MATERIAL REMOVAL
Floor space and efficiency as a key concept The SwissNano 7 sliding headstock lathe has proven its worth in the machining of parts for the medical, dental, electronics and the micromechanics industries. It can optimise workpiece production in workshops, but how does it do this? First and foremost is the floor space. With a length of 3m and 1m width, the SwissNano 7 is extremely compact. This machine configuration even includes a high-pressure pump. Consequently, a workshop can accommodate 10 machines on a floor space of less than 80sqm. Since the machines have spindles equipped with optimised motor drives, heat dissipation is low. The workshop benefits from this in terms of reduced power consumption and less technical effort required to dissipate heat. For workshops with air conditioning, the electricity bill will be much lower. To enhance the characteristics in terms of machine heating and dissipation, the spindles are equipped with an integrated cooling circuit. To optimise the thermal characteristics, both the spindles and the rotating guide bush are provided with ceramic bearings.
Thermal behaviour The SwissNano has short thermal circuits. This is the basis of a machine concept that mainly consists of a symmetrical cast-iron core that allows perfect control over thermal variations of the machine, with quite simple results. Stabilisation of the SwissNano 7 sliding headstock lathe reportedly takes no more than five minutes, even under the most adverse conditions such as cold machine shops. Therefore the machine can provide maximum productivity from the very first workpiece produced. In addition to favourable thermal behaviour, the machine offers heightened rigidity. The wear resistance of the tools is excellent and permits cost savings and tool life enhancements of more than 30%. The structure of the machine and its base is simply perfect; it provides quick stabilisation and ultra-rigidity.
Production efficiency During the production process, the SwissNano 7 machine retains high dimensional stability and impressive productivity levels. Thanks to its compact footprint, its tooling system and kinematic system enable the machine to achieve a higher productivity rate than more complex, more expensive machines. These differences have been reported by one of the first customers of the SwissNano 7,
CUSTOM MADE
SOLUTIONS
TO YOUR EXACT REQUIREMENTS
Thanks to its compact design, 10 SwissNano 7 machines can be arranged on a surface of less than 80sqm.
• Quick delivery non-standard taps • Special thread forms • Carbide Step Drills • Extra long Carbide Drills with IK • Made-to-order Endmills • Regrind & Recoating
who noted the SwissNano 7 produces 650 parts per shift with a daily throughput of 1,300 workpieces across shifts. The previous machine had two supplementary tool systems and a theoretically higher performance, but could only produce 350 parts per shift. In this example, the small SwissNano 7 is 85% faster. One could also say that the customer needs three competitor machines to achieve the annual production of one SwissNano 7 machine. Furthermore, its thermal stability ensures the SwissNano’s scrap rate is much lower.
Workpiece quality and unloading Thanks to its pooled machining capabilities, the SwissNano 7 sliding headstock lathe allows a drastic scrap rate reduction. A well-designed machine core contributes to the overall quality of the machine. Often, it is very difficult to unload parts correctly without damaging them; the SwissNano 7 offers an excellent solution. It can be equipped with a vacuum system, a carousel that enables workpiece sorting, and convenient statistical monitoring. The machine is suitable for all types of workpieces and the part outlet in the machining area can also be adapted to specific workpiece requirements. With its high performance, flexibility and efficiency, the SwissNano is a good choice for any machine shop manufacturing small precision-turned parts whether they already use sliding headstock lathes or not. www.tornos.com
Contact us for more information digital@sutton.com.au
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AMT OCT/NOV 2020
091
