CNC Press Brake
The Electro-Hydraulic CNC Press Brake combines servo and hydraulic control to synchronize ram movement. It is a sheet metal bending series with a published tonnage range of 40—1000T and machining lengths of 1600mm—16000mm. Those broad fields make the intended part and the selected machine configuration central to the enquiry.
Length and force answer different selection questions. A long bend belongs in the length requirement, while the proposed forming setup also needs a force assessment. Keep both values visible in the equipment request. The range endpoints do not describe a single standard machine or establish the material thickness that a particular configuration can bend.
| Specification | Configuration |
|---|---|
| Tonnage | 40—1000T |
| Machining Length | 1600mm—16000mm |
| Number of Axes | 3-axis, 4-axis, 6-axis, 6+1-axis, 8+1-axis (Y1, Y2, X1, X2, R1, R2, Z1, Z2, V) |
| Optional Systems | Delem、ESA、Cybelec、ESTUN |
Configuration options vary by model. Confirm the final specification, selected components and operating requirements with your quotation.
The electro-hydraulic servo synchronization system governs synchronized ram movement. CNC control supports multi-step programming and automatic adjustment of bending parameters. Together, these are useful subjects for a sequence review: how many stages the part requires, how it will be presented at each stage, and which settings need to be associated with those operations.
A servo CNC backgauge provides workpiece positioning. The published configuration also includes a machine frame, lubrication system, foot pedal, rear guard and electrical cabinet protection. The rear guard and operating position need space in the workshop layout, while the lubrication provisions belong in the equipment handover information. Their presence does not establish a particular safety certification or maintenance interval.
Use the bending drawing to describe the work, including the material, thickness, bend lengths and angles. Show the blank and finished shape together when possible. Long parts also need a clear handling plan: identify where they arrive, how they are presented to the machine and where completed work will go. That is a planning requirement to discuss, not an assertion that handling equipment is included.
A useful comparison set contains the parts you expect to make regularly and any unusually long or complex item that affects selection. Mark critical dimensions and the proposed bend order. This separates routine production requirements from exceptional jobs, helping avoid a machine choice based only on the largest number in a catalogue field.
Available axis descriptions are 3-axis, 4-axis, 6-axis, 6+1-axis and 8+1-axis. The specification names Y1, Y2, X1, X2, R1, R2, Z1, Z2 and V. Ask for the selected axis package to be written explicitly in the offer. Its relationship to the part's positioning stages is more useful than an axis count presented without context.
Optional control systems are Delem, ESA, Cybelec and ESTUN. If control familiarity matters for your team, include the preferred system in the enquiry and establish the version proposed. Review multi-step programming needs using an actual drawing. Do not assume that every named brand or axis arrangement accompanies every size in the range.
Before settling the installation layout, obtain the machine footprint, access requirements and proposed loading arrangement. Machining length is a processing dimension, not the total floor space required. A concise equipment schedule should record the chosen tonnage, machining length, axes and controller alongside the drawing revision used for selection.
The source describes an electro-hydraulic servo synchronization system that uses servo and hydraulic control for synchronized ram movement. This identifies the drive arrangement without specifying a measured synchronization error or finished-part tolerance.
The separate fields list 40—1000T tonnage and 1600mm—16000mm machining length. The proposed force and length combination needs to be identified for the equipment under discussion.
Multi-step programming and automatic adjustment of bending parameters are described. Provide the required sequence and confirm how the offered controller will be configured for that work.
The source lists 3-axis through 8+1-axis arrangements and optional Delem, ESA, Cybelec or ESTUN systems. Record the actual selected package rather than assuming the full list is supplied together.
The published tonnage field does not include a material-specific thickness schedule. Send material grade, thickness, bend length, angles and the part drawing for a configuration discussion tied to the proposed work.
Share your material, dimensions and process. Start a conversation about the right configuration.