are CNC bending machines with a 1500 mm capacity used for?

CNC bending machines with a 1500 mm working length are designed to accurately bend metal sheets and profiles up to 1.5 meters in length. These machines are widely used in industrial fabrication to shape materials such as stainless steel, aluminum, and mild steel into precise angles and forms required for structural components.

They play a critical role in manufacturing uniform and repeatable metal parts used in various sectors, including:

• Construction: Fabrication of support frames, cladding, and roofing components.
• Automotive: Production of chassis parts, brackets, and enclosures.
• Machinery: Creating housings, panels, and custom frames for industrial equipment.
• Electrical Enclosures: Forming cabinets and control boxes with consistent dimensions.

The 1500 mm capacity strikes an ideal balance between versatility and workspace efficiency, making it especially suitable for medium-sized production runs and workshops that require precision without the footprint of larger industrial machines.

Q2: What essential features do 1500 mm CNC bending machines have?

Modern 1500 mm CNC press brakes come equipped with advanced features that enhance precision, efficiency, and ease of use. Key characteristics include:

• High Bending Capacity: Capable of handling materials of varying thicknesses and strengths, typically up to 6 mm for mild steel depending on machine tonnage.
• Precise Electric Drive System: Utilizes servo motors for accurate control of ram movement, ensuring consistent bend angles and tight tolerances (±0.2°).
• User-Friendly CNC Interface: Touchscreen controls with intuitive software allow operators to program complex bending sequences, store jobs, and simulate operations before execution.
• Automated Back Gauges: Multi-axis programmable stops position the material with micron-level accuracy, reducing setup time and human error.
• Material Versatility: Compatible with a wide range of metals including stainless steel, aluminum, copper, and galvanized sheets, supporting diverse fabrication needs.
• Digital Angle Measurement: Integrated angle sensors or laser systems provide real-time feedback for closed-loop control and correction during bending.

These features collectively improve productivity, reduce scrap rates, and enable seamless integration into modern smart manufacturing environments.

Q3: How should users maintain a 1500 mm CNC bending machine?

Proper maintenance is essential to ensure long-term reliability, accuracy, and safety of CNC bending machines. A comprehensive maintenance routine includes both daily tasks and periodic professional servicing:

• Daily Checks: Inspect hydraulic fluid levels (for hydraulic models), air filters, and lubrication points. Ensure no leaks or unusual noises are present during operation.
• Cleaning: Remove metal shavings, dust, and debris from the bed, tooling, and electrical enclosures after each use to prevent buildup that can interfere with precision components.
• Lubrication: Apply appropriate lubricants to guide rails, ball screws, and pivot points regularly to minimize friction and wear.
• Tooling Inspection: Check bending dies and punches for signs of chipping, wear, or misalignment. Replace damaged tooling promptly to avoid part defects.
• Annual Professional Maintenance: A certified technician should perform in-depth diagnostics, calibrate sensors, inspect hydraulic systems (if applicable), and verify alignment of the ram and bed to maintain machine accuracy.

Following the manufacturer’s maintenance schedule helps extend machine life, maintain warranty coverage, and ensure consistent production quality.

Q4: What is the operating principle of electric vs. hydraulic CNC bending machines?

Electric and hydraulic CNC bending machines differ in their power transmission method, affecting performance, precision, and application suitability. Here's a detailed comparison:

Feature	Electric CNC Bending Machines	Hydraulic CNC Bending Machines
Power Source	Servo motors directly drive the ram via ball screws or belts.	Hydraulic pumps generate fluid pressure to move pistons that actuate the ram.
Accuracy & Repeatability	Extremely high (±0.01 mm), ideal for precision applications.	High, but slightly less consistent due to fluid compressibility.
Bending Force	Moderate; best suited for thin to medium-thickness materials.	Very high; capable of bending thick or high-strength metals.
Energy Efficiency	More efficient; consumes power only during movement.	Less efficient; pump runs continuously in traditional models.
Noise Level	Quieter operation, suitable for indoor or office-adjacent workshops.	Louder due to pump and fluid dynamics.
Maintenance Needs	Lower; fewer moving parts and no hydraulic fluid to manage.	Higher; requires regular fluid changes, seal checks, and pump maintenance.
Typical Use Case	High-precision prototyping, electronics enclosures, clean environments.	Heavy-duty industrial fabrication, thick plate bending.

Choosing between electric and hydraulic depends on production volume, material requirements, precision needs, and operational budget. Many modern hybrid systems now combine the benefits of both technologies.

Q5: Which industries benefit most from 1500 mm CNC bending machines?

The 1500 mm working length makes these machines particularly well-suited for medium-scale manufacturing and fabrication shops that require flexibility and precision without the overhead of larger systems. The primary beneficiaries include:

• Construction & Architecture: Used to fabricate window frames, structural supports, roofing panels, and decorative metalwork with consistent quality.
• Automotive & Transportation: Ideal for producing brackets, chassis components, exhaust parts, and interior metal fittings in small to mid-volume production.
• Industrial Equipment Manufacturing: Enables rapid production of machine guards, control cabinets, frames, and mounting plates.
• Electrical & HVAC: Widely used for forming switchgear enclosures, ductwork, and panel boxes with tight tolerances.
• Custom Fabrication Shops: Offers versatility for job shops handling diverse client projects, from prototypes to batch production.

Thanks to their compact size, high repeatability, and integration with CAD/CAM software, 1500 mm CNC bending machines empower businesses to achieve professional-grade results efficiently and cost-effectively, making them a smart investment for growing enterprises.