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ECAD machine park in Lodz

The ECAD machine park comprises a 12 kW fibre laser, a Trumpf press brake (second one coming soon), a tube bending machine, CNC machining centres and lathes, Kemppi welding machines, a 2 kW Spartus laser welder, welding robots and a 3D scanner, all at a single facility at ul. Elektronowa 6 in Lodz.

Below you will find the name, key parameters and service for every CNC machine and piece of equipment, as well as our software: SigmaNEST for cutting programs and SigmaBEND for bending programs. More about the facility and ECAD.

Not sure which machine will make your part? Send a drawing or 3D model: we will select the machine and process when preparing your quote.

Send your drawing for a quote

or call us: +48 697 270 000
Mon–Fri 8:00–16:00

We have listed our machines roughly in the order of material flow through the plant: from cutting to quality control. Prefer to search by name? See the full machine table.

  • HSG laser cutting head low above a sheet of metal, cutting sparks at the nozzle; a cut strip of sheet metal in the foreground.
    HSG laser head and a cut strip of sheet metal. ECAD shop floor.
  • Operator's hands placing a stack of sheet metal blanks onto the lower tool of a press brake; the upper beam and tool above.
    Blanks on the press brake.
  • Front view of a machining centre spindle head; beneath it, a ribbed aluminium part clamped to the table.
    Spindle above a clamped part.
  • Manual TIG welding: a welder in a helmet joins a rectangular tube to a flat bar on a fixture plate on a perforated welding table.
    Manual TIG welding on a welding table.

Machine park: machine, type, parameter, service

Below are our plant machines, including those arriving soon, as well as the software we use to design and prepare cutting and bending programs: name, type, key parameter and the service it performs. Each machine name in the table links to its description further down this page.

Machines marked ‘coming soon’ are not yet in operation; the planned launch date and status are given for each of them below.

Cutting: sheet metal, tubes and profiles

4 items, including 1 coming soon

HSG laser, Bodor SK2 tube laser (coming soon), PTV and STIGAL cutting machines, SigmaNEST software.

We cut sheet metal on a 12 kW HSG G3015H V2 fibre laser with a 3000 × 1500 mm bed. The laser cuts structural steel, stainless steel and aluminium up to 40 mm, brass up to 16 mm and copper up to 12 mm; structural steel up to 20 mm with a high-quality edge. These are maximum values; we will confirm the thickness and edge quality for your part in the quote. Laser cutting programmes – part nesting on the sheet and cutting paths – are prepared in SigmaNEST. More: sheet metal laser cutting.

We will launch laser cutting of tubes and profiles soon, planned for December 2026, on a Bodor SK2 laser with a 3D head and a 6 kW source. The Bodor SK2 will cut round tubes Ø 8–230 mm as well as square and rectangular profiles with a side of 8–230 mm, up to 6500 mm long and weighing up to 300 kg, while the 3D head will cut bevels up to 45°. We are already accepting drawings and enquiries now. See laser cutting of tubes and profiles.

We also cut metals, plastics and stone (e.g. granite) on a PTV waterjet cutting machine, and perform plasma and oxy-fuel cutting on a STIGAL cutter with a Hypertherm HPR130XD (130 A) plasma source. With plasma, we pierce structural steel up to 32 mm and cut it up to a maximum of 38 mm. See waterjet cutting and plasma cutting.

  • HSG G3015H laser cutting machine: enclosed cabin with control panel and shuttle table, manufacturer's photo on a white background.
    HSG G3015H fibre laser cutting machine. Photo: HSG
  • Bodor SK series tube and profile laser: long tube feeding bed and enclosure with cutting head, manufacturer's photo.
    Bodor SK series tube laser (our model SK2, coming soon). Photo: Bodor
  • Sheet metal after part cutting, top view: rusty skeleton with an oval cut-out and numerous holes of various shapes.
    Sheet metal skeleton after cutting out parts.

Bending: sheet metal, tubes and profiles

3 items, including 1 coming soon

Trumpf TruBend 7050 press brake, second press brake coming soon, VLB bending machine, SigmaBEND programmes.

We bend sheet metal on a Trumpf TruBend 7050 press brake: 500 kN pressing force, 1530 mm bending length, 6-axis backgauge. Soon, planned for November 2026, a second press brake – a Trumpf TruBend 3130 with a longer beam for larger parts – will join our fleet. Sheet metal bending programmes are prepared in SigmaBEND. Details: sheet metal bending.

We bend tubes and profiles on an 11-axis VLB EB53CNC-RH CNC electric mandrel tube bender. Its rotating head bends left and right in a single cycle within a range of 6–53 mm (steel tube up to Ø 53 × 2 mm) and a bend radius of up to 255 mm. Whether we can bend your tube depends on the wall thickness, material and bending tools; we verify this when preparing your quote. See tube and profile bending.

  • Trumpf TruBend 7050 press brake from the front: TruBend 7050 lettering, two control screens and illuminated bending zone, manufacturer's photo.
    Trumpf TruBend 7050. Photo: TRUMPF
  • VLB EB53CNC-RH mandrel tube bender on a white background: long bed with sliding tube booster and bending head on the right, manufacturer's photo.
    VLB EB53CNC-RH bending machine. Photo: VLB

Machining

5 items

DN Solutions and Mazak machining centres, lathes, wire EDM machine, surface grinder. See also EU-funded projects under which we purchased part of our equipment.

We mill, including in 5 axes, on DN Solutions DVF 6500, DNM 500 II and DNM 4500 machining centres as well as on a Mazak CV5-500 centre. We turn using driven tools on three Mazak lathes. More: CNC milling and CNC turning.

We perform wire EDM on a Mitsubishi FA20 machine and grind flat surfaces on an Okamoto surface grinder with an 800 × 400 mm table. Full details: wire EDM and surface grinding. You can find the entire group of services under CNC machining.

  • Stack of ribbed aluminium parts next to a blue machining centre marked 500II; another part clamped on the table inside the open enclosure, control panel beside it.
    Batch of aluminium parts by the DNM 500 II machining centre.
  • Touch probe with a red stylus inside the bore of a ribbed aluminium part clamped to a machining centre table.
    Touch probe inside a part bore on a machining centre.

Welding shop

6 items, including 1 coming soon

Kemppi welders, Spartus 2 kW laser welder, FANUC robots, CUBE tables, furnace, EN 15085-2.

We perform manual welding using Kemppi welders and robotic welding on two FANUC welding robots. We have three stations with CUBE welding tables of our own design – a separate brand, CUBEWELD, website cubeweld.pl – plus one dedicated station for stainless steel and aluminium. See welding and robotic welding.

We also offer laser welding on a 2 kW Spartus Easy 2000 laser welder with single or double wire feed. The laser weld is up to 1.5–2 mm wide, so we choose laser welding for thin sheet metal, stainless steel enclosures and cabinets, and cosmetic welds that remain visible without grinding. Laser welding is not covered by our welding certificates. See laser welding.

Welded components undergo stress relieving in our annealing furnace with a 1000 × 1200 × 800 mm chamber. Smoltech spot welders will be added soon. See stress-relief annealing and spot welding.

We also weld for the rail industry: we hold the EN 15085-2 certificate (CL 2, activity P: manufacture of new assemblies and parts for rail vehicles), and we expand our scope with new WPS (welding procedure specification) and WPQR per order. See welding for the rail industry to EN 15085-2.

  • Welder in a helmet leans over a perforated welding table to weld a part clamped in an angle-section fixture; sparks fly, yellow table leg and green welding curtains beside it.
    Welding a workpiece clamped in a fixture on a welding table.
  • Perforated welding table: a row of clamps with stop blocks along the edge, grinding discs, a hammer and hand tools on the tabletop.
    Perforated welding table with clamps and tools on the tabletop.

Quality control

2 items

Scantech 3D scanner, granite surface plate, Mitutoyo height gauge.

We measure dimensions and compare them against the CAD model using a Scantech NimbleTrack-C Gen2 3D scanner: scanner accuracy up to 0.020 mm, and at a tracker range of 3.5 m, volumetric accuracy of 0.060 mm and measurement speed up to 6,630,000 measurements/s. This is the accuracy of the measuring instrument, not the tolerance of the manufactured part; tolerances are confirmed at the quote stage.

The same scanner is used for reverse engineering. We also check dimensions on a granite surface plate and with a Mitutoyo height gauge. More: reverse engineering and 3D scanning and 3D quality inspection.

  • Handheld Scantech 3D scanner with circular targets on its arms, resting on wooden boards on a shop floor table.
    Scantech NimbleTrack 3D scanner.
  • Mitutoyo height gauge: tall silver column marked Mitutoyo, keypad and display unit beside it; shop floor racking in the background.
    Mitutoyo height gauge.

Software

3 items

How to order: send a drawing, we will select the machine

Regardless of which machine we use to make your part, we prepare a quote based on a 3D model or drawing; we do not have a fixed price list. State the required service in your enquiry, or simply send the file: we will select the appropriate machine and manufacturing process ourselves. Regardless of the machine, we produce everything from one-off parts to batch runs.

Don’t have a drawing or model? We can scan the part with our 3D scanner at our plant or at your site, and our design office will build the model. More: reverse engineering and 3D scanning.

The order price depends on:

  • material and dimensions or material thickness
  • selected machine and process
  • quantity
  • additional operations (bending, welding, quality control)
  • lead time

See also: what determines the price of cutting and bending.

Prefer to call? +48 697 270 000 (Mon–Fri 8:00–16:00)

Prefer e-mail? biuro@ecad.com.pl

  1. Send a drawing, 3D model or photosWe accept PDF, DXF, DWG, STEP, IGES, photos (JPG, PNG, TIFF) and ZIP and 7Z archives, up to 10 files, up to 100 MB in total.
  2. Describe your orderMaterial, dimensions or thickness, quantity and lead time – and if you know which machine the part should be made on, include that too.
  3. We will reply with questions and a priceWe will review your enquiry, select the machine and send a quote, or ask for any missing details.
Send your drawing for a quote

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Machine park in Lodz: Elektronowa 6

All machines operate at a single facility at ul. Elektronowej 6 in Lodz, open Monday to Friday from 8:00 to 16:00; a second Trumpf TruBend 3130 press brake (planned for November 2026) and a Bodor SK2 tube laser (planned for December 2026) will join them there. We have been operating since 2008 and employ 25 people. Production at the ul. Elektronowej 6 facility is covered by welding certificates (EN 15085-2, EN ISO 3834-2) and ISO 9001:2015; the company also holds ISO 14001:2015 (environmental management system). Full list and downloadable files: ECAD certificates. See also contact and directions and our full range of services.

Production hall from above: CNC lathes and machining centres on the left and in the background, computer workstations, pallet truck and material racks.
Overhead view of the CNC machining hall.

Questions about our machine park

What machines does ECAD have?

We cut with an HSG G3015H V2 fibre laser (12 kW), with water on a PTV waterjet cutting machine and with plasma and oxy-fuel on a STIGAL cutting machine. We bend on a Trumpf TruBend 7050 press brake and a VLB EB53CNC-RH CNC mandrel tube bender. We mill on DN Solutions and Mazak machining centres, turn on Mazak lathes with driven tools, perform wire EDM on a Mitsubishi FA20 and grind on an Okamoto surface grinder. We weld manually using Kemppi welding machines, on two FANUC robots and with a Spartus 2 kW laser welder, and we measure dimensions with a Scantech 3D scanner and a Mitutoyo height gauge. We prepare laser cutting programmes in SigmaNEST and bending programmes in SigmaBEND. The full list with specifications is in the table above. See also laser welding.

Is the Bodor SK2 tube and profile laser already in operation?

Not yet: installation is planned for December 2026. We are already accepting drawings of tubes and profiles to check whether your part fits within the machine’s working envelope. See laser cutting of tubes and profiles.

Which laser do you use for sheet metal cutting and what is the sheet format?

On an HSG G3015H V2 12 kW fibre laser with a 3000 × 1500 mm bed. We cut structural steel, stainless steel and aluminium up to 40 mm, brass up to 16 mm and copper up to 12 mm; structural steel up to 20 mm with a high-quality edge. These are maximum values; we will confirm the material thickness and edge quality for your part in the quote. Details: sheet metal laser cutting.

Is the second Trumpf TruBend 3130 press brake already in operation?

Not yet: it will join the TruBend 7050 soon, planned for November 2026. It will have a longer beam for larger parts. More: sheet metal bending.

What certificates does ECAD hold?

Production at the ul. Elektronowej 6 facility is covered by welding certificates (EN 15085-2, EN ISO 3834-2) and ISO 9001:2015; the company also holds ISO 14001:2015 (environmental management system). Full list and downloadable files: ECAD certificates.

Related services

Not sure which machine we will use for your part?

Send a drawing, 3D model or photos: we will select the right machine from our machine park and the appropriate process when preparing your quote.

Send your drawing for a quote