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WARICUT HWE

The WARICUT® HWE series is the newest deve­lo­p­ment from H.G. Rid­der GmbH. We pre­sen­ted the HWE machi­ne type for the first time at the Euro­blech 2004 in Han­no­ver – the new con­cept was very well recei­ved by our cus­to­mers and inte­res­ted par­ties.

The step to ano­ther series in the area of flat­bed machi­nes in addi­ti­on to the WARICUT® HWM was neces­sa­ry in order to also cope with the acti­ve demand from over­se­as. Becau­se it is only pos­si­ble with the WARICUT® HWE to dis­mant­le the machi­ne frame into sepa­ra­te com­pon­ents.

The bene­fits of such a design are quite obvious:

  • short dis­mant­ling and assem­bly times of the machi­ne frame
  • easy and space-saving pos­si­bi­li­ty of also ship­ping lar­ger machi­nes in stan­dard over­se­as con­tai­ners

In doing so, it goes wit­hout say­ing that you do not have to dis­pen­se with the usu­al qua­li­ty and pre­cis­i­on of our machi­nes!
The basic dif­fe­rence, as well as the frame which can be dis­mant­led, for the HWM is the gan­try dri­ve. Pre­cis­i­on gear racks have been used for both the­se axes; all other axes con­ti­nue to be moved using ball screw spind­les.
Lar­ge machi­ne lengths in the flat bed area are also pos­si­ble due to the use of gear racks as the­se lengths can only be rea­li­sed with extre­me­ly high com­ple­xi­ty using ball screw spind­les.

Machi­ne frame and cut­ting basin are usual­ly sepa­ra­ted for all types in order to rule out ther­mal influen­ces on the machi­ne geo­me­try by hea­ting of the cut­ting basin.

Every machi­ne is indi­vi­du­al­ly desi­gned accor­ding to cus­to­mer requi­re­ments as sin­gle or mul­ti­ple head sys­tem in 2D or 3D (or a com­bi­na­ti­on). The­re is, of cour­se, also a choice of inte­res­t­ing addi­tio­nal equip­ment opti­ons.
Due to the modu­lar design of our sys­tems, every optio­nal func­tion pro­vi­ded by H.G. Rid­der GmbH can be retro­fit­ted.

Would you like some advice? We are plea­sed to make you an offer for the machi­ne of your choice!

The HWE machi­ne type is available in the fol­lo­wing sizes:

X (mm)Y (mm) 1Y (mm) 2Y (mm) 3Y (mm) 4

X (mm)

Y (mm)

12001200
15502050
2050155030504050 *
3050205030504050 *5050 *
4050205030504050 *5050 *
6050205030504050 *5050 *
9050205030504050 *5050 *
12050205030504050 *5050 *
15050205030504050 *5050 *
18050205030504050 *5050 *
21050205030504050 *5050 *

* Dou­ble arbour cross bar

Machi­ne dimen­si­ons (HWE‑P)

Beschrei­bungMaschi­nen­ma­ße
Posi­ti­on devia­ti­on PA<± 0,020 mm
Avera­ge posi­ti­on spread PS<± 0,015 mm
Stro­ke cut­ting head axis (Z)
  • 200 mm (2D)
  • 300 mm (3D)
  • 300 / 650 mm (3D)
  • 400 / 750 (3D)

Accor­ding to VDI/DGQ3441, the posi­ti­on devia­ti­on con­ta­ins sys­te­ma­tic errors (e.g. geo­me­try errors) while the avera­ge posi­ti­on scat­ter band only records ran­dom errors. The infor­ma­ti­on rela­tes to a mea­su­ring length of 1 met­re (RT=20°+1°C)