Original photographs and labelled component panels. Installed machines, colours and workshop stock illustrate configurations; the quotation defines what is supplied.
GW40 Rebar Bending Machine
The GW40 bends a supported bar around selected pins on a rotating work disc. The photographed cabinet carries operating controls and transport wheels; the operator still positions and supports the bar for the intended shape.
| Listed mass | 220 kg |
|---|---|
| Source dimensions; configuration to confirm | 850*750*800mm |
| Source motor power | 3KW |
| Source drive-rate field; cycle definition to confirm | 5-10r/min |
| Voltage options; exact motor to confirm | 380V/220V |
| Source bending range; steel grade to confirm | 6-32mm |
| Parameters to confirm | Confirm missing parameters and delivery contents for the exact configuration. |
The GW40 bends a supported bar around selected pins on a rotating work disc. The photographed cabinet carries operating controls and transport wheels; the operator still positions and supports the bar for the intended shape.
Match the bending diameter to the actual steel grade and choose pin sizes for the drawing. The source describes semi-automatic operation; the presence of a display does not establish automatic bar feeding or a complete cutting-and-bending line.
Send the bar grade and bending drawing, including radii and leg lengths. Match the pin or roller set and available support space to the actual model. A nominal range does not define every steel grade or bend geometry.
Request the exact model plate, operating manual, parts references and itemised delivery list. Quoted accessories, consumables and configuration choices should be recorded separately; workshop stock does not define the delivered set.
Confirm missing parameters and delivery contents for the exact configuration.
The GW40 bends a supported bar around selected pins on a rotating work disc. The photographed cabinet carries operating controls and transport wheels; the operator still positions and supports the bar for the intended shape.
Confirm supplied accessories, packing weight and dimensions, transit protection and delivery terms.
Confirm missing parameters and delivery contents for the exact configuration.
This listing describes the photographed bending arrangement; a separate cutting function is not assumed.
Steel strength, model, tooling and bend geometry need to be agreed together.
Send the bar grade and bending drawing, including radii and leg lengths. Match the pin or roller set and available support space to the actual model. A nominal range does not define every steel grade or bend geometry.
Identify the delivered model, component reference and measured mounting interface.
Match the bending diameter to the actual steel grade and choose pin sizes for the drawing. The source describes semi-automatic operation; the presence of a display does not establish automatic bar feeding or a complete cutting-and-bending line.
State the model or part, measurements and quantity. Ask for equipment, accessories and documents to be itemised separately.
The recovered same-product photographs show a forked bending head and rollers on a handheld hydraulic tool. It bends a selected bar at the head; the source cutting-machine title does not describe the photographed mechanism.
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Portable 28E rebar bender with listed 16–28 mm range, 1.8 kW and 220 V. Confirm steel grade, bend angle and tooling before selecting the machine.
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The source photographs show rotating-disc rebar benders with pin positions and a cabinet drive. One pictured unit has a different size label from the old catalogue title, so this listing is treated as a selection of bending-machine versions.
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