Spindles for internal, external, face , edge wheel and thread grinding
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face, edge wheel and thread grinding.

MA-type spindles for internal grinding with male taper connection Standard accessories. 3 wneei exieosions. 1 puHey and spennets Gr*aw lubncation (0**nl*1 Ijbncation on raquaat)

ME-type spindles for internal grinding with malo taper connection Siandard accesscnw; 1 wharf coni*, 1 e*tradc*. i *ne^ baJancmg arbor, OrMS* lutxcation iOsi m*si lubrication on request)

MH-type spindles for internal grinding Siandard *xetfc*ci<j$ 1 wtwclcentw, i «mctor. t wtmt balancing artxx. 1 pulley and spanned Greav? lubrcatton (O* -nisi kJbnctton on roqu*ST)

MN-type spindles for external grinding dWfton & rowan

MV-type spindles for internal grinding with female cylindrical connection Standard a«<»aof*s 3 e*ifrns*orts. 1 pulley and spanner* Grass* i\jtxicatiofi iO*t-«>rat lubrication on request) The hole lor fuonc*non ift «t *n The modi* or dlmenuon B

MV/N-type spindles for internal grinding with female cylindrical connection Siandard accessonoa: 3 eitens*oos. 1 pulley and spanners Gmaw luttocaton (Oil-mil lubrication on rocjuptj) The ho*a lot lubncatiori »s sat <n the middle of dtmenwn B

MZ-type spindles for internal grinding with reinforced female cylindrical connection Standard aocossonn 3 extensions. i pulley and spanners Grease lubncation \ C■1 -m $\ lubncaDon on request) The note tor lubrication it *et m the midcM of dimon«yi b

MZ/N-type spindles for internal grinding with reinforced female cylindrical connection Standard «X9iKyw 3 e*iens»om 1 pJf*y ard tpaanerc Gf*m h*ncal<« KNMM KiOncaK^ on f#que*1) The hon for lutvtcaiiofl is t*t in the middto or aunenwn 8

Hydrostatic spindles The nyoYosraiic suff»mnp; system c*n De *pp««J fo Any *p«» or Hvclro&oindto both foe emr- FeCfl Jprndfle r* dsWpnetf by mean* of A min«ompu1er and J*S faifurey ($vch mi itittntss. sup- porting capacity etc.) are oporwed acc&dw to specie reowemenrs. The poMon of a hydrostatic spindle shaft remains uncnangeo ai any speed, when The accuracy erf rotason in a rofcng bearing arrangement is affected by th* tum of the ■ ■ ' o« shape d Inner and outer nngs and of balls, while in a hydrostatic beanng arrangement the onry errors of shape present a*e those ol sMft and busing...

High frequency Tr*»ioruJ aptndfoa wfTi DM dnve have considerable limrtalo-is when they are used tor grinotng very smai tores or wrfr nigh speed tmeels. oven IhouQh Ihey Are m standard use In low and Average ipeed gnrv d<ng oporaion in lact. vacations Iroro the Onve and the resulting toads on ne rea/ bearings, the m versatility ^ speed adjustment are the faeces wrxn have grven rise to ihe development of the h»gn frequency system — construction with special materia* and suitable tacrine ■ angular ball beatings (preoson ABEC 7 and 9) — htghefftc^Cythroe-pfiase induction motor (complete *im...

High frequency

In recent ym. machining in an production sector* has been bet* tared Thanks to remarkable Improvements in component cngroenng 8aM bearings, lubricants, wheote tn their development have causao a cn*noo n gri^ng rnrthodt end the result of this it a reduction in machining time w/ln consequent increase in produttrvtfy High frequency #*ectro*ptnd*es can surety be included among the best exponents of this reakty No more man 10 ye*n ago they were ueed to oovp specul-purpow grinders, while nowadays Ihey are on on included in the standard eoupmeni or 9enefal<purpose grinders thanks also to the...

know when choosing "your" electrospindle Otmox tottnf The cfic"c e o T a nioh frequency unn shoukJ be rrade feting into ac- coufli ns field o* appucanxv Omlat produces 4 drffarent moduli — L LS efectfosptrKites of this series are licenced lor ■ o^lnkifs and Ioo4makor» i 9 for &mafl lot production and lor temporary UM Their technical features permit 9000 machining ttmes to be obtained, wtvfch would not be po*iu6U> with normal Delt dnve spndles Moreover, m th*s iiefd o* application the fre- quency convener can very often be used without any modifies- ton to conlrof me planetary grinowj head,...

The techr*CAf u&tes «hich <oiiow refer to *teci?o$p*f*3le5 »m oil- mat hjbrtcebon (!hit it turely tx> beri (or reaching Itmil ipood * jluot) arm wih bearings suneble *c* supporting 'ao*ai toads on*y (through SrxxAJ a permanent grease hjbneebon Of the tn*ia*»bon ol pre- loaded hearings surtabe lor supporvtg composed <ajoatra<*af) toads be contoured necessary. Ihe apeed w*l neve lobe downgraded by the value determined by our engineering department

L/LS-type electrospindles

M-type electrospindle

P-type electrospindle

I Wheel and collet chuck

High frequency electrospindle for grinding with automatic wheel change Pleas* state

Electrospindles - Lubrication defecate and baeK powil above at tree from sharp turn* and/or windings. thai cause pressure mtsi condensation. The unrt n prwded with two safety devices, tnjt quency convener in case type and necoefy ihodd

These etectrospndlos. equipped wrtfi an overbalanced motor (ferocity mounted on the axis cf fotabon, Are usually installed on horaonial apmdle grinding macftnM They only r«qa-e vary limited space hx msialiatton because of their compact conattuclion There are no vfcratton* caused by bell-pulley <Vrv* Speed can be changed by means or frequency confer

with fluid cooling Www W I Sianda/d accessonee: 1 wheel center, i ettracior i wheet balancing arbor and spanners m&ctm Of rotation I Grease lubncation I Higher powers and speoeJ wheel centers are aveJabte on request APPROXIMATE DIMENSIONS

Spaniard accds&ones i wheel earner, i extractor, i Wtmtt bitanctnq aitoof and spanners Grow lufcficatoon Higher pom and spocial tttwei wittfi v« awilata on request APPROXIMATE DIMENSIONS

They are used tot special machmingon vertical and hortzoolal sptn die grinding machine* 0 • doveta* sltdewaye. *et etc ) Surface grinding machine* (next to the main spindle), mOing-pUning math**e* or tranftor machine* are often equipped with these eiec- Great powers are then used on surface grtMMs (face priding win segmental wheels).