Long-part capability
The working length supports long flashings, trims and sheet-metal components.
For steel door-frame drawings, compare the complete roll forming and bending routes; verify this bending machine against a physical sample before selecting it.
Auxiliary, Cutting & Coil Processing Equipment
HFB-6500 Hydraulic CNC Sheet Metal Bending & Folding Machine
Our Xiamen production base publishes HFB-6500 as a hydraulic CNC sheet-metal bending and folding machine. Match its proposed tooling, material, bend sequence and trial samples to your part drawing. If you need a conventional press brake, confirm the bending mechanism and tooling with the supplier before treating this model as an equivalent.
Drawing basedpart and tooling review
HFB-6500production-base reference model
Hydraulic CNCpublished control type
Production-base model rendering, not a timed acceptance trial or proof of the machine offered for your drawing. Ask us for a demonstration video, current build photographs, the signed configuration and a trial plan.
Product advantages
Built around the actual production task
The engineering starts from the part, material, tolerances, operations, production data and required output.
CNC positioning
Servo positioning and stored programs reduce repeated manual measurement.
Integrated slitting
The published HFB-6500 configuration combines slitting and bending operations.
Material versatility
Tooling and pressure are selected for steel, stainless steel or aluminium.
Profile and material range
Technical specification framework
Values below separate confirmed product information from project-dependent engineering data.
- Model / family
- Custom
- Published reference model
- HFB-6500
- Overall dimensions
- Approx. 7.8 x 1.55 x 1.4 m
- Published weight / total power
- Approx. 5.5 t / 12 kW
- Maximum bending length
- 6,500 mm
- Bending angle
- 0-130 degrees
- Minimum bending size
- 14 mm
- Throat depth
- 1,250 mm
- Published material range
- Q235 0.4-2.0 mm; aluminium 0.4-3.0 mm; stainless 0.4-1.5 mm
- Slitting speed
- Approx. 48 m/min reference
- Control
- 21-inch display with bending-control software
- Final guaranteed values
- Issued after drawing, material and production-cycle review
- Tooling and pressure
- Confirmed from material, thickness, bend radius and length
- Positioning system
- Configured for part geometry and repeatability target
- Handling support
- Selected for long and flexible workpieces
- Controls and guarding
- Destination-standard package defined in the proposal
- Electrical standard
- Configured for destination voltage, frequency and components
- Length and tolerance
- Guaranteed in the signed technical agreement
Source and scope: the HFB-6500 reference figures above come from our Xiamen production base's published HFB-6500 model sheet (reviewed 27 September 2026). Its approximately 48 m/min figure is the slitting-unit speed, not finished bent parts per minute. These figures describe that production-base reference model; they are not guaranteed values for a different configuration. Power, tooling, dimensions and production acceptance become binding only when repeated in the signed technical agreement for your project.
Production process
The complete production sequence
The proposal defines every station, interface, production assumption and acceptance checkpoint.
Sheet loading
Servo positioning
Optional slitting
CNC bending
Part removal
Dimensional inspection
Equipment details & factory reference
Review the proposed configuration before production
Request the current machine layout, component list, sample part and test plan for the exact quotation.
HFB-6500 production-base referenceRendering only; request current factory photographs and a test video for the offered build.
Production-base referenceOptional configuration
Select the automation your order requires
Options are quoted only when they match the approved production workflow.
Working length
Machine length and support arrangement configured to the longest finished part.
Material package
Cylinder quantity, tooling and controls matched to material and thickness.
Slitting unit
Integrated slitting wheel and positioning system where required.
Control software
Stored bending programs and graphical production input.
Handling support
Front and rear supports for long or flexible parts.
Electrical standard
Destination voltage, guarding and applicable electrical requirements are specified in the proposal.
Application and process selection
Sheet metal folding for roof flashings and trims
The HFB-6500 production-base reference identifies long sheet-metal flashings, trims and architectural components as applications. Confirm the actual part drawing, tool clearance and bend sequence with a trial of the offered build.
Drawing-to-trial comparison
What a CNC sheet metal folding machine trial should prove
Compare the offered machine against a complete part, not an isolated bend. Use the same drawing revision and material for each proposal, and ask for a continuous demonstration from the flat blank to the finished part. Record any manual repositioning and separate slitting time from folding time.
| Purchase question | Evidence to request for the offered build | How to compare the result |
|---|---|---|
| Will every bend fit the tools? | Numbered bend sequence, tooling drawing and views of the part at each operation, including already formed flanges. | Check clamping, throat and tool clearance through the whole sequence. A maximum working length or angle does not establish clearance for your section. |
| Can the required material be formed? | Trial material grade, thickness, coating and batch identification, tied to the part drawing. | Compare measured angles after release and inspect bend surfaces. Do not apply a published capacity for one material to another grade or coating without a matching trial. |
| Are long parts supported consistently? | Loading, support and removal arrangement shown during the trial; dimensions taken at agreed positions along the finished part. | Review angle and flange variation along the part against the drawing tolerances, including handling and repositioning. |
| What is the usable production rate? | Elapsed time, number of accepted parts, operators, loading, repositioning, removal and inspection included in the record. | Use accepted finished parts over the recorded interval. The published slitting speed is not a finished folded-part production rate. |
| What changes between part families? | A trial changeover between agreed drawings, showing program selection, tooling adjustments and first-part checks. | Compare the complete changeover procedure and any excluded setup time; do not infer automatic compatibility from stored programs alone. |
| What is included in the quotation? | Signed configuration covering tools, supports, slitting if required, guarding, electrical supply, training and explicit exclusions. | Keep the quoted model and revision with the trial record. Separate production-base catalogue references from the equipment and services actually offered. |
Agree measurable acceptance criteria with our factory team before the trial. These are procurement checks, not a statement that any particular configuration has already passed them. Send your finished drawing, flat blank and material specification for a proposal review.
Procurement checklist reviewed 2 October 2026. Published HFB-6500 values remain production-base references; order-specific results require evidence for the proposed build.
For return flanges and restricted tool access, use the folding sequence and part-clearance trial guide to record the complete bend order, support, repositioning and removal of the finished part.
FAQ
Questions to settle before specifying HFB-6500
What drawing and material information should I send?
Send the finished part drawing with bend locations, angles, flange lengths and tolerances. Include material grade, thickness, sheet dimensions and the longest finished part.
Is HFB-6500 equivalent to a conventional press brake?
Do not assume equivalence from the page URL or the word bending. Our Xiamen production base describes a hydraulic CNC sheet-metal bending and folding machine. Request the actual forming mechanism, tooling and a complete bend-sequence demonstration for your drawing before comparing it with a conventional press brake.
How do I compare this bending machine with a roll forming line?
Start with the part and production pattern. A bending machine is assessed against the required bend sequence and changeovers; a roll forming line is assessed against a repeated profile, coil-fed workflow and any inline operations. Ask for a sample trial against your own drawing before choosing either route.
What should a HFB-6500 quotation and trial show?
Ask for the proposed working length, tooling and bending sequence, material handling, electrical scope and exclusions. Agree the sample material, dimensions to measure and acceptance record for the offered build; do not infer guaranteed output from a model name.
Send your part drawing for a matched bending proposal
We will review the bend sequence, material and part length before confirming the offered machine scope and a suitable sample trial.
- Finished part drawing and bend angles
- Material grade, thickness and sheet size
- Longest part and critical tolerances
- Target parts per shift and changeover needs
- Power supply and destination country