SmartPower B8X38-400 t Servo-hydraulic efficiency

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EFFICIENT-PRECISE-VERSATILE The smart basis for your success

The advantages

(3) Highly compact servo-hydraulic injection molding machine with outstanding stability
_{rm{\tinycent}}\gg High-precision injection units with extensive equipment options
(3) Top efficiency with ,Drive-on-Demand 2.0^{*} drive system as standard
y Additional energy saving through patentedKERS energy recovery system
_{\gg} User-friendly thanks toUnilog B8X control system with integrated assistance systems
x Short mold changing time through ergonomically optimized clamping system
_{\gg} Conversion into a full production cell possible with WITTMANN auxiliaries and the Wittmann 4.0 "Plug & Produce" integration package
》Attractive price/performance ratio

SmartPower B8X The system highlights

Servodriveisstandardforthehydraulicsystem ("Drive-on-Demand 2.0")

All SmartPower B8Xmachines are equipped with a combination of fast-responding servo motors withhighperformancefixeddisplacementpumpsasstandard. Thesystembenefits areextreme dynamism,highspeed andprecisionof themachine movements and minimal energy consumption.

Plasticizing unit-compact,maintenance-friendly AllSmartPowerB8Xplasticizing/injectionunits are pivo-table and designed for easy access.This offers optimal conditionsforquick accessto the screw.As an option,aggregateversionswithservo-electricinjection andplasticizingdriveareavailable.

KERS-the optimal energy utilizationsystem The patented KERS (KineticEnergyRecovery System) forinjectionmoldingmachinestransformsthekinetic energyreleasedbydecelerationprocessesintoelectrical energy.Theresulting electricalpoweris utilized within the machine,e. g.for barrel heating.KERS enables an additional energy consumption cut of up to 5%

Well-balancedclampingsystemprotectsthemolds The4pillarclampingsystemwithforcetransmissionvia a central pressurepad and twodiagonally positionedfast-stroke cylinders,ensures optimal force transmissionintothe mold and simultaneously ahigh level of mold protection.

》Sensitivemoldprotection

Withoutcoming intocontact with thetie-bars,the movingplatenis guidedonlinearguidesandrotating rollerbearings via a sturdymoving carriage with a high load capacity for heavy molds.The minimal rolling friction of the moving platen guide system offers ideal conditionsforhighly sensitive moldprotection and cleanness.

CLAMPING UNIT A perfectlybalanced power pack

Ample space forthe mold and for symmetrical force distribution Generously dimensioned mold platens and a clamping system with perfect symmetricalforce distribution provide an optimal environment for allkinds of injection molding tools, including all types of media connections.[1]

》Sensitive andprecise

Within theSmartPowerB8Xclamping system,the exclusivetask of thetiebarsisforcetransmissionbetween theexternalplatens. Withouttiebarcontact,themovingplatentravelsonthelinear bearings virtually free of friction [2]. In very few steps, the tie bars can be optionally retracted and reset. [3]

》Fastmovements

-The movingplaten isdrivenby two diagonally positioned travel cylinders. [4] Combination of the travel cylinderswith ahydraulicdifferential gear system enables quickmovements. The travel cylinders are dimensioned forhigh opening forces.[4]

》Compactdesignforminimalfootprint

The suction valveplaced at thebottom of thepressurecylinder reducesthelength of theclamping unit toaminimum.[5]

》Maintenance-friendlyandeasytoclean

Ampleuseof rigidhydraulictubesinlieu ofhosesreducespoten tial maintenancerequirements.[6]
Easy access to the ejector area and platen environment for machine setting [7]

DRIVETECHNOLOGY Energy efficiency with "Drive-on-Demand 2.0"

Fast-response,precise,economical

"Drive-on-Demand 2.0" is theinnovative combination ofafast-responding,speed-controlled and aircooledservomotorwithahigh-qualityconstantdisplacement pump.Thefastresponsespeed isfurther enhancedbyaboosterunitspeciallydeveloped in-housewhichenablesahigherclockfrequency.This drive unit is only activated as long asrequired formovements and pressure generation.During cooling times orcyclebreaksforpartshandling,theservo driveisswitchedoffandconsumesnoenergy.During operation,"Drive-on- Demand 2.0^{\prime\prime} provides the basis for highly dynamically controlled machine movements and short cycle times.

The"Drive-on-Demand 2.0^{\prime\prime} systemis standard equipment of theSmartPowerB8Xmachineseries.

A brake on operating costs

_{\mathfrak{d}} The"Drive-on-Demand 2.0" system is standard equipment.
_{\mathfrak{d}} 》 "Drive-on-Demand 2.0^{\prime\prime} lowers energy consumption by up to 35 per cent compared tomodernvariable displacement pump systems.
\gg Additionalenergy cost cuts throughreduction of idle power
x Lower total expense forcooling,since oil cooling is normally notrequired
y Lowermaintenance expense through longer preservation of the oil quality due to less thermal load
_{\mathfrak{H}} Lower sound emission levels, consequently less investment in sound protection required
x Easy retrofit of a second servo drive packagefor parallel movements [1]

The insider concept is an ex-works solution to transform aSmartPowerB8Xinjectionmolding machine into a fully fledged production cell.In itsbasicversion,the equipmentcell integratesa partshandlingsystem,a conveyorbeltforparts transport and a protective housing firmly connected with the machine.Additional equipment modules forfurther processing,quality documentation and packaging are available as options.For the design and configuration of such higher automation levels, theWITTMANN Groupplaces thecombined expert know-ledge of the entire group at itscustomers' disposal.

The advantages of insider automation _{rm{\scriptsizecent}} Materialflowsystematization

thanksto a uniform logisticsinterface for finished parts transfer at the end of the clamping unit,aprerequisiteforpositioning ofseveral machines in rows

） Reduction of production space by up to 50% compared to conventional automation solutions

Minimizationofrobotcycletimes throughshortertravelpaths andimmediate parts depositing on conveyor belt

(x) Easy access in spite of integration to the mold and the robot thanks to mobility of the conveyor belt integrated in the protective housing

(3) Cost benefits, sincesafetyfeaturesforall danger areas are already in place and certified ex works

(3) CEmarkincluded

for every machine with an insider solution.No more costs forindividual approval.

CE certified by type examination CE

DC TECHNOLOGY Direct Current as energy source

The WITTMANN Group is thefirst manufacturer of turnkey systems to offer machines and production cells able to make direct use of energy from renewable sources such as photovoltaics.Using alocal DC Microgrid such assupplied byinnovenergy AG,theinjectionmoldingmachine,aswellasrobots and temperature controllers, arepowered directlyby solarenergy via a DCintermediate circuit.In addition, storagebatteriescanbeused,sothatanyexcessenergy,forexample solarpower, can be stored effcientlyforeffective use later on.

More Sustainability

x Direct,efficientuse of renewableenergy sources:Direct useof renewable energysourcessuchassolarenergyor wind power,not only cuts energy costs,but also makes a positive contribution toprotecting the environment.
》Conservation of resources and reduction of investment costs by up to 50% savings of copper in a DC grid. The use of direct current enables more efficient utilization of copper cables,thus saving copper and reducing the environmental impact.
》Reduction of {\mathsf C}{\mathsf{0}}_{2} emissions (Greenhouse Gas Protocol Scope 3):By conversion to renewable energies and efficient use of energy,the {\mathsf C}{\mathsf O}_{2} footprint can be reduced, which contributes to climate protection.

RENEWABLE ENERGIES

SOLARENERGY STORAGE BATTERY

Increasing stability and reducing costs

》Storing energy:Photovoltaicsystems produce fluctuating amountsofelectricenergy.Tocontinueusingsolarpower intimesofnosushineitmakessensetouseastorage batteryunit.Thisincreases theinternal consumption rate andpromotesindependencefromexternal powersuppliers, and reduces the electricity costs.

PeakShaving:Energy storagebatteries can contribute to reducing costly load peaks.Thisleadstomore even energy distribution and prevents network overloads.

》Security of supply through bridging of powerfailures andcontrolledproductionstopincasesofprolongedpowergridfailurethroughintegratedpowerstoragebatteries (uninterruptible power supply - UPS is already included in theDCgrid).Theintegrationof storagebatteriesoffers uninterruptible power supply and protects the production process against unexpected powerfailures.

UNILOG B8X Complex matters simplified

The provenUnilog B8X control systemlogic with the high-performancehardwareis the WITTMANNBATTENFELD solutiontomakethe operation of complexprocesses easy. To this end,theintegrated industrialPChasbeen equipped with an enlarged intuitive touch-screencontrolsurface.The visualizationistheinterfacetotheWindows10loT operating system,which offers extensive capacity for process control.In addition to the swivel-mounted monitor screen unit, a fixed manual operating panel is installed in the central console.

Unilog B8X

Highlights

》Operating logic with a high degree of self-explanation, similarto moderncommunicationdevices

》2majoroperating principles

-Operating/movementfunctionsviatactilekeys Processfunctions on touch screen(access via RFID, key card or key ring)

》Processvisualization via 21.5" touch screen display (full HD), pivoting laterally

》Newscreenfunctions

Uniformlayoutfor allWITTMANN auxiliaries
Recognition of gestures (wiping and zooming by
finger movements)
Containerfunction-splitscreenforsub-functions
and programs

》Statusvisualization

uniform signaling system across the entire WITTMANN Group

-Headline onthe screenwith colored status bars and pop-up menus
AmbiLEDdisplayonmachine

》Operatorassistance

QuickSetup:process parameter setting assistant using an integrated material database and a simple querysystemtoretrievemoldedpartdatawith machine settings pre-selection Extensivehelplibraryintegrated

The process in constant view

》SmartEdit

SmartEditisavisual,icon-based cyclesequenceprogramming facility,whichenablesdirectadditionofspecialfunctions(core pulls, air valves,etc.)based on a standard process via touch operation onthe control system's monitor.In this way,a total user-defined sequence can be compiled from a sequence menu. Thismachinecycle,visualizedeitherhorizontallyorvertically can be adjusted simply and flexibly to the process requirements by finger touch with"drag & drop"movements.

The advantages

-Icon visualization ensures clarity.
-Clear events sequence through node diagram
-Alterations without consequences through"dry test runs"
-Theoretical process sequence can be quickly implemented in practice.
Automaticcalculationoftheautomationsequencebased on the actual set-up data set without machinemovements

》SmartScreen

-Partitioningof screen displays tovisualizeandoperate two different functions simultaneously (e.g.machines and auxiliaries)
Uniformdesignof thescreenpageswithinthe WITTMANN Group
-Max.3 containers canbe addressed simultaneouslyfor the SmartScreen function.
-Adjustments of setvalues canbe effected directlyin theset value profile.

Remotecommunication

》QuickLook4.0

Productionstatuscheckviasmartphone-simpleandcomfortable: -Production data and statusesof all essential auxiliatries inaproduction cell Completeoverviewofthemostimportantproductionparameters Accesstoproductiondata,errorsignalsanduser-defineddata Theproduction cell overview offersa clear,simple overview of theproduction cell's general condition and that of itsindividualWittmann4.0 auxiliatries.

》Globalonlineservicenetwork

Web-Service24/7:directInternet connection toWITTMANNBATTENFELDservice Web-Training:efficientstaff training bymeansof thevirtual training center

WITTMANN4.0 Communication in and with production cells

With its communication standardWittmann4.0,theWITTMANN Group offers a uniform data transfer platform between injection moldingmachines andauxiliary equipment from WITTMANN.Incaseof anauxiliatrychange,thecorresponding visualizations and settings are loaded automatically via an update function, following the principle of "Plug & Produce".

ConnectionofauxiliariesviaWittmann4.0

》 WITTMANNwaterflowregulatorWFC120, GravimaxblendersandAton&Drymaxdryers

-Units directly addressed and controlled via themachine's controlsystem
-Joint saving of data in the production cell, the machine and in the networkvia MES

》WITTMANNrobotswithR9controlsystem

-Operationofrobotsviathemachine'smonitorscreen
-High-speed communication between machine and robot to synchronize movements Important machine movementscanbe setviatheR9 robot control system.

y WITTMANN Tempro plusD temperaturecontrollers

-Setting andcontrolof temperaturesvia themachine's control systempossible
-Allfunctions can be operated either on the unit orvia the machine's control system.

Integration in MESsystem

The integration of machines and complete production cells in an MESsystem isa prerequisiteforaneffcient and transparent produc tion facility according to theIndustry 4.0 concept.

Depending on customers'requirements,smallandmedium-sized companies as well as global players are offered a compact MES solution based on TEMI+.With the Windows10 loToperating systemit is alsopossible to have selected statusinformationfrom allconnected machines on the production floor shown under SmartMonitoring on the display screen of every machine.

Wittmann 4.0 system

WithWittmann 4.0,a machine and its robots and auxiliariesaretransformed into a uniform technical organism,which communicates externallyviaa specificIP address. Such a "Single point entry”with an integrated internal firewall substantially increases cyber security.

"single point entry" via router into the Industry 4.0 world

OPTIONS Modular and flexible

SmartPower B8X

The option highlights

》Parallelmovements

Additional pump modules forparallel movements for ejectors and core pulls
forhigher performance(fast injection)
Building-up the nozzle contact pressure during mold
closing

》HiQ packages

TheHiQpackagesofferadd-onsforthe existingUnilog B8Xmachine control system software.They provide additionalfeaturestogivetheoperatormoreinformation abouttheprocess,andtofacilitateoperationof the equipment.

High-performance electricinjection unit fast-responding,precise,economical

The electricinjection unit comeswith a dual drive for the injection and dosing functions. A one-piece, torsion-resistant castframe withlinear guides and acentralballscrewdriveofferstheprerequisitesfor highly dynamicprecision in movements.The unit is freely accessible,compact and pivotable.

》Fastmedia connection

For the ergonomicallypositionedstandardconnection points for cooling water, air and core-pull hydraulics, fast coupling plates(individual and system plates) are available as options, as well as power plug systems for the hot-runnerheating circuits,temperature and pressure sensors, and coding signals.

》WITTMANN auxiliaries

The comprehensiverangeof WITTMANN auxiliaries offers the right solutions for all secondary processes of injection molding,including partshandling,material feeding anddrying,spruerecycling andmold cooling. Via the optional Wittmann 4.0 integration package, all additional auxiliatries canbeintegrated into the production cell according to the“Plug and Produce" principle.

APPLICATIONTECHNOLOGYB8/B8X Competence above standard

Clean-room injection molding

For ultra-clean products

Whenever medical components orelectronic parts must be produced in anenvironmentfreeofparticles,theSmartPowerB8Xconcept withits easy-to-cleanmold space providesa good starting position, which canbeadapted tomore stringent requirements by optional equipment modules.

Photo:Greiner Bio-One GmbH

Cellmould Structured foam technology

The production of structuredfoam parts bytargeted addition of pressurized nitrogen dioxide to the plastic melt prior toinjection intothe mold hasbeen a core competence of WITTMANNBATTENFELD based onin-house R&D for more than 30 years.

Photo:Kunststoff-lnstitutLuidenscheid

Airmould

Gas injection

Airmouldis theprocessforgas-assisted injectionmoldingdeveloped by WITTMANN BATTENFELD. Its two variants are the Airmould internal gas pressure process and the external gas pressure process Airmould Contour.

Combimould Multi-component technology

Whentwo ormoreplasticmaterialsindifferentcolors orwithdifferent attributesmustbecombined intoonepart,theSmartPowerB8X machines can be equipped with additional injection units in V, L,S or HH configuration and rotary tables with servo drive.

LIM Liquid Injection Molding

LIM designates the injection molding process to manufacture elastic parts from 2-component LSR (Liquid Silicon Rubber).For processing LSR products, WITTMANN BATTENFELD uses proven modular machines and automationconcepts,aswellasspecialplasticizing systems adapted to the viscosity of LSR.

PIM (CIM/MIM)

Powder Injection Molding

Powderinjection molding (PIM) isa manufacturing process forseries production of components made of metallic or ceramic materials. PIM is the ideal production process for making complex,functional componentsinlargebatches andwith stringent demandsplaced on the materials.

SmartPower COMBIMOULD Highly versatile multi-component injection molding

SmartPowerstands fortheWITTMANNBATTENFELDinjectionmolding machines with smalltomedium clampingforcesizes(110to400t),featuringahighlyefficientservo-hydraulicdrivesystemcombined withacompacthydraulic clamping unit andleaninjectionunitsinthe internationalstandard sizes of 70 to 1670.

Combimould stands forWITTMANN BATTENFELD'smulti-component injectionmolding technology.ln thisprocess,abasicpartisproduced inthefirstinjectionmoldingstation,thenplasticcomponents indifferentcolorsormadeofdifferentmaterialsareaddedinoneorseveralmoreinjectionmolding stations,allinonecyclicalsequence.nthisway,variousmaterialattributesarecombinedwitheach otherto create a composite part of betterquality interms of visualattractiveness andfunctionality. This materialcombinationtechnologycanbeused toproduce individualparts as wellas integrated componentsjoined togetherby assembly injectionmolding.Depending onthe parts geometry in each case,thisrequiresdifferentprocessvariants.

TheSmartPower Combimould in sizesfrom110 to400tcombinesthe advantages of the generously dimensioned andflexiblyadjustableSmartPowerclamping unitwiththehighperformanceoftheEcoPower's allelectricinjectionunits.Agreatvarietyof combinationoptionswithoneorseveraladditional plasticizing/injectionaggregatesindifferentconfigurationsmakesitpossibletocreateahighlyflexible and efficient designtailored tofit all conceivable requirements.

SmartPower Combimould Applications

》Back molding

Simplebackmolding of two orthreeplasticlayers onabasepart orcertainareas thereof isthemost frequent application.Examplesaredecorations or anti-wearprotectionlayers.

》Assembly injectionmolding

By targeted use of the differencesinattributes of the plasticmaterials combined witheach other,assembliescanbeproduced with individual movable or detachable parts.Examples areflexible toyfigures, chain links,switch rockers or spout closures with resealing caps.

》Hard-softcomposites

Animportant field of applicationfor assembly injectionmoldingissealinstallation.nthisprocess,sealing lipsmadeofsiliconeorthermoplasticelastomerscan bemolded directlyontohousingbodiesortechnical parts in a second injection molding step.

》Overmolding

"Overmolding" is a special form of hard-soft combination,wheresoft,skid-resistantsurfaces arecreated onhousingpartsorappliancehandleswithelastomer layers.

Sandwichinjectionmolding-co-injection technology This processserves toproduce parts with a three-layer structure,consisting of two continuous outersurface layers andacore layer.Interms of processtechnology. this is achieved by consecutiveinjection of two materials through the same nozzleinto a conventional mold. A foamed orreinforced core component improves the part's mechanical attributes.Costs can be reduced by using regrind and Cellmould foam technology.The surfacelayers consisting of high-grade materials provide the desired high-quality surface attributes.In the packagingindustry,barrierlayers canbeincorporated in theparts.Reproducible,attractive marbling effects canbe achievedbyswitchingseveral times between two materials of different colors. Depending on the areaofapplicationandtherequirementstobemetby theproduction equipment,a sandwich adapterplate or a sandwich and interval nozzle is used.

COMBIMOULD PROCESSTECHNOLOGY Optimally coordinated solution

》Rotary unit process

The standard process

Rotaryunit technologyisthemostfrequentlyused Combimould variant.Iit is used both for overmolding and back molding.Here,the ejectorhalf of an \mathsf{X}+ X-cavity mold is mounted on a rotary unit.The rotary unit canbe designed for alternating rotationmovements of +/- 180 degrees (2 stations),120 degrees (3 stations) or 90 degrees (4 stations). Following theinjectionmoldingprocessinstation 1,thebasepartproduced thereis transferred to the overmolding station by opening and rotating the mold half on the ejector side.Parallel to molding the additional componentsin the subsequent stations,the next base part is produced in station1.The finished part is removedfrom the laststation.

》Indexplateprocess For complexpartdesign

Inindexplatetechnology,therotation and transfer mechanism is an integral part of the mold.This processmustbe applied if the second component is to be added on both sides of the part.To this end,the preformmustbetransferredtoastationtoreceivea modified shape onbothsides.Thisis carried outwith thehelpof anintermediate plateinside themold,also known asindex plate,by which the parts are lifted out ofstation1,turned andthenre-inserted intostation2. The drive systemfortheindexplateiseitherintegrated in the mold or maybe connected to the machine with a servo-electric drive.Rotations of +1 180 degrees(2 stations), 120 degrees (3 stations) or 90 degrees (4 stations) are possible.Theindex plate system offers themaximum possible flexibilityformoldedparts engineering.

》Transfer process

Forspecial cases and small seriesprojects

This process is used as an alternative to the index plate process where the molded part No. 1, due to its geometry,has aninsufficientcontactarea ontheindexplate forbeing transported bytheindexplatebetween the injectionmoldingstations.Othertypesofapplications are combinations of bulky inserts (such as screwdrivers or knife blades) with plastic components,ora low-cost production alternativefor small series.

》Valvegateretractionprocess

Toaddflatcomponentswithoutpartstransfer

Invalvegatetechnology,the second componentis addedwithoutpriormoldopeningandrotation.The differentgeometryrequiredinsidethecavityisproducedbyahydraulicvalvegatewhich,whenretracted， providesthespaceforaddingthesecond component.

In spite of a longer cycle time due to serial productionsteps,thevalve gateprocess maybe ofinterest economicallyinmold technologyforsmall numbers of unitsbecause of thelowercost of mold technology. Insome cases,the compactmold designevenallows the use of smallermachines.However, a possible use stronglydependsonthedesignofthemoldedpart and onflat geometries of the additions.

COMBIMOULDINJECTION UNIT The right combination for every application

In addition to their aggregate in the standard H position(horizontal),SmartPower Combimould machines canbefitted withfurther aggregates in the following configurations:V(vertical),L(horizontal onthemachine'srearside),S(slanted orpiggy-back),orHH (horizontal,parallel,side by side).In theCombimould version of theSmartPower machines,thehorizontal aggregate comes as an all-electricinjection unit as standard.The first additional aggregate is controlledviathehydraulicmaindrive module and thus offers a higher performance level.

A third injection unit canbeoperatedeasilyvia an additional hydraulic module integrated in the oil tank.As an option, all three injection unitscan alsobe delivered as electric models.

The Combimould machine concept is designed for unrestricted parallel operation of all injection units with eachother.If required, operation ofthe ejector and the core pulls parallelto the clamping movement is also available as an option.

》Vconfiguration

Injectionfrom above,alsointo themoldparting line

Positioneddiagonally abovehorizontalinjectionunit

-Compact machine design
-Small footprint
-S and H aggregates movable independently
-Individually adjustable,moment-free nozzle contactforce
-Excellent nozzle accessibility

》Lconfiguration

Injectionfrom the non-operatorside,eveninto the mold parting line

-Slide device free on the rear of the fixed platen
-Injection unit supported on linear guides
-Large adjustment range
-Access to the nozzlesand to the mold from the rearvialargeoperatorsafetygate
-Fixedplatenfreeforstandardlinearrobot
-Nozle position stroke measurement incl.display in control system

》H-H configuration

Two parallel horizontal aggregates

-Both aggregates movable independently of each other
- Good thermal separation of the aggregates
Compact configuration
-Easy barrel change
-Brief material testing

H-H combination and other configurations and more than 2 injection units upon request

SERVO-ELECTRICROTARYUNIT Fast and precise

ForSmartPowerCombimouldmachines,rotaryunitswithaservoelectricdrive andrangingfrom600 to 1090~\mathsf{mm} indiameterare available as an option.

\gg Specifictechnical data

-Shortrotation cycletimes thanks to servo-electric drive
-All rotary units arelaid out for rotary feed-through of the connected media-for up to 12 media circuits(temperature control, pneumatics,hydraulics)as well as power circuits and sensors.
-All rotary units are available for 2., 3-and 4-station operation.
-Available forboth reversing and round-loop cycles
-Accurate positioning with electronic rotation angle measurement
- End position dampening
-Indexing device
-Rotation parallel to machine and robot movements possible
-Rotationmodule canbe deactivated via control system
-Easy,flexible installation and removal possible

》Extension options

-Extendednumberofmediacircuits -Customized ejector positions -Installation of magnetic mold platens -Data transfer modules

y Tie-bar removal device available as standard

Fortheinsertionofbulkyorextra-largemolds,oneofthetiebars canberetracted and subsequentlyreturned toits original position in just a few steps.

DATA SmartPower B8X38

1) theoretical according to EUROMAP 62) according to WITTMANN BATTENFELD norm 3) calculated according to EUROMAP 60.1 (Cycle 1) 4) according to ONORM EN 201:2010 annex K 5) length with medium screw diameter in rearmost operating position 6) max. V2 on fixed platen II max. 263 on moving platen

DATASmartPowerB8X80/90

DATA SmartPower B8X XL 135

DATA SmartPower B8X XL 190

1) theoretical according to EUROMAP 6 2) according to WITTMANN BATTENFELD norm 3) calculated according to EUROMAP 60.1 (Cycle 1) 4) according to ONORM EN 201:2010 annex K 5) length with medium screw diameter in rearmost operating position 6) max. V2 on fixed platen II max. 263 on moving platen

DATA SmartPower B8X XL 250

DATA SmartPower B8X400

Due to the great variety of TPE types,the bonding strengthmustbe checked in each individual case.

The bonding strength also depends on the part geometry,process conditions and processes involved.

WITTMANNBATTENFELDGmbH WienerNeustadterStrasse81 2542 Kottingbrunn|Austria Tel.: +43 2252 404-0 info@wittmann-group.com www.wittmann-group.com