From electrical cabinets and HVAC ducts to steel furniture and solar structures — see which machines and workflows match your production goals.
Tell us your product type, material thickness and expected output. We'll recommend a practical machine route.
Not all applications need the same equipment. We explain which machines are typically used for your industry and why — so you can make informed decisions.
See how cutting, bending and forming fit together in a production environment. The right workflow depends on your volume and product complexity.
No two factories are the same. We help you configure tonnage, bed length, laser power and automation options to match your actual part range.
Every application links to a specific sub-page, machine category, case study or inquiry form. You always have a clear next step.
Select a category to jump to the most relevant applications and machine setups.
Cabinets, enclosures and control units for power distribution and automation.
Ductwork, ventilation components and building fabrications.
Office furniture, shelving, kitchen equipment and commercial metalwork.
General fabrication, heavy plate, elevator components and industrial machinery parts.
Search by industry, product type, or material — or browse by category below.
We are steadily adding more application pages to cover additional industries, workflows, and production scenarios.
Blanks, brackets, panels, structural parts
General sheet metal fabrication for shops and OEM production lines. Covers blanks, contours, bends and formed parts across various material thicknesses and batch sizes.
Switchgear cabinets, distribution boxes, control panels
Control cabinets, switchgear enclosures and distribution boxes. Precision bending and cutting for consistent enclosure quality and repeatable dimensions at volume.
Machine housings, instrument enclosures, junction boxes
Metal enclosures and housings for industrial and commercial equipment. Laser cutting, press brake and shearing for enclosure panels, frames and protective covers.
Server racks, storage cabinets, console units
Industrial and commercial metal cabinets. Press brakes and laser cutting for blanking, contour cutting and bending of cabinet panels, doors and structural frames.
Control boxes, terminal cabinets, small enclosures
Small electrical enclosures and control boxes. Precision cutting and bending for mounting plates and component panels — options for high-mix low-volume or structured volume runs.
Rectangular ducts, fittings, flanges, connectors
HVAC ducts, ventilation components and fittings. Efficient cutting and bending for rectangular and spiral duct sections, flanges and connectors.
Not every application needs the same machines. Here is how common industry setups are structured.
Fiber laser + CNC press brake · Optional panel bender for high-volume panel runs
Typical products: Switchgear cabinets, distribution boxes, instrument enclosures
Best for: High-mix or volume cabinet/enclosure production
Shearing + CNC press brake · Optional laser for complex fittings
Typical products: Rectangular ducts, flanges, elbows, transitions
Best for: High-volume rectangular duct and fitting production
Fiber laser + CNC press brake
Typical products: Office desks, shelving, lockers, storage racks
Best for: Repeated cutting and bending of standard-size frames and panels
Fiber laser + CNC press brake · Optional V-grooving for stainless countertops
Typical products: Ventilation hoods, countertops, service counters, wall panels
Best for: Stainless and mild steel kitchen fabrications
Or browse individual machine types to compare specifications and configurations.
The exact route depends on part shape, material thickness, volume and finish requirements. Not every application needs all steps.
Select sheet or plate by material grade, thickness and dimensions. Blanks are cut from larger sheets or nested directly on the laser.
Fiber laser cuts contours, holes and complex shapes. Shearing handles straight cuts for simple rectangular blanks. The choice depends on part geometry and batch size.
CNC press brakes or panel benders form bends and flanges to final geometry. Tooling is matched to material thickness, bend angle and repeatability requirements.
Welding, threading, hardware insertion and finishing as required by the end product.
Powder coating, painting, anodising or simple cleaning — depending on material and application.
Not every application needs all machines. The right setup depends on your products and production goals. Tell us your part range and volume — we will recommend a practical workflow instead of a standard catalogue.
We match equipment to your product type, material range and production volume — not just a machine catalogue. Whether you make cabinets, ducts, furniture or structural parts, we suggest the practical setup.
From press brakes and laser cutters to shears and panel benders, you can configure a complete line from one supplier and keep your machine specifications consistent.
Tonnage, bed length, laser power, automation level and tooling options are configured to your part size, thickness and throughput targets. We build to your requirements, not a default spec sheet.
Equipment supplied to manufacturers in 120+ countries with installation, training and ongoing after-sales support. Documentation and communication are structured for international projects.
Send us your product drawings, material specs or production goals — we respond with a machine configuration proposal and a clear lead time. No generic catalogues.
Whether you work in mild steel, stainless steel, aluminium or specialty alloys, we recommend machines that handle your thickness range reliably and with repeatable accuracy.
Real projects, real configurations. See what machine setup worked for manufacturers in your industry.
Configured two CNC press brakes matched to the customer's largest panel dimensions, material thickness and batch volume for a new cabinet production line.
See the SolutionSelected laser power and bed size to handle 4–6mm structural brackets in batch runs, with nesting optimisation to maximise sheet utilisation.
See the SolutionFull equipment package — shearing, laser cutting and press brake — for a general fabrication workshop starting from scratch. Included configuration advice and layout planning.
See the SolutionCommon questions about sheet metal fabrication applications and equipment selection.
The core machines are: fiber laser cutters (contour, hole and shape cutting), CNC press brakes (bending and forming), and shearing machines (straight blank cutting). Panel benders add automated panel forming for high-volume production runs. The exact combination depends on your part geometry, material thickness and production volume.
Start with your part size (largest length, width and thickness), material grade, bend angles, production volume and level of repeatability required. For example, electrical cabinet production typically needs a medium-tonnage press brake with sufficient bed length and a fiber laser matched to the panel thickness range. We can walk through this with you — send us your part range and production targets and we will propose a configuration.
Often yes. Shears are more cost-effective for straight cutting of rectangular blanks and for trimming where laser complexity is not needed. Many production shops use both — laser for contours and complex shapes, shear for simple high-volume straight cuts. The right balance depends on your part mix and cost targets.
A press brake is operated cycle-by-cycle with manual part handling and is suited to a wide range of part sizes and bend sequences. A panel bender (or flexible bending centre) automates the bending of flat panels with multiple bends, often including automatic tool change and part handling. Panel benders suit high-volume, repeatable panel production. Press brakes are the better fit for high-mix, varied-size or large-format work.
Yes. We can configure a complete equipment package — typically laser cutting, shearing, press brake and optionally panel bending — based on your application, material range, part size and production goals. We also provide machine layout and workflow advice for new workshops. Contact us with your requirements and we will prepare a structured proposal.
The most useful details are: product type (what you make), typical material and thickness range, largest part dimensions, production volume (pieces per shift or per year), and bend complexity (number of bends, angles). If you have drawings or samples, attach them. With this information we can recommend a specific machine configuration rather than a general range.
We match equipment to your product type, material range and production goals. No generic catalogues. A configuration proposal tailored to your workshop.
To recommend a practical setup, include: