Page 7 - Teknik Pemesinan Gerinda Kelas XII

Gambar 1. 31 Blok atau Balok Penyiku ................................................................................... 18

Gambar 1. 32 Dreser Intan/Berlian Mata Satu (Single Point Diamond Dresser) .................. 19
Gambar 1. 33 Dreser Intan/Berlian Mata Banyak (Multi Point Diamond Dresser)............... 20

Gambar 1. 34 Dreser Intan/Berlian Mata Satu (Single Point Diamond Dresser) .................. 20

Gambar 1. 35 Roda Dresser Intan Berputar (Rotary Powered Diamond Dresser Wheel) ..... 21

Gambar 2. 1a. Bagian-bagian roda gerinda ........................................................................... 25
Gambar 2. 2 Bagian-bagian roda gerinda setelah dilakukan proses ...................................... 26

Gambar 2. 3 Proses pembuatan butiran aluminium oxide ...................................................... 27
Gambar 2. 4 Proses pembuatan butiran silikon karbida ......................................................... 27

Gambar 2. 5 Proses pembuatan butiran boron nitrit .............................................................. 28

Gambar 2. 6 Proses penyaringan ukuran butiran batu gerinda ............................................. 28
Gambar 2. 7 Proses pembuatan perekat keramik .................................................................... 29

Gambar 2. 8 Proses pembuatan perekat silikat ....................................................................... 29
Gambar 2. 9 Proses pembuatan perekat shellac ..................................................................... 29

Gambar 2. 10 Proses pembuatan perekat karet ...................................................................... 30

Gambar 2. 11 Proses pembuatan perekat resin syntetik ......................................................... 30
Gambar 2. 12 Proses pembuatan perekat logam..................................................................... 30

Gambar 2. 13 Ilusrtasi tingkat kekerasan roda gerinda.......................................................... 31
Gambar 2. 14 Struktur roda gerinda lunak ............................................................................. 31

Gambar 2. 15 Struktur roda gerinda keras ............................................................................. 32

Gambar 2. 16 Fungsi pori-pori pada saat pada roda gerinda ................................................ 32
Gambar 2. 17 Roda gerinda struktur terbuka ......................................................................... 33

Gambar 2. 18 Roda gerinda struktur sedang .......................................................................... 33
Gambar 2. 19 Roda gerinda struktur padat ............................................................................ 33

Gambar 2. 20 Roda gerinda lurus ........................................................................................... 34
Gambar 2. 21 Roda gerinda silinder ....................................................................................... 34

Gambar 2. 22 Roda gerinda tirus satu sisi .............................................................................. 35

Gambar 2. 23 Roda gerinda tirus dua sisi ............................................................................... 35
Gambar 2. 24 Roda gerinda pengurangan satu sisi ................................................................ 35

Gambar 2. 25 Roda gerinda pengurangan dua sisi ................................................................. 36
Gambar 2. 26 Roda gerinda mangkuk lurus ............................................................................ 36

Gambar 2. 27 Roda gerinda mangkuk kerucut ........................................................................ 37
Gambar 2. 28 Roda gerinda piring ......................................................................................... 37

T e k n i k M e s i n | VI