WC67Y-300T/3200 Hydraulic Press Brake ZCIT

WC67Y-300T/3200 Hydraulic Press Brake ZCIT

The WC67Y-300T/3200 Hydraulic Press Brake is designed for industrial sheet metal bending and metal fabrication applications. With a 3000 kN nominal force and a 3200 mm bending length, it is suitable for compatible sheet metal components and fabrication projects.

Equipped with an E21 CNC controller, this model features a 250 mm ram stroke, a maximum open height of 560 mm, a throat depth of 350 mm, and a 22 kW main motor.

Contact ZCIT to confirm the machine configuration and request a quotation based on your material, sheet thickness, and bending requirements.

Product Specifications

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WC67Y-300T/3200 CNC Hydraulic Press Brake Overview

The WC67Y-300T/3200 CNC hydraulic press brake is designed for industrial sheet metal bending and metal fabrication applications. With a 3000 kN nominal force and a 3200 mm bending length, it is intended for suitable bending jobs based on material type, thickness, tooling, and required bend angle.

This model is equipped with an E21 CNC controller, a 250 mm ram stroke, a maximum open height of 560 mm, and a 400 mm throat depth. The specified main motor power is 22 kW. Buyers should confirm the machine configuration and bending capacity for their specific workpieces before ordering.

3000 kN

Nominal Force

3200 mm

Bending Length

E21

CNC Controller

22 kW

Main Motor Power

WC67Y-300T/3200 Technical Specifications

Specification ItemUnitWC67Y-300T/3200
Machine Model—WC67Y-300T/3200
CNC Controller—E21
Nominal ForcekN3000
Bending Lengthmm3200
Distance Between Side Framesmm2600
Ram Strokemm250
Maximum Open Heightmm560
Throat Depthmm350
Ram Approach Speed (No Load)mm/s≥60
Working Speedmm/s10
Ram Return Speedmm/s≥35
Main Motor PowerkW22
Overall Dimensions (L × W × H)mm3500 × 2000 × 3200

Key Features & Bending Capabilities

  • 3000 kN Nominal Force: Specified force for suitable industrial sheet metal bending jobs.
  • 3200 mm Bending Length: Provides a 3200 mm working length for compatible sheet metal workpieces.
  • E21 CNC Controller: The supplied controller model is E21. Confirm included functions and configuration with the supplier.
  • 250 mm Ram Stroke: Provides the specified ram travel during bending operations.
  • 560 mm Maximum Open Height: Defines the specified maximum opening height for the machine.
  • 350 mm Throat Depth: Provides the specified throat depth for positioning suitable workpieces.
  • Specified Ram Speeds: Approach speed ≥60 mm/s, working speed 10 mm/s, and return speed ≥35 mm/s.
  • 22 kW Main Motor: Main motor power according to the supplied technical data.

Typical Sheet Metal Bending Applications

Metal Fabrication

For suitable sheet metal bending work in fabrication workshops, subject to material and bending requirements.

Industrial Equipment Panels

For bending compatible panels, covers, and sheet metal parts used in industrial equipment.

Metal Enclosures

For enclosure components and formed sheet metal parts when dimensions and material requirements match the machine capacity.

Machine Components

For suitable formed components used in machinery manufacturing and metalworking production.

Standard Accessories Included

No.AccessoryQuantity
1Foot Switch1 unit
2Anchor Bolts1 set
3Flat Washers1 set
4Spring Washers1 set
5Nuts1 set
6Support Plates1 set
7Allen Key Set1 set

Complementary Machines for Sheet Metal Fabrication

A hydraulic press brake can be used alongside other sheet metal fabrication equipment. In a typical workflow, a fiber laser cutting machine cuts sheet metal blanks, the press brake bends the parts, and a welding machine joins components when the design requires welded assemblies.

(1)Fiber Laser Cutting Machine LC1530

A fiber laser cutting machine can cut sheet metal blanks before bending and may complement a hydraulic press brake in fabrication workflows.

View Fiber Laser Cutting Machine LC1530 →

(2)Handheld Laser Welding Machine

A handheld fiber laser welding machine can complement cutting and bending equipment when formed components need to be joined.

View Handheld Fiber Laser Welding Machine →

ZCIT sheet metal fabrication solutions featuring fiber laser cutting machine, hydraulic press brake and handheld fiber laser welding machine for metal fabrication.
Complete Sheet Metal Fabrication Solutions: Laser Cutting, Bending and Welding

How to Select a CNC Hydraulic Press Brake

When selecting a CNC hydraulic press brake, buyers should consider material type, maximum sheet thickness, bending length, required bend angle, tooling, and production volume. These details help determine whether the machine’s force and working dimensions suit the intended application.

  • Material Type: Confirm whether workpieces are made from mild steel, stainless steel, aluminum, or another material.
  • Sheet Thickness: Provide the maximum thickness for bending-capacity evaluation.
  • Bending Length: Confirm the longest workpiece to be processed.
  • Controller Requirements: Confirm whether the E21 controller functions meet your operating needs.
  • Tooling: Discuss the required punch, die, and tooling configuration with the supplier.
Explore ZCIT industrial machinery for metalworking and manufacturing applications. For general information about machine guarding and safe machinery operation, refer to the OSHA Machine Guarding guidance.

Need a WC67Y-300T/3200 CNC Hydraulic Press Brake?

Contact ZCIT to discuss your material, sheet thickness, bending length, controller requirements, and application. Request machine details and a quotation for the WC67Y-300T/3200 hydraulic press brake.

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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.

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.

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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