1 die 2 blows header

FIDE EF1

Condition: used, Technical details: wire diameter - max.: 9,0 mm wire diameter - min.: 2,0 mm voltage: 380 V / 50 Hz V Bsdpfsvc Aklox Agzewi control voltage: 220 V Total power requirement: 18 kW Weight approx.: 5,0 t dimensions: Schmiermittelanlage: 830 x 650 x 1000 mm dimension machine xH: 3,3 x 1,5 x 1,45 m dimensions electric cabinet LxWxH: 0,7 x 1,5 x 1,75 m WIRING AND CUTTING MACHINE / MACHINE WAS UPGRADED WITH A NEW CONTROL SYSTEM IN 2000 A programmable, electronically-hydraulically controlled universal spring coiling machine for the production of right and left-hand tension and compression springs as well as torsion springs. The springs can be produced with any pitch and shape of spring body. Output max. 90 pieces/min. Outer spring Ø 10 - 120 mm Unlimited wire feed length, speed = 27 - 80 m/min. Coiling device: two-finger system wire thickness Ø 2.0 - 9.0 mm; spring outer Ø Ø 10 - 120 mm Single-finger system: wire thickness Ø 3.0 - 7.0 mm; spring outer Ø max. Ø 60 mm Equipment: 5x feed rollers, wire holder 3 mm two-finger Spring length measuring device LION PRECISION-PANTHER Wire roller holder POST, motor-driven, mandrel holder Ø 1,400 mm Lubrication system Control cabinet cooler RITA Hydraulic unit Optional many accessories and/or spare parts! i.D. *

Condition: good (used), Year of construction: 1970, Brand HILGELAND Bodpju Szucofx Agzowi Type CH 5 ALL Year of build 1970 Serial number 5282 Electric connection 380V Dimension l 5500mm Dimension w 2200mm Dimension h 1900mm (screw and rivet), capacity : M6 - M14, cutting length max. 200mm, variable speed: ... up to pieces 90 p/min, diameter 16mm

Condition: good (used), Year of construction: 1986, functionality: fully functional, machine/vehicle number: 39035, National Machinery 750 S3 Bwjdpfxjtnhp Re Agzei Operational - Working 5 FORGING STATION Supplied with control process and soundproof cabin Machine Size: 750 S3 Number of dies and punches: 5 Total heading load (kN): 2730 Number of strokes/min. (min/max): 90 Cutoff diameter: 22 mm. Cutoff length (min/max): 4,75/80 mm. Kickout stroke - die (min/max): 19/100 mm. Kickout stroke - punch: 52,4 mm. Motor size (kW): 55 Net weight (kg): 41.500

Year of construction: 1988, condition: good (used), Carlo Salvi 1 die 2 blow Bjdpfxshrdmxs Agzswi Model 780/SV Maximum Cutoff dia.mm: 6,35 Max. Cutoff length mm: 97 Max. K.O. length (die side) mm: 80 Max. Speed, pcs, per minute: 360

Condition: good (used), Year of construction: 2011, Industrial robot Manufacturer: Kuka Model: KR30-3 Year of manufacture: 2011 Reach: 2,033 mm Weight: 665 kg Payload: 30 kg Kuka controller KRC4 Weight: 150 kg Software version: V8.3.40 Kuka touch panel Bedpsi Ezv Nsfx Agzswi Kuka connection cables 24226ä

Condition: good (used), Year of construction: 1981, functionality: fully functional, SINGLE-DIE TUBULAR RIVET HEADER NATIONAL M5 Rebuilt on 2024 Operational, working. Available for any test. Number of die: 1 Number of pieces per min.: 300 Length Rivet: 20 mm. Depth of Pierce (max.): 5 mm. Cutoff diameter: 5 mm. Floor space (width): 1.300 mm. Floor space (length): 2.690 mm. Power of main motor: 7.5 KW Net weight: 3.100 kg. Bsdstxni Nepfx Agzswi Gross weight: 3.700 kg.

Year of construction: 1996, condition: ready for operation (used), Working width: 2300mm, max. roll diameter: 1500mm, working speed: 180m/min, including crane track and longitudinal cutting system, shaft, belt and wiring overhauled. Bweded Hr Uzopfx Agzji

Condition: used, Year of construction: 1989, Used, well-maintained GEIBEL+HOTZ surface grinding machine Model FS 50 SA Grinding area 500x250x375mm, Vertical automatic with fine-pole electro-magnetic chuck, Grinding wheel diameter 300x50x76.2mm, with paper band filter system, with manual dresser on top. various wheels and flanges Weight: approx. 2400 kg Bodpfxowq Nc Ne Agzewi Space requirement approx. 2500x1800xHeight 2500mm Machine is located with us in 71334 Waiblingen-Beinstein and can of course also be inspected. Please contact us.

Condition: good (used), Year of construction: 2012, functionality: fully functional, PLC controlled grinding function, Table size 1500 x 700 mm, Table load max. 1400 kg, Max. spindle - table distance 800 mm (magnetic table 60 mm high), Bwodpfx Agoxywgfszsi Prismatic "V" guildes & flat guides with Turcit-B coating, Spindle power 11kW, Wheel size D405 x 50 x d127 mm, Machine weight 8100 kg, Accessories and features - Electromagnetic table 1500 x 700 mm, - Automatic demagnetizing, - Automatic infeed - Portal electrical handwheel - Coolant system with paperband filtering - Magnetic separator. - New spindle bearing 1,5 years ago. Good working condition. Still in production. Located in Hungary.

Condition: used, Thread Rolling Machine, Cold Rolling Machine, Thread Rolling Machine, Profile Rolling Machine Manufacturer: PEE-WEE Model: UPW 24 Serial No.: P07 Year of manufacture: 2007 Maximum rolling force: 24 tons Maximum tool diameter: 270 mm Roll spindle diameter: 69.85 mm Tool bore diameter: 70 mm (nominal diameter) Maximum tool/reception length: 180 mm Maximum workpiece diameter: 50 mm Hydraulic motor power: 3 kW Roll drive motor power: approx. 5.5 kW Electrical connection: 400 Volt, 50 Hz, 10 kW - Pivotable roll spindle for through-feed thread rolling - Roll spindle speed adjustable in 4 steps via gearbox shift - Hydraulic unit integrated in the machine base - Operating manual with electrical schematic Space requirements (L x W x H): 2,000 x 1,450 x 1,900 mm Bsdpfjuz If Njx Agzewi Weight: approx. 3 tons Very good condition Plunge Rolling: The thread rolling tools, having the same pitch as the workpiece, form the thread by penetrating the workpiece up to the nominal diameter. The maximum thread length is limited to the width of the rolling dies. Through-feed Rolling: Used when the thread length is greater than the width of the rolling dies. Through-feed tools are divided into three sections – entry, calibration, and exit. Knurling rolls have no pitch and are swiveled at the lead angle corresponding to that of the profile to be rolled. Lead angle rolls differ from knurling rolls by having a pitch in the profile. The sum of the lead angle and swivel angle results in the effective lead angle in the workpiece.