830RLA M [EX-26] 835 M [SF-41] 835 M [SF-31] 836 M [SF-21] 837 M [SF-11] 837 M

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2 Standard/FG [FO-32] 368 M [EX-26] 830RLA M [TR-11] 850S M [FO-25] 368 M [SF-41] 835 M [TC-26] 852 M [FO-27] 368 M [SF-31] 835 M [TR-20] 855 M M [SF-21] 836 M [TR-21] 855 M [BR-49] 801 M [SF-11] 837 M [TR-24] 855 M [BR-45] 801 M [SF-12] 837 M M [BR-46] 801 M [SF-13] 837 M [TR-14] 856 M [BR-41] 801 M [TF-41] 845 M [TR-13] 856L M [BR-31] 801 M [TF-42] 845 M [TC-21] 858 M M [TF-43] 845 M [TC-11] 859 M L M [TF-31] 845 M [TC-16] 859 M L M [TF-23] 845 M M L M [TF-22] 845 M [FO-21] 862 M [BC-43] 802 M [EX-38] 845KR M [FO-22] 862 M [BC-42] 802 M [EX-38] 845KR M [FO-11] 863 M [BC-31] 802 M [TF-20] 846 M [SO-20] 877 M [BC-32] 802L M [TF-21] 846 M [SO-21] 878 M [SI-46] 805 M [EX-29] 847 M K M [SI-47] 805 M [TF-11] 848 M K M [SI-48] 805 M [TF-12] 848 M K M [DI-41] 806 M [TF-13] 848 M [SR-11] 881 M [DI-42] 806 M [TF-14] 848 M [SR-12] 881 M [EX-11] 811 M M [SR-13] 881 M [EX-12] 811 M M [WR-13] 909 M [WF-30] 818 M [TR-25] 850 M [EX-41] 830R M [TR-26] 850 M [EX-31] 830RL M [TR-15] 850 M [EX-20] 830RL M [TR-19] 850 M [EX-21] 830RL M [TR-12] 850A M Maximum speed: =.000 rpm =.000 rpm 160 = rpm

3 Standard/FGSS - short Coarse/FG [BR-S45] 801 M C [TR-13C] 856L C [BR-S46] 801 M C C C [BC-S43] 802 M C C [BC-S42] 802 M L C [TC-11C] 859 C [SI-S46] 805 M L C [FO-22C] 862 C [SI-S48] 805 M C [FO-22C] 877K C [DI-S41] 806 M C C [SF-S41] 835 M C C [TF-S41] 845 M C C [TF-S31] 845 M C K C [TF-S23] 845 M C K C [TF-S22] 845 M KR C K C [TF-S20] 846 M C K C [TF-S21] 846 M C C [TF-S12] 848 M C [SR-12C] 881 C [TR-S21] 855 M KR C C [TR-S13] 856 M KR C C [TC-S21] 858 M KR C [WR-13C] 909 C M [FO-S21] 877 M [SO-S20] 848 C [TF-13C] 850 C Super Coarse/FG 368 SC [TR-25C] 850 C SC [TR-26C] 850 C SC [TR-62C] 855 C SC C SC C SC C SC C SC C SC L C KS2 SC Maximum speed: =.000 rpm =.000 rpm 160 = rpm

4 Fine/FG 368 F [FO-30F] 368 F [FO-32F] 379 F F F F F [BR-48F] 825 F [WR-31F] 830RL F [EX-31F] 830RL F [EX-21F] 856 F [TR-13F] 856 F [PRO-1F] 856L F F [TC-21F] 859 F F [TC-11F] 862 F F [FO-21F] 862 F [FO-22F] 878 F [CR-22F] [CD-62F] 835KR F [CE-11F] 837 F [CD-60F] 838 F [CD-61F] 838L F F [EX-18F] 846 F [TF-21F] 848 F [TF-12F] 848 F [CE-10F] 849 F [CR-12F] 849 F [CR-11F] 850 F [TR-25F] 850 F [TR-26F] 850S F [TR-11F] 855 F [CR-21F] 855 F [TR-21F] Fine/FGSS - short 379 F [CD-55F] 801 F [CD-50F] 825 F [WR-S31F] 835KR F [CD-58F] 838 F [CD-51F] 838L F [CD-52F] 860 F [CD-54F] 860 F [CD-56F] 860L F [CD-57F] 955 F [CD-53F] Maximum speed: =.000 rpm =.000 rpm 160 = rpm

5 Extra Fine/FG [FO-30EF] [FO-20EF] [BR-40EF] [EX-21EF] [FO-40EF] [CE-11EF] [EX-38EF] [TF-21EF] [EX-29EF] [TF-12EF] [CE-10EF] [CR-12EF] [CR-11EF] 368 EF LS EF EF EF EF RL EF EF EF KR EF EF EF EF EF EF EF [TR-26EF] [TR-11EF] [TR-21EF] [PRO-1EF] 160 [TR-13EF] [TC-21EF] [TC-11EF] [FO-42EF] [FO-21EF] [FO-22EF] 850 EF S EF EF EF EF L EF EF EF EF EF EF EF EF EF EF [TR-25EF] 850 EF Extra Fine/FGSS - short [FO-41EF] 862 EF Structure of ordering number: Size Shank Grit size Maximum speed: =.000 rpm =.000 rpm 160 = rpm Diamond grit sizes: extra-fine EF 25 µm fine F 46 µm medium M 107 µm M 1:1 Shape Shank types: coarse C 151 µm Shank 33 = FG short super-coarse SC 181 µm [SI-47] 805 M Shank 31 = FG normal

6 General instructions for use and safety recommendations for the application of rotary dental instruments Rotary instruments for use in the dental sector are to be used only by doctors or other experts who are experienced in the safe handling of these instruments. Area of application These general instructions for use and safety recommendations apply to all products and are to be generally observed. 1. Proper use Make sure that only technically and hygienically perfect and cleaned turbines are used. Chuck the instruments as deeply as possible. The instrument must be rotating before contact is made with the tooth or. Avoid jamming and using the instrument as a lever as this leads to an increased risk of breakage. Wear safety glasses as required. Avoid unprotected contact with the instruments (use protective gloves). Thermal damage caused by rotary instruments has to be avoided in any case (work at recommended speed and use sufficient water cooling). Coarse and super coarse grit diamond instruments may lead to increased thermal stress. Therefore, when using such products, use sufficient water cooling (at least 50 ml/min) and work at minimal contact pressure. To achieve an optimal surface quality, subsequent finishing is necessary. Preferably use instruments with rounded edges as the preparation of sharp-edged undercuts may lead to an increased risk of a damaging notch effect. Improper use leads to increased risk and inferior results. Therefore, stick to the application and speed recommendations indicated on the labels and in our instructions for use. 2. Recommended speeds The general rule is: The larger the working part, the lower the speed Maximum speed 000 rpm means: Suited for micromotor handpieces and turbines with stableball bearings. Not recommended for old turbines with air bearing. Not observing the maximum permissible speed leads to an increased safety risk. 3. Contact pressure Excessive contact pressure (> 2N) has to be avoided. Increased contact pressure may lead to stripping of the grit on abrasive instruments or to clogging of the instruments and increased heat generation. Increased contact pressure may also lead to thermal damage to the pulp. In the extreme cases, instrument breakage may even occur. 4. Elimination of worn instruments Blank spots on the surface of diamond instruments are an indication of abrasive grit wear and reduced cutting efficiency. These deficiencies lead to excessive temperature and finally pulp damage. Therefore, bent or out of true instruments must be eliminated immediately. Very important: Blunt and damaged instruments lead to result in applying higher contact pressure which may result in an increased operating temperature. This may lead to thermal pulp damage. Damaged instruments therefore have to be discarded immediately. 5. Sterilization procedure Prior to the first use on the patient and immediately after each use, all rotary instruments have to be (re)processed. Wear puncture resistant utility gloves when handling contaminated instruments. Pre-soak instruments immediately after use to loosen debris. For cleaning we recommend to use automated cleaning equipment (e.g. ultrasonic cleaner or washerdisinfector). Burs should be separated from each other in a bur block to prevent damage during immersion. Brush away remaining debris with a metal cleaning brush and rinse instruments under running water. Dry burs (e.g. by airblasting) to avoid corrosion. Sterilization of the instruments is carried out using the known methods with autoclave. Minimum hold times: for 30 minutes at 121 C or for 4 minutes at 134 C. Times are hold times, running times are longer and may vary from unit to unit. The instructions provided by the device manufacturer have to be observed. After sterilization, check instruments for defects on the surface (corrosion). Corroded instruments must not be used any longer. The operator of medical products is responsible for seeing that proper treatment is carried out by qualified staff using the appropriate materials and suited equipment. 6. Specific instructions for individual instrument types Diamond Coarse and super coarse grit diamond instruments may lead to increased thermal stress. Therefore, when using such products, use sufficient water cooling (at least 50 ml/ min) and work at minimal contact pressure. To achieve an optimal surface roughness, subsequent finishing is necessary. Distributed by: Trako Dental & Medical Supply Inc. 428 Signal Lane Grayslake, IL Tel. (847) Fax (847) Web tlucchesi@trakodental.com