Most Popular Products
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WILAMAC builds press brakes, shearing machines and press brake tooling at Xiangshan Industrial Park, Maanshan, China. Every machine is configured against your material, thickness and maximum bend length, and because the tooling is made in the same plant, punch, die and crowning compensation are matched to the parts you actually run.
CNC and NC press brakes for accurate, repeatable sheet metal bending — from single-machine workshops to tandem and robotic bending cells. Each machine is configured to your part range and shipped with matched tooling, so it is production-ready on arrival.
Bending force 30–400 T (up to 1,000+ T on request), bending length 835–6,000 mm (or custom segmented/full length)
NC, CNC, tandem and robotic bending configurations
Electro-hydraulic synchronised ram with CNC controller and motorised back gauge
Standard punches and dies matched to the machine, plus custom tooling built to drawing
Round bar cutting and chamfering machines for gear, fastener and bearing production — cutting bar to length and chamfering bar or gear ends as one continuous flow, instead of two separate operations.
Cutting diameter 【10】–【70】 mm at 【60】 pcs/min
Automatic feeding and length setting for continuous production
Bar end and gear chamfering in the same flow
Blade sharpening and replacement service to keep the line running
Press brake tooling and spare parts for machines already in service — standard punches and dies, clamping systems, and special dies built from your drawing. Tooling is supplied as a matched set so bend angle and repeatability hold across the run.
Standard and segmented punches and dies; fully customizable tool holder styles compatible with all major press brake brands (European, American, Wila/Trumpf, and OEM drawings)
Quick-release clamping and tooling changeover systems
Special dies: hemming, curling, offset, large-radius and no-mark bending
Spare parts and consumables held in stock for fast shipment
Bending cells, robot loading and linked machine lines for shops moving from single machines to continuous production. Line layout, machine mix and automation level are defined from your part family, volume and labour structure.
Robotic bending cells and automated loading / unloading
Linked cutting, bending and handling stations
Line output and cycle time agreed with you before order
Most enquiries start with a part drawing and a material. We check bend radius, tonnage and tooling against that part before quoting, then build the machine and the tooling together — so what arrives on site is a matched set, not a machine waiting for third-party dies.
Our team work closely with yours to understand your business and production goals
Heat-treated & surface-ground for consistent accuracy
You can rely on our team of trusted advisers to deliver on our promises
Deliver the right parts, at the right price, on time, every time
Tooling and machine from one plant. Punch, die and crowning compensation are matched to the machine they run on, not sourced separately. Configured to your forming envelope. Tonnage, bend length and control are set against the material and thickness you actually run.
Automation projects fail for a predictable reason: they are bought as equipment rather than managed as a process change. A robot bending cell bolted onto a shop that has not…
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Standard press brake tooling covers straight bends in common materials. Everything else — hinge curls, louvres, offsets, unusual radii, tight pitch gang tooling — has to be built to order.…
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The fibre laser has become the default cutting machine in most sheet metal shops — but the specification conversation is still dominated by a single number: laser power. Power matters,…
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A shearing machine looks like the simplest machine in a fabrication shop and is often bought as an afterthought — usually right after a press brake. That ordering is backwards.…
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A press brake is the most consequential machine purchase in most sheet metal shops — it sets the limits on what you can bend, how fast you can bend it,…
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A shearing machine is judged by one thing: whether the blanks coming off it are square, straight and consistent enough that the next operation — usually bending — does not…
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Buying a press brake is not a matter of picking the largest tonnage you can afford. It is a matter of matching three things to each other: the parts you…
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When bend angles start drifting, the first suspect is usually the machine. In most shops the real cause is the tooling — a punch tip that has rounded, a die…
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A fiber laser cutter is the single largest capital decision most sheet metal shops make after a press brake. It is also the one most often bought on a single…
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Automation in sheet metal fabrication is usually sold as a technology upgrade. It is more accurately a labour and consistency decision — and like every capital decision, it pays in…
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The single biggest delay in getting a fabrication quote is an incomplete enquiry. When a drawing arrives without a material specification, or a quantity arrives without a tolerance requirement, someone…
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Louvers are one of the few sheet metal features that a standard punch and die set cannot produce. They need a dedicated louver punch die, and the tooling has to…
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Learn how to choose the right press brake tooling based on sheet thickness, bend radius, and tonnage limits. Includes sizing rules and tooling type comparisons.
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Learn how to choose the right press brake tooling. Covers V-die opening rules, tonnage limits, bending methods, and tooling materials to ensure bending precision and efficiency.
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Send us your specific machine requests or part drawings. Our engineering team is ready to analyze your production needs immediately.
Within 24 hours, we will provide a comprehensive technical assessment, tailored quotation, and personalized machine configurations.
Once specifications are confirmed, manufacturing begins under strict quality control. We keep you updated with real-time progress.
Every machine undergoes rigorous heavy-duty testing before worldwide secure shipping, ensuring zero-downtime installation.
Need a custom press brake tooling design or technical blueprint for your next project? Drop us a line below, and our engineering experts will respond with a detailed solution within 24 hours.
