Head Office
117, Grand Trunk Road, Salkia Howrah-700013, Kolkata, India
Sheet Metal Machines
Mechanical Pneumatic Press Brake Machine
Built around forming straight bends in sheet and plate, the Mechanical Pneumatic Press Brake Machine provides a dedicated working arrangement. It drives a punch into a matched die along the bend line, with guided ram motion with adaptable tooling. Pneumatic actuation supports quick repeatable movement with a suitable air supply.
Order By Phone
Shipping Information Usually dispatched With In business days
Overview
Product Overview
Mechanical Pneumatic Press Brake Machine
Machine Purpose
Used for forming straight bends in sheet and plate, the Mechanical Pneumatic Press Brake Machine addresses a distinct stage of industrial work. It accommodates sheet blanks, panels, brackets, and profiles and keeps setup, tool engagement, and job handling centred on that task.
Industrial Applications
Likely users are found in enclosure production, ducting, and fabrication shops. They may use it to organise the named operation, reduce repeated handling, and establish a consistent workstation for suitable jobs.
How It Works
Its cycle is based on the way it drives a punch into a matched die along the bend line. The design therefore prioritises guided ram motion with adaptable tooling; actual output still depends on the chosen model, tool, workpiece, and operating method. Pneumatic actuation supports quick repeatable movement with a suitable air supply.
Selection Considerations
When comparing versions of the Mechanical Pneumatic Press Brake Machine, buyers should review the work envelope, tooling, control method, loading, and service access. Numerical capacity, speed, accuracy, or power must be confirmed from the selected model’s documented specification.
Pathak is a Manufacturer, Supplier and Exporter offering this machine with application-based product guidance.
Specifications
Technical Specifications
| Model | Tone | Bending Cap. in MS Length x Thickness | Clearance Between Housings | Stroke Per Minute | Stroke Of Ram M.M | Ram Adj. M.M | Height Shut Ram Stroke | Depth Of Throat M.M | Main Motor HP/KW | Ram Adj. Ele. Motor HP/KW | Length | Width | Height |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| PPB-1 | 20 | 1525x1.6 | 1000 | 35 | 50 | 40 | 175 | 200 | 3/2.2 | 0.5/0.37 | 2000 | 1125 | 2300 |
| PPB-2 | 25 | 2000x1.6 | 1220 | 35 | 50 | 40 | 200 | 200 | 5/3.7 | 0.5/0.37 | 2300 | 1200 | 2500 |
| PPB-3 | 40 | 2500x2 | 1550 | 35 | 60 | 50 | 215 | 250 | 7.5/5.6 | 1/0.75 | 2800 | 1500 | 2650 |
| PPB-4 | 65 | 3125x2.5 | 1900 | 30 | 76 | 50 | 275 | 300 | 10/7.6 | 1.5/1.1 | 3400 | 1575 | 2750 |
| PPB-5 | 65 | 2000x4 | 1370 | 30 | 76 | 63 | 275 | 300 | 10/7.6 | 1.5/1.1 | 2400 | 1575 | 2750 |
| PPB-6 | 80 | 2500x4 | 1550 | 25 | 76 | 63 | 300 | 300 | 12.5/9.7 | 2/1.5 | 2900 | 1650 | 3025 |
| PPB-7 | 100 | 3125x4 | 1900 | 25 | 76 | 80 | 300 | 300 | 15/11.2 | 2/1.5 | 3450 | 1875 | 3525 |
| PPB-8 | 120 | 2500x6 | 1700 | 25 | 76 | 80 | 300 | 300 | 20/15 | 2/1.5 | 2900 | 1900 | 3550 |
| PPB-9 | 150 | 2500x8 | 1700 | 20 | 80 | 100 | 300 | 300 | 25/18.7 | 2/1.5 | 3400 | 1900 | 3550 |
| PPB-10 | 150 | 3125x6 | 1900 | 20 | 80 | 100 | 300 | 300 | 25/18.7 | 2/1.5 | 3400 | 1950 | 3650 |
FAQs
Frequently Asked Questions
What does a Mechanical Pneumatic Press Brake Machine do?
The Mechanical Pneumatic Press Brake Machine is intended for forming straight bends in sheet and plate. It is arranged around sheet blanks, panels, brackets, and profiles, giving operators a dedicated method for this specific stage of production, preparation, assembly, finishing, testing, or repair.
How does the Mechanical Pneumatic Press Brake Machine complete its working cycle?
The machine drives a punch into a matched die along the bend line. Its guided ram motion with adaptable tooling supports a controlled sequence, although the exact setup, tooling, feed, and operating parameters must follow the selected model and the job being processed.
What material should be prepared for a Mechanical Pneumatic Press Brake Machine?
It is primarily associated with sheet blanks, panels, brackets, and profiles. Suitability depends on the material, shape, size, required operation, tooling, and rated capacity, so the actual workpiece should be checked against the product specification before use.
Which industries commonly use a Mechanical Pneumatic Press Brake Machine?
Typical users include enclosure production, ducting, and fabrication shops. In these settings, the Mechanical Pneumatic Press Brake Machine may operate as a standalone workstation or as one stage within a broader manufacturing, fabrication, maintenance, or quality-control process.
What should be checked before buying a Mechanical Pneumatic Press Brake Machine?
Start with the real workpiece and required operation. Compare working range, compatible tooling, control method, production frequency, loading arrangement, available space, utilities, guarding, and service access. Confirm every numerical requirement from the selected model’s technical data rather than relying on the general machine name.
Which parts of a Mechanical Pneumatic Press Brake Machine need regular inspection?
Keep the working area clean and inspect the tool, work supports, guards, fasteners, transmission elements, lubrication points, and relevant electrical, hydraulic, or pneumatic systems. Follow the maintenance schedule supplied for the machine, isolate all energy before servicing, and replace guards before returning it to operation.
Which options influence the quotation for a Mechanical Pneumatic Press Brake Machine?
Price depends on the required working range, construction, drive and control arrangement, tooling, automation, accessories, guarding, inspection requirements, freight, and installation support. A meaningful quotation therefore needs the intended application and workpiece details, not only the title Mechanical Pneumatic Press Brake Machine.
What is the benefit of pneumatic actuation on this Mechanical Pneumatic Press Brake Machine?
Pneumatic actuation supports quick repeatable movement with a suitable air supply. The practical benefit depends on how that arrangement matches the workpiece, cycle frequency, operator involvement, and surrounding production method.