Turning spindles - Import export

5-axis machining centres for milling and turning operations HELLER process competence at its best: machine series providing unique cutting performance for milling and turning operations Highlights Combined Processing: milling and turning on a single machine Tool provides 5th axis: 5-axis machining, horizontal, vertical and tilted turning High precision and cutting forces for turning operations due to specific spindle fixation Rotary table with direct torque drive Integrated balancing function Advantages A one-off investment that ensures flexible production today and in the future One machining centre for all machining tasks Two machine variants (CP/pallet changer or CT/table loading) providing maximum flexibility for use Typical HELLER performance for milling and turning operations Reliable productivity thanks to HELLER services

We are experienced in the production of parts made of different material. The majority is made of stainless steel. Moreover, we manufacture products made of hardened material of 64 Hrc.The manufacture is carried out on three different types of turning machines Classic turning machines (14 machines). Turning machines are of different sizes and different complexity. The machining is carried out by using sticks of different diameter with automatic feed. Products with diameter up to 64 mm from sticks or 165 mm from pieces can be machined. The length of the machined part can reach 118 mm. The most technologically advanced lathe can machine with two spindles and three turning machines, which can move in three axes and can carry 12 tools each, for a total of 36 tools. All tools can be driven. Driven tools can produce up to 40 Nm of torque. All tools are controlled by a tool monitor, which ensures timely replacement of the cutting tool and minimizes deviation.

Turned spindles, axles, shafts. Pistons for pneumatics, hydraulics, pumps. Ground, hardened, polished, chrome-plated.

Year of manufacturing : 2000 CNC control : FANUC 18i-T Number of axes : 5 Max. turning lenght : 205 mm Max. bar diameter in turning spindle : 20 mm Max. spindle speed : 8000 rpm Increment C-axis : 0.001 ° Spindle power : 3.7 kW Max. bar diameter counter spindle : 20 mm Max. counter spindle speed : 4500 rpm Counter spindle increment C-axis : 0.001 ° Counter spindle power : 1.1 kW Number of positions end attachment : 4 Number of motorized positions end attachment : 4 Number of positions guide bush holder 1: 6 Number of motorized positions guide bush holder 1 : 4 Live tools speed guide bush holder 1 : 5000 rpm Number of positions secondary operation : 4 Number of motorized positions secondary operation : 4 Lubrication tank capacity : 155 [l] Supply voltage : 400 V RS232 Interface : Yes Number of running hours : 40920 [h] Weight : 2200 Kg x1 IEMCA Genius 226/32 barfeeder x4 live turning tool holders x1 rotating guide bush x1 parts catcher x1 coolant tank

Manufacturer Gildemeister Model CTX 410 Year 2006 Condition Used Made in Germany Control unit Fanuc 32 Working hours 31320 h X-axis travel 250 mm Z-axis travel 635 mm Turning speed 5000 rpm Turning length 600 mm Turning diameter 505 mm Spindle taper VDI 30 Spindle bore 75 mm Motor power 21 kW Number of turrets 1

Throttle Valves for In-Line Assembly DV ▪ Throttle and shut-off the flow of liquid media in both directions ▪ Designed for in-line assembly with female BSP, NPT and SAE threaded connections ▪ Graduated turning knob and coded spindle to accurately control flow ▪ Set-screw located on side of turning knob to lock valve in position ▪ Panel mounting nuts available on request ▪ Maximum working pressure: up to 350 bar / 5000 PSI Throttle Valves for Manifold Mounting DVP ▪ Throttle and shut-off the flow of liquid media in both directions ▪ Designed for manifold mounting with either 4 or 6 mounting holes ▪ Graduated turning knob and coded spindle to accurately control flow ▪ Set-screw located on side of turning knob to lock valve in position ▪ Panel mounting nuts available on request ▪ Maximum working pressure: up to 350 bar / 5000 PSI Throttle Valves for Cartridge Assembly DVE ▪ Throttle and shut-off the flow of liquid media in both directions ▪ Designed for direct installation into...

Application The BDW is designed to reface the seating provided in the engine block for receiving the flange of the cylinder liner. Capacity Refacing diameter range 90-180mm Features Centering in the cylinder bore is automatically effected by simply turning the centering spindle. The studs at the engine block are used for rigidly clamping the BDW to the engine block. The seating is refaced to the preset depth by the simultaneous application of both a rotary and a transverse feed motion to the single point cutting tool. While the single point carbide cutting is rotated around the seating, a feed gear mechanism ensures a transverse feed motion. An adjustable depht stop makes sure that all seatings are cut to the same depth.

Scope of application: -Conventional and CNC-controlled milling machines – for efficient precision machining -Horizontal installation – great variability and flexibility Product features : -Excellent ease of operation guarantees optimal handling in every situation -Fast adjustment for clamping range preselection -The clamping force is generated and preset via the hydraulic pressure of a hydraulic unit -Integrated scrapers ensure functional reliability and minimise cleaning -Fixing on the machine table by means of mounting holes in the vice base. Additional holes can be made in the soft middle section of the vice base -Optional centre jaw allows two or more workpieces to be clamped -Coarse adjustment is performed by turning the spindle. The residual stroke of up to 4.5 mm is performed via a hydraulic unit with spring reset by means of a single-acting cylinder

Scope of application: -Conventional and CNC-controlled milling machines – for efficient precision machining -Horizontal installation – great variability and flexibility Product features : -Excellent ease of operation guarantees optimal handling in every situation -Fast adjustment for clamping range preselection -The clamping force is generated and preset via the hydraulic pressure of a hydraulic unit -Integrated scrapers ensure functional reliability and minimise cleaning -Fixing on the machine table by means of mounting holes in the vice base. Additional holes can be made in the soft middle section of the vice base -Optional centre jaw allows two or more workpieces to be clamped -Coarse adjustment is performed by turning the spindle. The residual stroke of up to 4.5 mm is performed via a hydraulic unit with spring reset by means of a single-acting cylinder

◆The ultimate process-intensive multi-tasking machine that can process any workpiece ・High-precision machining is possible regardless of the work weight with a 5-axis configuration of tilting the spindle head and turning the table ・It also supports a wide range of processing from titanium to aluminum with various of spindle line up.

We manufacture turned parts such as threaded bushings and nuts for mechanical engineering, power plant technology and for furniture technology. The treatment of the turned parts takes place on our CNC turning machines, conventional lathes, 6-spindle multispindles or automatic lathes. Threaded bushings and thread nuts are usually supplied as a system with matching stems (spindles).

The vario quick is an end-stop system with standardized adjustable workpiece end-stops. It saves valuable work preparation time and gives you significantly more flexibility. Since you always have the required clamping length on hand – without having to produce the end-stops yourself. The clamping length is set for the end-stop screws / blank screws via a threaded spindle. One half turn corresponds to 1 mm adjustment travel. The sets can be expanded individually with separately available end-stop and blank screws. The vario quick end-stop system can also be used stationary under specific conditions [table bore required]. As an alternative, we recommend our vario part system.

The vario quick is an end-stop system with standardized adjustable workpiece end-stops. It saves valuable work preparation time and gives you significantly more flexibility. Since you always have the required clamping length on hand – without having to produce the end-stops yourself. The clamping length is set for the end-stop screws / blank screws via a threaded spindle. One half turn corresponds to 1 mm adjustment travel. The sets can be expanded individually with separately available end-stop and blank screws. The vario quick end-stop system can also be used stationary under specific conditions [table bore required]. As an alternative, we recommend our vario part system.