WC67Y 250T/3200 Hydraulic Press Brake ZCIT
WC67Y 250T/3200 Hydraulic Press Brake ZCIT
Explore the WC67Y 250T/3200 hydraulic press brake with 2500 KN nominal force and 3200 mm bending length. View specifications and request a quote from ZCIT.
Product Specifications
- Nominal Force：250T
- Bending Length：3200mm
- Throat Depth: 400mm
- Bending thickness: 10mm
- Distance Between Side Frames: 2600mm
- Main Motor Power: 18.5kw
WC67Y 250T/3200 Hydraulic Press Brake Overview
The WC67Y 250T/3200 hydraulic press brake is designed for sheet metal bending, metal fabrication, and general industrial manufacturing applications. With a 2500 kN nominal force and a 3200 mm bending length, this hydraulic press brake provides a working range for suitable sheet metal components and fabrication projects.
The machine features a 250 mm ram stroke, a maximum open height of 480 mm, and a throat depth of 400 mm. Its main motor power is 18.5 kW. These specifications help buyers evaluate the machine for their bending requirements, subject to material type, sheet thickness, tooling, and required bend angle.
2500 kN
3200 mm
400 mm
18.5 kW
Technical Specifications
| Specification Item | Unit | WC67Y 250T/3200 |
|---|---|---|
| Machine Model | — | WC67Y 250T/3200 |
| Nominal Force | kN | 2500 |
| Bending Length | mm | 3200 |
| Distance Between Side Frames | mm | 2600 |
| Ram Stroke | mm | 250 |
| Maximum Open Height | mm | 480 |
| Throat Depth | mm | 400 |
| Ram Approach Speed | mm/s | ≥60 |
| Working Speed | mm/s | 10 |
| Ram Return Speed | mm/s | ≥35 |
| Main Motor Power | kW | 18.5 |
| Overall Dimensions (L × W × H) | mm | 3500 × 1700 × 2800 |
Key Features & Bending Capabilities
- 2500 kN Nominal Force: The specified nominal force supports suitable industrial sheet metal bending applications.
- 3200 mm Bending Length: Provides a working length for processing long sheet metal components, subject to material and tooling requirements.
- 2600 mm Distance Between Side Frames: Defines the distance between the machine’s side frames according to the supplied specifications.
- 250 mm Ram Stroke: Provides the specified vertical travel of the ram during machine operation.
- 480 mm Maximum Open Height: Defines the maximum opening height available for suitable workpieces and tooling.
- 400 mm Throat Depth: Provides space for positioning suitable sheet metal workpieces during bending.
- Specified Ram Speeds: Approach speed ≥60 mm/s, working speed 10 mm/s, and return speed ≥35 mm/s.
- 18.5 kW Main Motor: Provides the main drive power specified for this hydraulic press brake.
Typical Sheet Metal Bending Applications
Metal Fabrication
Suitable for bending sheet metal components in general metal fabrication workshops, subject to the required bending capacity.
Industrial Equipment
Can be considered for manufacturing suitable sheet metal panels, covers, and equipment components.
Metal Enclosures & Panels
Suitable for bending applications where workpiece dimensions and material requirements fall within the machine’s working range.
Machine Frames & Components
May be suitable for forming sheet metal parts used in machinery manufacturing and metalworking production.
Workshop Production
Provides a bending solution for workshops processing suitable sheet metal parts in production and fabrication work.
Custom Bending Jobs
Application suitability should be evaluated according to material type, thickness, bending length, tooling, and required bend angle.
Standard Accessories Included
| No. | Accessory | Quantity |
|---|---|---|
| 1 | Foot Switch | 1 unit |
| 2 | Anchor Bolts | 1 set |
| 3 | Flat Washers | 1 set |
| 4 | Spring Washers | 1 set |
| 5 | Nuts | 1 set |
| 6 | Support Plates | 1 set |
| 7 | Grease Gun | 1 unit |
| 8 | Allen Key Set | 1 set |
Complementary Machines for Sheet Metal Fabrication
A hydraulic press brake is often used together with other sheet metal fabrication equipment. In a typical workflow, a fiber laser cutting machine cuts sheet metal blanks to the required shape, the press brake bends the cut parts, and a welding machine joins components where the design requires welded assemblies. Using complementary machines can help manufacturers organize different stages of sheet metal processing.
How to Select a Hydraulic Press Brake
When selecting a hydraulic press brake, buyers should consider the material type, maximum sheet thickness, bending length, required bend angle, tooling, and production volume. These factors help determine whether the machine’s nominal force and working dimensions are suitable for the intended application.
- Material Type: Confirm whether the workpieces are made from mild steel, stainless steel, aluminum, or another material.
- Sheet Thickness: Provide the maximum thickness to help evaluate the required bending force.
- Bending Length: Confirm the longest workpiece that needs to be processed.
- Tooling Requirements: Discuss the required punch, die, and tooling configuration with the supplier.
- Production Requirements: Explain the intended application and production volume.
Explore ZCIT industrial machinery for metalworking and manufacturing applications. Contact our team to discuss your hydraulic press brake requirements.
For general information about machine guarding and safe machinery operation, refer to the OSHA Machine Guarding guidance.
Need a Hydraulic Press Brake for Your Production?
Send us your material type, maximum sheet thickness, bending length, and application requirements. ZCIT can help you confirm the machine specifications and request a quotation for the WC67Y 250T/3200 hydraulic press brake.
Contact ZCIT for Machine Details & a Quotation
FAQ
1. Quality Control & Inspection
Q: How do you ensure machine precision before shipment?
A: Every machine undergoes laser interferometer calibration, sample trial cutting, and a 72-hour continuous operation test. Full inspection reports and pre-shipment videos are provided before dispatch.
2. Payment Terms
Q: What are your accepted payment terms?
A: We accept T/T (Telegraphic Transfer). Standard payment terms are a 30% deposit upon order confirmation, with the remaining 70% balance due prior to shipment.
3. Lead Time & Delivery
Q: What is the estimated lead time for delivery?
A: Standard models are shipped within 20 to 30 days after deposit receipt. Customized machines or special configurations take 30 to 60 days depending on specs.
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