306204 3062040100180 3062040100200 3062040100250 3062040120060 3062040120080 3062040120120 3062040150040 3062040150060 3062040150080 3062040150100 3062040150120 3062040150140 3062040150160 3062040150180 3062040150200 3062040200040 3062040200060 3062040200080 3062040200100 3062040200120 3062040200150 3062040200200 3062040200250 3062040200300 3062040300050 3062040300100 3062040300150 3062040300200 3062040300250 3062040300300 3062040400100 3062040400150 3062040400200 3062040400250 3062040400300 3062040500200 3062040500300 3062040500400 3062040600200 3062040600300 3062040600400 3062040600500 33 -0.060 -0.054 -0.048 -0.042 -0.036 -0.030 -0.024 -0.018 -0.012 -0.006 -0.000 0.006 0.012 0.018 0.024 0.030 0.036 0.042 0.048 0.054 mm -0.032 -0.024 -0.016 -0.008 0.000 0.008 0.016 0.024 0.032 0.040 0.048 0.056 0.064 0.072 mm 10.0 μm 0° 90° 180° Ti=0.0020 Ta=0.0020 company name : Basic test rotary axis with HKS target-file : TEMP.S actual-file : 306553_0.1x0.4x0.05_LineForm.asc fit-file : remark 1 : spherical radius remark 2 : customer : 12-00062 Werth user : Meder date : 30.03.2016 - 16:16:20 drawing No : 2D-Scan 10mm MAG 9 remark 3 : +y top max. deviation inside 0.8 μm max. deviation outside 0.4 μm rotation 0.0000° deferment.-X 0.0 μm deferment.-Y 0.0 μm fitting strategy BestFit tolerance exceeding inside -1.2 μm tolerance exceeding outside -1.6 μm number of actual part points 67 area 0.003 mm² 65.2 μm mirroring + Ta=0.0020 Ti=0.0020 Art. d1* r ± 0.002 l3 d2 h5 d3 r2 l1 l2 0.5° 1° 2° 3° I 1.0 0.50 18 4 0.96 4 60 0.80 19.21 19.79 21.07 22.52 I 1.0 0.50 20 4 0.96 4 60 0.80 21.27 21.91 23.33 24.94 I 1.0 0.50 25 4 0.96 4 60 0.80 26.43 27.23 28.99 – I 1.2 0.60 6 4 1.15 4 50 1.00 6.82 7.08 7.54 8.06 I 1.2 0.60 8 4 1.15 4 50 1.00 8.90 9.21 9.80 10.48 I 1.2 0.60 12 4 1.15 4 55 1.00 13.04 13.45 14.31 15.30 I 1.5 0.75 4 4 1.44 4 50 1.20 4.75 4.96 5.30 5.67 I 1.5 0.75 6 4 1.44 4 50 1.20 6.84 7.10 7.56 8.08 I 1.5 0.75 8 4 1.44 4 50 1.20 8.92 9.22 9.82 10.49 I 1.5 0.75 10 4 1.44 4 50 1.20 11.00 11.34 12.08 12.91 I 1.5 0.75 12 4 1.44 4 55 1.20 13.06 13.46 14.33 15.32 I 1.5 0.75 14 4 1.44 4 55 1.20 15.13 15.59 16.59 17.74 I 1.5 0.75 16 4 1.44 4 55 1.20 17.19 17.71 18.85 20.15 I 1.5 0.75 18 4 1.44 4 60 1.20 19.24 19.83 21.11 22.56 I 1.5 0.75 20 4 1.44 4 60 1.20 21.30 21.95 23.36 – I 2.0 1.00 4 4 1.92 4 50 1.50 4.81 5.00 5.34 5.71 I 2.0 1.00 6 4 1.92 4 50 1.50 6.89 7.14 7.60 8.12 I 2.0 1.00 8 4 1.92 4 50 1.50 8.97 9.26 9.85 10.53 I 2.0 1.00 10 4 1.92 4 50 1.50 11.04 11.38 12.11 12.95 I 2.0 1.00 12 4 1.92 4 55 1.50 13.10 13.50 14.37 15.36 I 2.0 1.00 15 4 1.92 4 55 1.50 16.19 16.68 17.16 18.98 I 2.0 1.00 20 4 1.92 4 60 1.50 21.34 21.98 23.40 – I 2.0 1.00 25 4 1.92 4 70 1.50 26.48 27.29 – – I 2.0 1.00 30 4 1.92 4 70 1.50 31.63 32.59 – – I 3.0 1.50 5 4 2.90 4 65 3.00 5.90 6.11 6.50 6.95 I 3.0 1.50 10 4 2.90 4 65 3.00 11.07 11.41 12.15 – I 3.0 1.50 15 4 2.90 4 65 3.00 16.22 16.72 – – I 3.0 1.50 20 4 2.90 4 65 3.00 21.37 22.02 – – I 3.0 1.50 25 4 2.90 4 75 3.00 26.52 27.32 – – I 3.0 1.50 30 4 2.90 4 75 3.00 31.67 – – – I 4.0 2.00 10 6 3.90 4 65 4.00 11.08 11.41 12.15 12.99 I 4.0 2.00 15 6 3.90 4 65 4.00 16.22 16.72 17.79 19.02 I 4.0 2.00 20 6 3.90 4 65 4.00 21.37 22.02 23.44 – I 4.0 2.00 25 6 3.90 4 75 4.00 26.52 27.32 – – I 4.0 2.00 30 6 3.90 4 75 4.00 31.67 32.62 – – I 5.0 2.50 20 6 4.90 4 65 5.00 21.37 22.02 – – I 5.0 2.50 30 6 4.90 4 75 5.00 31.67 – – – I 5.0 2.50 40 6 4.90 4 90 5.00 41.96 – – – I 6.0 3.00 20 6 5.90 4 65 6.00 – – – – I 6.0 3.00 30 6 5.90 4 75 6.00 – – – – I 6.0 3.00 40 6 5.90 4 90 6.00 – – – – I 6.0 3.00 50 6 5.90 4 90 6.00 – – – – PROFESSIONAL d2 4 d2 6 NEW NEW NEW NEW END MILLS Picture of the radius shape accuracy from a Karnasch ball nose end mill 11 Index 10 9 OIL 8 7 6 5 4 3 2 1
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