SERVO HYDRAULIC CNC PRESS BRAKE
PRECISION SHEET METAL BENDING & FABRICATION
SERVO HYDRAULIC PRESS BRAKE
- Precision CNC sheet metal bending
- Servo hydraulic drive system
- 75–350 ton capacity range
- Available in 8 ft, 10 ft & 13 ft bending lengths
- Delem DA-66C CNC control standard
- CNC-controlled mechanical crowning
- Precision back gauge positioning
- Quick tool clamping system
- Bosch Rexroth hydraulic system
- Integrated laser safety system
- Energy-efficient servo operation
- 16 machine configurations available
GET A QUICK PRESS BRAKE QUOTE
Send us your bending requirements and we'll help size the right machine.
HELP US SIZE THE RIGHT PRESS BRAKE
For the fastest recommendation, include:
Material Type
Mild steel, stainless steel, aluminum, etc.
Material Thickness
Maximum thickness to be bent
Maximum Bending Length
Longest bend or workpiece
Required Tonnage
If known
Part / Bend Details
Send drawings or part dimensions when available
Not sure of every specification?
No problem. Send us your material, thickness, bending length, and any drawings you have. Our team can help determine the correct press brake capacity and configuration.
MPT-SV-75T-8FT
75 US tons / 68 tonnes
98.4 in / 2500 mm bending length
Compact precision bending
MPT-SV-120T-8FT
120 US tons / 109 tonnes
98.4 in / 2500 mm bending length
Versatile sheet metal bending
MPT-SV-120T-10FT
120 US tons / 109 tonnes
126 in / 3200 mm bending length
Longer-part fabrication
MPT-SV-120T-13FT
120 US tons / 109 tonnes
161.4 in / 4100 mm bending length
Extended bending capacity
MPT-SV-140T-8FT
140 US tons / 127 tonnes
98.4 in / 2500 mm bending length
Accurate production bending
MPT-SV-140T-10FT
140 US tons / 127 tonnes
126 in / 3200 mm bending length
Flexible fabrication work
MPT-SV-140T-13FT
140 US tons / 127 tonnes
161.4 in / 4100 mm bending length
Long-bed production forming
MPT-SV-180T-8FT
180 US tons / 163 tonnes
98.4 in / 2500 mm bending length
Heavy-duty precision bending
MPT-SV-180T-10FT
180 US tons / 163 tonnes
126 in / 3200 mm bending length
High-performance fabrication
MPT-SV-180T-13FT
180 US tons / 163 tonnes
161.4 in / 4100 mm bending length
Larger workpiece bending
MPT-SV-240T-10FT
240 US tons / 218 tonnes
126 in / 3200 mm bending length
Heavy production applications
MPT-SV-240T-13FT
240 US tons / 218 tonnes
161.4 in / 4100 mm bending length
High-tonnage forming capacity
MPT-SV-275T-10FT
275 US tons / 249 tonnes
126 in / 3200 mm bending length
Demanding fabrication jobs
MPT-SV-275T-13FT
275 US tons / 249 tonnes
161.4 in / 4100 mm bending length
Large-part bending power
MPT-SV-350T-10FT
350 US tons / 318 tonnes
126 in / 3200 mm bending length
Extreme-duty press brake performance
MPT-SV-350T-13FT
350 US tons / 318 tonnes
161.4 in / 4100 mm bending length
Maximum Titan Series capacity
TITAN SERIES SHOWCASE
Precision Press Brake Engineering
The Titan Series MPT-SV servo hydraulic CNC press brake is engineered for demanding sheet metal bending and fabrication. Its precision-machined frame, servo hydraulic drive system, advanced CNC controls, automatic crowning, and integrated safety systems work together to deliver accurate, repeatable bending with faster setup times and reliable production performance.
TECHNICAL OVERVIEW OF CNC PRESS BRAKES
A servo hydraulic CNC press brake combines hydraulic bending force with servo-controlled motion for accurate, repeatable sheet metal forming. The Titan Series MPT-SV uses servo drive technology to provide precise ram positioning, smooth operation, and consistent bending results while reducing unnecessary energy consumption. Combined with CNC programming, precision back gauge positioning, and automatic crowning, the system is designed for faster setup, improved productivity, and reliable performance in demanding fabrication environments. This makes servo hydraulic press brakes well suited for manufacturers that require accuracy, repeatability, and efficient production across a wide range of parts.
Both machines use hydraulic force to bend sheet metal, but a servo hydraulic press brake uses servo-controlled drive technology to manage ram movement more precisely. On the Titan Series, the servo hydraulic system provides accurate positioning, smoother motion, and improved repeatability while helping reduce energy consumption compared with hydraulic systems that operate continuously. The machine also integrates CNC control, proportional valves, real-time ram monitoring, and precision positioning systems. For production environments, these features can contribute to more consistent bending, faster setup, reduced operating costs, and greater control over complex fabrication work.
A CNC press brake automates and controls key bending functions to improve accuracy, productivity, and repeatability. The Titan Series combines servo hydraulic technology, a Delem DA-66C CNC controller, CNC-controlled mechanical crowning, precision back gauge fingers, quick tool clamping, a linear grating scale, and an integrated laser safety system. The rigid precision-machined frame helps maintain long-term structural stability, while advanced controls simplify programming and setup. Together, these systems help fabricators achieve consistent bend angles, reduce setup time, improve operator efficiency, and produce accurate sheet metal components across both short-run and production applications.
CNC crowning compensates for the natural deflection that can occur in the press brake ram and bed during bending. Without compensation, longer workpieces can experience variations in bend angle from the center of the part to the ends. The Titan Series uses a CNC-controlled automatic mechanical crowning system that adjusts for this deflection during operation. This helps maintain more consistent bend angles across the full bending length, improves dimensional accuracy, and reduces the need for manual correction or repeated setup adjustments. Crowning is especially important when forming longer sheet metal parts where even small deflection can affect finished-part quality.
Selecting the correct CNC press brake starts with the material type, material thickness, maximum bending length, tooling, and the geometry of the parts being produced. Required tonnage increases as material thickness, material strength, and bending length increase. The machine must also provide enough bed length and working clearance for the largest parts being formed. The Titan Series is available in 16 configurations ranging from 75 to 350 tons, with bending lengths from approximately 8 to 13 feet. Providing your material, thickness, bend length, and part drawings allows the correct press brake capacity and configuration to be recommended.
HEAVY-DUTY PRECISION FRAME
Built for Accuracy, Rigidity & Long-Term Stability.
The Titan Series servo hydraulic press brake is built around a rigid mono-block frame manufactured from mill-certified, high-yield steel. The structural plates are welded and stress-relieved at 1,100°F (600°C) to improve strength, dimensional stability, and long-term performance.
After heat treatment, the frame is precision-machined in a single setup on a large-scale five-axis machining center to maintain alignment and accuracy throughout the machine. The finished structure is then shot blasted to remove surface contaminants, improve coating adhesion, and help eliminate residual stresses.
The result is a stronger, more stable press brake frame designed to support consistent bending accuracy, repeatability, and reliable production performance year after year.
TITAN SERIES FROM EVERY ANGLE
Purpose-Built for Precision Sheet Metal Fabrication.
The Titan Series brings its precision frame, servo hydraulic technology, CNC control, tooling system, back gauge, and operator-focused components together in one integrated press brake platform. Designed for demanding fabrication environments, the MPT-SV Series combines modern machine construction with the accuracy, flexibility, and production capability required for everyday sheet metal bending.
Available in multiple tonnage and bending-length configurations, the Titan Series can be matched to a wide range of fabrication requirements.
AIR-CONDITIONED ELECTRICAL CABINET
Protecting Critical Components in Demanding Environments.
The Titan Series features an air-conditioned electrical cabinet designed to protect critical CNC and drive components from heat, dust, and moisture. By maintaining a stable internal temperature, the cooling system helps create optimal operating conditions for sensitive electronics and improves long-term reliability.
Combined with energy-efficient frequency conversion technology, the system helps reduce unnecessary heat buildup, lower maintenance requirements, and extend component service life in demanding industrial environments.
INTEGRATED PRECISION BENDING SYSTEM
Advanced Components Working Together for Consistent Results.
The Titan Series combines advanced bending technology, precision controls, and heavy-duty machine construction into one integrated CNC press brake platform. Key systems include a variable-rake design, multi-axis back gauge, proportional hydraulic control, CNC double-V tooling, automatic mechanical crowning, and precision grating rulers.
Together, these systems are designed to deliver accurate bending, efficient operation, repeatable results, and dependable performance across demanding sheet metal fabrication applications.
SERVO HYDRAULIC SYSTEM
Precise Motion Control With Greater Energy Efficiency.
The Titan Series uses advanced servo drive technology to control hydraulic flow and ram movement with high precision. This provides smooth operation, accurate positioning, and consistent bending performance across repeated production cycles.
By supplying hydraulic power based on machine demand, the servo hydraulic system helps reduce unnecessary energy consumption while maintaining fast response and precise control. The result is improved repeatability, efficient operation, and dependable performance for demanding sheet metal bending and fabrication applications.
BOSCH REXROTH HYDRAULIC SYSTEM
Reliable Hydraulic Performance for Consistent Bending
The Titan Series uses a Bosch Rexroth hydraulic system engineered for precise ram control, reliable pressure delivery, and consistent bending performance. Its proven hydraulic components help maintain smooth machine operation while supporting the accuracy required for demanding CNC press brake applications.
Designed for industrial production environments, the system helps improve repeatability, reduce maintenance requirements, and provide dependable performance across long operating cycles. The result is stable hydraulic control and consistent bending accuracy for both repetitive production work and more complex fabrication jobs.
QUICK TOOL CLAMPING SYSTEM
Faster Tool Changes With Precise Alignment.
The Titan Series features a precision quick tool clamping system designed to make tooling changes faster, safer, and more consistent. The system allows operators to secure and release press brake tooling without relying on time-consuming manual adjustments or special tools.
By reducing setup time and helping maintain accurate tool alignment, the quick clamping system improves machine uptime, supports repeatable bending results, and increases productivity across changing fabrication jobs.
ANTI-CORROSION HYDRAULIC TANK
Built to Protect Hydraulic Performance Over Time.
The Titan Series features an integrated hydraulic oil reservoir with an internal anti-corrosion treatment designed to help protect the tank from rust and contamination. This added protection supports cleaner hydraulic operation and helps maintain system reliability in demanding fabrication environments.
By reducing the risk of internal corrosion, the treated hydraulic tank helps support long-term hydraulic performance, lower maintenance requirements, and extended equipment service life.
PRECISION BACK GAUGE FINGERS
Accurate Sheet Positioning for Repeatable Bends.
The Titan Series uses high-precision back gauge fingers to position and support sheet metal accurately before each bend. Precise positioning helps maintain consistent part dimensions, improve bend repeatability, and reduce setup variation across production runs.
Designed for demanding fabrication work, the back gauge system supports faster positioning and more reliable results when producing repeated parts or complex multi-bend components.
LASER SAFETY SYSTEM
Point-of-Operation Protection Without Sacrificing Productivity.
The Titan Series features an advanced laser safety system designed to provide continuous protection around the bending zone while maintaining clear visibility of the work area. The system monitors the point of operation in real time to help reduce the risk of operator injury during press brake operation.
By allowing higher approach speeds and reducing unnecessary slowdowns, the laser safety system helps improve cycle times and productivity while supporting modern press brake safety requirements. The result is a safer, more efficient bending process for demanding fabrication environments.
LINEAR GRATING SCALE
Real-Time Position Feedback for Consistent Bending Accuracy.
The Titan Series uses a precision linear grating scale to continuously monitor ram position during the bending cycle. This real-time feedback allows the CNC system to detect positional variation and make precise corrections as needed.
By maintaining accurate ram positioning throughout each stroke, the grating scale helps improve bend consistency, repeatability, and overall forming accuracy — especially across repeated production runs and precision sheet metal applications
CNC-CONTROLLED CROWNING SYSTEM
Consistent Bend Angles Across the Full Workpiece.
The Titan Series uses a CNC-controlled automatic mechanical crowning system to compensate for natural ram and bed deflection during bending. This helps maintain more consistent bend angles across the entire length of the part, especially when forming longer workpieces.
By automatically correcting for deflection, the crowning system helps improve part accuracy, reduce setup adjustments, and produce more consistent finished components across repeated production runs.
DELEM DA-66C CNC CONTROL SYSTEM
Advanced CNC Programming for Faster, More Accurate Bending.
The Titan Series comes standard with the Delem DA-66C CNC control, giving operators advanced 2D and 3D programming capabilities along with real-time machine and tooling visualization. Intelligent bend-sequence calculation and collision detection help simplify programming and reduce setup time.
The control system is designed to improve bending accuracy, consistency, and operator efficiency across a wide range of sheet metal fabrication applications. Other control systems are also available for customers with different production requirements.
WILA TOOL HOLDING SYSTEM
Fast, Precise Tool Changes With Secure Alignment.
The Titan Series is available with an optional WILA tool holding system designed for fast, precise, and secure punch installation. Its self-seating design helps maintain consistent tooling alignment while reducing setup time and simplifying tool changes.
By improving tooling repeatability and reducing manual adjustment, the WILA system helps support more consistent bending accuracy, higher productivity, and dependable performance across a wide range of press brake applications.
SHEET FOLLOWER
Support for Large, Heavy & Flexible Workpieces.
The Titan Series is available with an optional single or double sheet follower designed to support large, heavy, or flexible workpieces throughout the bending process. By supporting the material as it moves through the bend, the system helps reduce sag, operator effort, and the risk of part damage.
The sheet follower also helps improve bending accuracy, safety, and productivity when forming long or complex components, making it a valuable option for demanding fabrication applications.
LOOKING FOR A MORE AFFORDABLE PRESS BRAKE?
The Vector Series offers a cost-effective alternative.
Not every application requires the advanced capabilities of the Titan Series. For shops looking for a more affordable CNC press brake for lighter-duty or less demanding bending applications, the Vector Series offers a practical alternative.
The Vector Series is designed for customers who need reliable sheet metal bending performance, but do not require the full premium feature set, heavy-duty construction level, or advanced configuration options of the Titan Series.
SIXTEEN STANDARD CONFIGURATIONS
Available from 75 to 350 tons with bending lengths from 8 to 13 ft, the Titan Series MPT-SV servo hydraulic CNC press brakes offer 16 configurations for precision sheet metal bending and fabrication.
| SPECIFICATIONS – US STANDARD | ||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
MODEL NUMBER | CAPACITY |
BENDING LENGTH (A) |
BETWEEN BEAMS (B) |
CYLINDER STROKE (C) |
THROAT DEPTH (D) |
MAX OPENING HEIGHT (E) |
APPROACH SPEED |
BENDING SPEED |
RETURN SPEED |
SERVO MOTOR | WEIGHT |
DIMENSIONS L × W × H |
| MPT-SV-75T-8FT | 75 tons | 8 ft (98.4 in) | 74.8 in | 7.9 in | 15.7 in | 19.3 in | 8.7 in/s | 0–0.39 in/s | 5.5 in/s | 10.1 kW | 11,464 lbs | 141.7 × 63 × 90.6 in |
| MPT-SV-120T-8FT | 120 tons | 8 ft (98.4 in) | 74.8 in | 10.4 in | 16.9 in | 20.9 in | 7.9 in/s | 0–0.39 in/s | 4.7 in/s | 14.8 kW | 15,432 lbs | 141.7 × 66.9 × 92.5 in |
| MPT-SV-120T-10FT | 120 tons | 10 ft (126 in) | 102.4 in | 10.4 in | 16.9 in | 20.9 in | 7.9 in/s | 0–0.39 in/s | 4.7 in/s | 14.8 kW | 18,078 lbs | 169.3 × 66.9 × 92.5 in |
| MPT-SV-120T-13FT | 120 tons | 13 ft (161.4 in) | 133.9 in | 10.4 in | 16.9 in | 20.9 in | 7.1 in/s | 0–0.39 in/s | 4.7 in/s | 14.8 kW | 20,944 lbs | 204.7 × 66.9 × 92.5 in |
| MPT-SV-140T-8FT | 140 tons | 8 ft (98.4 in) | 74.8 in | 10.4 in | 16.9 in | 20.9 in | 7.9 in/s | 0–0.39 in/s | 4.7 in/s | 20.1 kW | 18,298 lbs | 141.7 × 70.9 × 108.3 in |
| MPT-SV-140T-10FT | 140 tons | 10 ft (126 in) | 102.4 in | 10.4 in | 16.9 in | 20.9 in | 7.9 in/s | 0–0.39 in/s | 4.7 in/s | 20.1 kW | 20,944 lbs | 169.3 × 70.9 × 108.3 in |
| MPT-SV-140T-13FT | 140 tons | 13 ft (161.4 in) | 133.9 in | 10.4 in | 16.9 in | 20.9 in | 7.1 in/s | 0–0.39 in/s | 4.7 in/s | 20.1 kW | 23,810 lbs | 204.7 × 70.9 × 108.3 in |
| MPT-SV-180T-8FT | 180 tons | 8 ft (98.4 in) | 74.8 in | 10.4 in | 17.7 in | 20.9 in | 7.1 in/s | 0–0.39 in/s | 4.7 in/s | 24.8 kW | 21,605 lbs | 141.7 × 74.8 × 110.2 in |
| MPT-SV-180T-10FT | 180 tons | 10 ft (126 in) | 102.4 in | 10.4 in | 17.7 in | 20.9 in | 7.1 in/s | 0–0.39 in/s | 4.7 in/s | 24.8 kW | 24,251 lbs | 169.3 × 74.8 × 110.2 in |
| MPT-SV-180T-13FT | 180 tons | 13 ft (161.4 in) | 133.9 in | 10.4 in | 17.7 in | 20.9 in | 6.3 in/s | 0–0.39 in/s | 4.7 in/s | 24.8 kW | 27,558 lbs | 204.7 × 74.8 × 110.2 in |
| MPT-SV-240T-10FT | 240 tons | 10 ft (126 in) | 102.4 in | 10.4 in | 17.7 in | 20.9 in | 6.3 in/s | 0–0.39 in/s | 4.7 in/s | 29.5 kW | 29,762 lbs | 169.3 × 76.8 × 114.2 in |
| MPT-SV-240T-13FT | 240 tons | 13 ft (161.4 in) | 133.9 in | 10.4 in | 17.7 in | 20.9 in | 6.3 in/s | 0–0.39 in/s | 4.7 in/s | 29.5 kW | 32,628 lbs | 204.7 × 76.8 × 114.2 in |
| MPT-SV-275T-10FT | 275 tons | 10 ft (126 in) | 102.4 in | 10.4 in | 17.7 in | 20.9 in | 6.3 in/s | 0–0.31 in/s | 4.7 in/s | 29.5 kW | 36,376 lbs | 169.3 × 78.7 × 114.2 in |
| MPT-SV-275T-13FT | 275 tons | 13 ft (161.4 in) | 133.9 in | 10.4 in | 17.7 in | 20.9 in | 6.3 in/s | 0–0.31 in/s | 4.7 in/s | 29.5 kW | 40,786 lbs | 204.7 × 78.7 × 114.2 in |
| MPT-SV-350T-10FT | 350 tons | 10 ft (126 in) | 102.4 in | 10.4 in | 17.7 in | 20.9 in | 6.3 in/s | 0–0.31 in/s | 4.7 in/s | 29.5 kW | 36,376 lbs | 169.3 × 78.7 × 114.2 in |
| MPT-SV-350T-13FT | 350 tons | 13 ft (161.4 in) | 133.9 in | 10.4 in | 17.7 in | 20.9 in | 6.3 in/s | 0–0.31 in/s | 4.7 in/s | 29.5 kW | 40,786 lbs | 204.7 × 78.7 × 114.2 in |
Specifications are subject to change without notice.
| SPECIFICATIONS – METRIC STANDARD | ||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
MODEL NUMBER | CAPACITY |
BENDING LENGTH (A) |
BETWEEN BEAMS (B) |
CYLINDER STROKE (C) |
THROAT DEPTH (D) |
MAX OPENING HEIGHT (E) |
APPROACH SPEED |
BENDING SPEED |
RETURN SPEED |
SERVO MOTOR | WEIGHT |
DIMENSIONS L × W × H |
| MPT-SV-75T-8FT | 68 tonnes | 2500 mm | 1900 mm | 200 mm | 400 mm | 490 mm | 220 mm/s | 0–10 mm/s | 140 mm/s | 10.1 kW | 5,200 kg | 3600 × 1600 × 2300 mm |
| MPT-SV-120T-8FT | 109 tonnes | 2500 mm | 1900 mm | 265 mm | 430 mm | 530 mm | 200 mm/s | 0–10 mm/s | 120 mm/s | 14.8 kW | 7,000 kg | 3600 × 1700 × 2350 mm |
| MPT-SV-120T-10FT | 109 tonnes | 3200 mm | 2600 mm | 265 mm | 430 mm | 530 mm | 200 mm/s | 0–10 mm/s | 120 mm/s | 14.8 kW | 8,200 kg | 4300 × 1700 × 2350 mm |
| MPT-SV-120T-13FT | 109 tonnes | 4100 mm | 3400 mm | 265 mm | 430 mm | 530 mm | 180 mm/s | 0–10 mm/s | 120 mm/s | 14.8 kW | 9,500 kg | 5200 × 1700 × 2350 mm |
| MPT-SV-140T-8FT | 127 tonnes | 2500 mm | 1900 mm | 265 mm | 430 mm | 530 mm | 200 mm/s | 0–10 mm/s | 120 mm/s | 20.1 kW | 8,300 kg | 3600 × 1800 × 2750 mm |
| MPT-SV-140T-10FT | 127 tonnes | 3200 mm | 2600 mm | 265 mm | 430 mm | 530 mm | 200 mm/s | 0–10 mm/s | 120 mm/s | 20.1 kW | 9,500 kg | 4300 × 1800 × 2750 mm |
| MPT-SV-140T-13FT | 127 tonnes | 4100 mm | 3400 mm | 265 mm | 430 mm | 530 mm | 180 mm/s | 0–10 mm/s | 120 mm/s | 20.1 kW | 10,800 kg | 5200 × 1800 × 2750 mm |
| MPT-SV-180T-8FT | 163 tonnes | 2500 mm | 1900 mm | 265 mm | 450 mm | 530 mm | 180 mm/s | 0–10 mm/s | 120 mm/s | 24.8 kW | 9,800 kg | 3600 × 1900 × 2800 mm |
| MPT-SV-180T-10FT | 163 tonnes | 3200 mm | 2600 mm | 265 mm | 450 mm | 530 mm | 180 mm/s | 0–10 mm/s | 120 mm/s | 24.8 kW | 11,000 kg | 4300 × 1900 × 2800 mm |
| MPT-SV-180T-13FT | 163 tonnes | 4100 mm | 3400 mm | 265 mm | 450 mm | 530 mm | 160 mm/s | 0–10 mm/s | 120 mm/s | 24.8 kW | 12,500 kg | 5200 × 1900 × 2800 mm |
| MPT-SV-240T-10FT | 218 tonnes | 3200 mm | 2600 mm | 265 mm | 450 mm | 530 mm | 160 mm/s | 0–10 mm/s | 120 mm/s | 29.5 kW | 13,500 kg | 4300 × 1950 × 2900 mm |
| MPT-SV-240T-13FT | 218 tonnes | 4100 mm | 3400 mm | 265 mm | 450 mm | 530 mm | 160 mm/s | 0–10 mm/s | 120 mm/s | 29.5 kW | 14,800 kg | 5200 × 1950 × 2900 mm |
| MPT-SV-275T-10FT | 249 tonnes | 3200 mm | 2600 mm | 265 mm | 450 mm | 530 mm | 160 mm/s | 0–8 mm/s | 120 mm/s | 29.5 kW | 16,500 kg | 4300 × 2000 × 2900 mm |
| MPT-SV-275T-13FT | 249 tonnes | 4100 mm | 3400 mm | 265 mm | 450 mm | 530 mm | 160 mm/s | 0–8 mm/s | 120 mm/s | 29.5 kW | 18,500 kg | 5200 × 2000 × 2900 mm |
| MPT-SV-350T-10FT | 318 tonnes | 3200 mm | 2600 mm | 265 mm | 450 mm | 530 mm | 160 mm/s | 0–8 mm/s | 120 mm/s | 29.5 kW | 16,500 kg | 4300 × 2000 × 2900 mm |
| MPT-SV-350T-13FT | 318 tonnes | 4100 mm | 3400 mm | 265 mm | 450 mm | 530 mm | 160 mm/s | 0–8 mm/s | 120 mm/s | 29.5 kW | 18,500 kg | 5200 × 2000 × 2900 mm |
Specifications are subject to change without notice.
Frequently Asked Questions about CNC PRESS BRAKES
A servo hydraulic CNC press brake is a sheet metal bending machine that combines hydraulic forming force with servo-controlled motion and CNC programming. The Titan Series MPT-SV uses servo drive technology for precise ram positioning, smooth movement, and repeatable bending while helping reduce unnecessary energy consumption. CNC control also allows operators to program bend sequences, tooling, positioning, and other machine functions for more efficient production.
CNC press brakes are commonly used to bend mild steel, stainless steel, aluminum, and other sheet or plate materials used in metal fabrication. The required press brake tonnage depends on the material type, material strength, thickness, bend length, tooling, and desired bend geometry. Providing these details helps determine the correct machine capacity for the application.
A CNC press brake improves efficiency by automating important bending functions such as ram positioning, back gauge movement, bend sequencing, and crowning compensation. The Titan Series also uses the Delem DA-66C CNC control with 2D and 3D programming, tooling visualization, bend-sequence calculation, and collision detection to help reduce setup time and improve repeatability.
Yes. CNC press brakes can be used as part of a larger sheet metal fabrication workflow alongside equipment such as laser cutters, plasma cutters, shears, punching machines, material handling systems, and automated production cells. Integration requirements depend on the machine configuration, part flow, tooling, controls, and level of automation required.
MetalPress Machinery is based in Cambridge, Ontario, Canada, and supplies industrial machinery for customers with a range of sheet metal bending and fabrication requirements. Contact the MetalPress team to discuss machine availability, installation requirements, shipping, and support for your location.
A conventional hydraulic press brake uses hydraulic power to move and control the ram, while a servo hydraulic press brake adds servo-controlled drive technology for more precise motion and energy management. The Titan Series uses servo technology to improve ram positioning, repeatability, and operating efficiency while maintaining the forming force of a hydraulic system.
A manual or conventional press brake requires more operator adjustment and manual setup, while a CNC press brake controls multiple machine functions through programmable controls. CNC systems can manage bend sequences, back gauge positioning, ram movement, crowning, and other parameters, helping improve accuracy, repeatability, and setup efficiency for both simple and complex parts.
Important press brake safety features can include laser point-of-operation protection, emergency stops, guarded areas, safe control systems, and properly configured tooling and operating procedures. The Titan Series includes an integrated laser safety system designed to monitor the bending zone in real time while allowing efficient machine operation.
Safe press brake operation begins with trained operators, correct tooling, proper machine setup, and following the manufacturer's operating and safety procedures. Operators should verify the programmed bend sequence, keep hands and body parts clear of the bending zone, confirm safety devices are functioning correctly, and inspect tooling and workpieces before operation. Appropriate guarding and personal protective equipment should also be used according to the application and facility requirements.
The most important information includes the material type, maximum material thickness, maximum bending length, part geometry, and required production volume. Part drawings are especially useful because they allow the machine supplier to evaluate tonnage requirements, tooling, bend sequence, throat depth, opening height, and any special options that may be required.
If you are unsure of the exact tonnage, send the material, thickness, bend length, and drawings you have and the correct press brake configuration can be determined.
Press brake capacity should be selected based on the strongest and thickest material you expect to bend, the maximum bend length, tooling configuration, and part geometry. The Titan Series MPT-SV is available in 16 configurations from 75 to 350 tons, with bending lengths ranging from approximately 8 to 13 feet, allowing the machine to be matched to a wide range of fabrication requirements.
MetalPress Machinery offers CNC press brake solutions for sheet metal fabrication applications, including the premium Titan Series servo hydraulic press brake and the more economical Vector Series for less demanding bending requirements.
Customers can contact MetalPress with their material type, thickness, bending length, and production requirements to determine the most appropriate press brake configuration.
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Press Brake Engineering Fit Notes
Selecting the right CNC press brake requires more than choosing a tonnage rating. Buyers should consider material type, material thickness, maximum bending length, part geometry, tooling, throat depth, opening height, back gauge requirements, production volume, and the level of bending accuracy required. These factors determine the press brake capacity and configuration needed for consistent sheet metal forming without unnecessarily oversizing the machine.
The MetalPress Titan Series MPT-SV servo hydraulic CNC press brakes are designed for precision sheet metal bending and demanding fabrication environments. The range includes 16 configurations from 75 to 350 tons with bending lengths from approximately 8 to 13 feet. Depending on the model, the Titan Series combines servo hydraulic drive technology, Delem CNC control, automatic mechanical crowning, precision back gauge positioning, quick tool clamping, laser safety protection, and other systems designed to improve bending accuracy, repeatability, setup efficiency, and production performance.
For manufacturers producing repeated parts, long components, complex multi-bend workpieces, or higher-volume fabrication, features such as CNC crowning, programmable back gauge positioning, real-time ram feedback, and advanced CNC programming can significantly improve consistency between parts. Applications can range from general sheet metal fabrication and machinery components to cabinets, enclosures, transportation parts, structural components, stainless steel fabrication, and custom job-shop production.
When requesting a press brake quote, providing the material grade, maximum material thickness, longest bend, typical part drawings, and expected production requirements allows the machine to be sized more accurately. For lighter-duty or less demanding bending applications where the full Titan Series feature set is not required, MetalPress also offers the more economical Vector Series press brake.