3-couche installations de soufflage de feuilles

pression d’alimentation: . capacité du liquide de refroidissement de la barre: . lPlage d’expansion: . mm

pressure: 100 tchamfer lenght: 3000 mmdistance between columns: 2700 mmControl: AMADA AMNC II-PC throat: 415 mmstroke: 200 mmdayligth: 500 mmadjustment of the rear stops: 600 mmtable width: 60 mmnumber of controlled axis: 7 ajustment speed: 200 mm/secbending speed: 20 mm/sectotal power requirement: 5,3 kWweight of the machine ca.: 6,7 tdimensions of the machine ca.: mIncludes:-Matrix holder for 1V matrices, pluggable, total height with holder: 140mm-Status indicator light-5-axis backgauge with stop sensor systemFolding robot: ASTRO-100 NTIncludes:-Standard gripper-Reposition gripper on the upper press beam-Regripping support for large workpieces - pneumatically drivenTechnical data see PDF attachment.Handling robot: ASTRO-MP20Includes:-Loading table with spreading magnets-Vacuum gripper Medium and Large-Combi gripper (suction/gripping) for vertical loading-Device for vertical loading of ...

Rated capacity: 2000 Wattwork piece lenght: 1075 nmTemperature range: 15 - 40 °Cdimensions: 550 x 1100 x 1200 mmtotal wight: 200 kgMobile laser welder with PenWelderhand-held PenWelder:- pulsed laser operation- average laser power up to max 500 W- Pulse duration 1 to 200 ms depending on application- peak pulse power 1000, 1500 or 2000 W- Siemens control- Integrated protective gas supply- Exchangeable -, adaptable process module (contact tips)- Pilot laser from laser source- Laser parameters via control panelLaser light cable LLK-A / BF 10:- Diameter(µ): 300 / 400 / 600- Length(m): 4 / 6 / 10 / 20Unit little usedThe data for this ad was created with ModulMWS - the software solution of LogoTech oHG.

axe des abscisses : 700 mmaxe des ordonnées : 1.000 mmaxe des z : 500 mmcharge maximale de la table : 900 kgpuissance totale requise : kWpoids de la machine ca. : tdimensions de la machine ca. : mmachine à mesurer tridimensionnelle 3D - PC avec logiciel, diverses sondes - Renishaw PH10MQLogiciel : PC-DMIS Pro 3.7 Maintenance Release 2

x-travel: 2100 mmy-travel: 520 mmz-travel: 500 mmControl: Heidenhain type: TNC 426 table surface area: 2800x520 mmworkpiece weight: 1500 kgdist. milling spindle - table surface: 200-700 mmspindle turning speed range: 12-15000 U/minspindle diameter: 90 mmspindle taper ISO: 40 Tool changer: 30 Posspindle drive: 22 kWtotal power requirement: 50 KVAweight of the machine ca.: 11 tdimensions of the machine ca.: 5.500 x 2400 x 3000 mThe data for this ad was created with ModulMWS - the software solution of LogoTech oHG.

diamètre de retournement sur lit: 920 mmdétrait de retournement sur repose glissière: 600 mmdétension de tournage: 12000 mmconsetage: 20 tonnes plage de vitesse de rotation: 3,6 - 172 U/minvolt: 380 Vresce totale requise: 90 kWpoids de la machine ca.: tdimensions de la machine ca.: m

x-course : 980 mm y-course : 1080 mm z-course : 280 mm Contrôle : taille de la table : 1.125 x 1.700 mm hauteur de la table : 800 mm diamètre : 435 mm pas de broche : 16 x 5 mmpuissance totale requise : kWpoids de la machine env. : 0,8 tdimensions de la machine env. : 2,08 x 1,98 x 2,0 mAccessoires :- Station de changement d’outils- Sonde TS20- Système de serrage

Axe des x : 600 mmAxe des ordonnées : 300 mmAxe des Z : 200 mmCharge maximale de la table : 25 kgPuissance totale requise : kWPoids de la machine env. : 40 kgDimensions de la machine env. : mSystèmede mesure de production 3D Moniteur de 15 pouces (monté sur un chariot de transport)Comme neuf, utilisé seulement 4 à 5 fois

total power requirement: kWweight of the machine ca.: tdimensions of the machine ca.: m6-axis industrial robot YASKAWA MH502 CNC rotary tables1. rotary table 1 and rotary table 2limited Nmax=1.300 1/minReduction ratio I= 1:72Nmax: Reduction ratio and Nmax motor corresponds to 120°/sec on the tableMdnenn. Output = 828 NmMaximum centric loading weight = 15 kNCentering force from inside to outside clamping = 7,540 N @ 6 barCentering accuracy in the gripper = 0.05 mm [PA]Rotary field restriction depending on cable and hose situationProvided for ± 720° (provide for this in the robot controller)Motor: YASKAWA SGMRV-20ANA-YR11Milling spindle: AMTRU (CH), type Flexicut 250Gearbox: ZAE Hamburg, type: S100B-1300/65-HOX-72.0:1-3000Version: with Yaskawa servo axis + ZAE worm servo gearboxThe data for this ad was created with ModulMWS - the software solution of LogoTech oHG.

performances de filtration: . l/minlargeur de la toison: . mmtempérature: . C

cutting diameter: 280 mmcapacity 90 degrees: flat: 380 x 260 mmcapacity 90 degrees: square: 260 x 260 mmturning speed range:: 40 / 80 m/mindimensions of saw-band: 3440 x 27 x 0,9 mmengine output: 1,5 / 1,8 kWweight: 670 kgThe data for this ad was created with ModulMWS - the software solution of LogoTech oHG.

engine output: 375 kWcubic capacity: 12809 ccmdriven kilometers: 225000 kmallowable maximum weight: 18/56 Tgear box: automatic size of tire: 385/65R22,5 The data for this ad was created with ModulMWS - the software solution of LogoTech oHG.

length: . mmwidth: . mmheight: . mmweight: . kgFahrbahrThe techn. Data are manufacturer or operator information and therefore non-binding. We reserve the right to prior sale, Our terms and conditions of sale apply exclusively.About usMore than 400 of our own machines in the warehouseMore than 8500 m² of storage space, crane capacity 70 tMore than 1000 items Accessories for your workshopYou want to sell machines, production lines or your company, then contact us.The data for this ad was created with ModulMWS - the software solution of LogoTech oHG.

x-travel: 1600 y-travel: 1300 mmz-travel: 1450 mmControl: Siemens 840C Changeur d’outils: 100pos nombre de vitesses de broche: 10-4000U/min tool taper: Iso50 A-axis: -100/+10 c-axis: 360.000 0total power requise: kWpoids de la machine ca.: tdimensions de la machine ca.: m

The data for this ad was created with ModulMWS - the software solution of LogoTech oHG.

weight max.: 20 taxial load -forward: 9 taxis load in the back: 9 tBrake system: size of tire: 550/45-22,5 total power requirement: kWweight of the machine ca.: tdimensions of the machine ca.: mThe data for this ad was created with ModulMWS - the software solution of LogoTech oHG.

bar capacity: 1-16 mmturning length: 160 mmControl: Fanuc turning speeds: 100 - 12.000 U/minNumber of axles: 6 St.feed: 20 m/minbar length: 3 mtotal power requirement: 3,7 kWweight of the machine ca.: 3,40 tdimensions of the machine ca.: 6,37 x 1,10 x 1,95 m6 axes, 2 spindles:- Movable headstock: Z1, S1- 1 system of independent linear tool X1/Y1 (S3)- 1 independent pick-up spindle with a system of independent linear second tool:X2/Y2/Z2 (S2)- 1 system of independent tools in back machining: 3 tools1 x driven toolLoading magazine Bechler, integrated into the machine2-3 turning holders1 x cutter1 x drilling quillOperating hours: approx. 40500 hThe data for this ad was created with ModulMWS - the software solution of LogoTech oHG.

bar capacity: 1-16 mmturning length: 160 mmControl: Fanuc turning speeds: 100 - 12.000 U/minNumber of axles: 6 St.feed: 20 m/minbar length: 3 mtotal power requirement: 3,7 kWweight of the machine ca.: 3,40 tdimensions of the machine ca.: 6,37 x 1,10 x 1,95 m6 axes, 2 spindles:- Movable headstock: Z1, S1- 1 system of independent linear tool X1/Y1 (S3)- 1 independent pick-up spindle with a system of independent linear second tool:X2/Y2/Z2 (S2)- 1 system of independent tools in back machining: 3 tools1 x driven toolLoading magazine Bechler, integrated into the machine2-3 turning holders1 x cutter1 x drilling quillOperating hours: approx. 40500 hThe data for this ad was created with ModulMWS - the software solution of LogoTech oHG.

vitesse de coupe: 15 - 90 m/minpuissance totale requise: 2,4 kWpoids de la machine env.: 0,95 tdimensions de la machine env.: 2,15 x 1,5 x 1,65 m

poids:. kgtaper MK: .

x-travel: 3000 mmy-travel: 2500 mmz-travel: 1000 mmControl: Siemens type: 840 DFeed: 5-30.000 mm/minTable area: 2000x2170 mmtable load: 1500 Kg/m²T-slots: 22 H9distance between uprigths: 2500 mmspindle turning speed range: 6000 U/minspindle drive: 36 kWspindle taper: HSK 100Tool changer: 30 total power requirement: kWweight of the machine ca.: tdimensions of the machine ca.: 8x6,4x4,4 mThe data for this ad was created with ModulMWS - the software solution of LogoTech oHG.

Diamètre de coupe: 350 mm Longueur de la bande de scie: 5270 mm Largeur de coupe: 335 mm Hauteur de la table: 800 mmVitesse de coupe: 0-110 m/minPuissance totale requise: 16 A kWpoids de la machine env.: 1,5 tdimensions de la machine ca.: 2,2 + 2 RB x 3,5 x 1,9 mDispositifd’eau de refroidissement Convoyeur à copeaux Convoyeurà rouleaux div. lames de scie

x-travel: 250 mmy-travel: 200 mmz-travel: 90 mmcontrol: 5D HSC 6000 A-axis: +/- 180 °b-axis: +25 -15 °spindle turning speed range: 40.000 U/mintool taper: HSK 25 E min./max workpiece dia.: 3 - 10 mmtool change unit: 7-fach total power requirement: 7 kWweight of the machine ca.: 0,85 tdimensions of the machine ca.: 0,78 x 1,85 x 1,165 mThe machine for dental use- suitable for metal, plastic, wood and zirconium blanks- 5 axes simultaneously- Milling spindle HFS 201 quick-change (has been overhauled)- High-frequency spindle HFS 301 quick-change (5,000-40,000 rpm, 3000 watts)- Additional tool change magazine with 14 places (linear pick-up system with collision protection)- Tool length scanning- Control software on Windows XP Professional: Adoption of DIN 66025 commands (G-code)- W.Loader workpiece changer for up to 30 blanks- Max. height of blanks: 25 mm- Extraction unit for effective di ...

turning dia. over bed: 3.520 mmturning diameter over slide: 3.000 mmturning diameter over slide: 2.440 mmturning length: 15.000 mmControl: Sinumerik 840 D SL turning speeds: 50 U/minworkpiece weight max.: 80.000 kgturning diameter: orig. 3500 / mod. 2400 mmaccuracy +/-: 0,01 °total power requirement: 110 kWweight of the machine ca.: 154,4 tdimensions of the machine ca.: 20,7 x 6,0 m- The modernization (2012) carried out on this machine mainly comprises a new mechanical main gearbox including main spindle drive and the addition of a holding brake plus integration into the existing electrical system.- In the course of the work, it became apparent that the two double-row cylindrical roller bearings had to bereworked.Thus, the entire bearing arrangement was modified and optimally adjusted.- In addition, control and safety-related points had to be modified.- Geometric acceptance report- Temp ...