- 泽任订制
- FST动物实验器械
- 瑞士ideal-tek镊子
- 瑞士Dumont镊子
- Weller
- Techni-Tool
- 瑞士Rubis镊子
- arosurgica
- Genesee Scientific
- Gilder Grids
-
Entegris
- WEICON
- ACCURIS
- AIMS
- RMC钻石刀
- Sipel镊子
- 德国WIHA
-
Si-Mat
- Jokari
- Circuitmedic
-
Glissando病理切片扫描仪
- KNIPEX(凯尼派克)
- Swann-morton
- Cellpoint Scientific
- Swanstrom
- All-spec
-
新华器械
- Excelta
- MENDA
- MEISEI
- Erem
- Regine
-
OPTRASCAN病理扫描仪
- Benchmark
-
IDEAL
- 大龙仪器
- 五洋医疗
- Hozan(宝山)
- 3M
- Stoelting
- Roboz
-
Diatome钻石刀
- Fine Science Tools
- PLATO
- NanoSoft
-
Avantama
-
PSI打击器及配件
- Aptum
- xuron
- SPI
- ASI Instruments
-
上海一恒
-
上海雷磁
- Quantifoil
- 上海方需
- 苏州六六
-
Hamilton
- ISMART
-
显微镜
-
Bonllmann
- AVEN
- 塔望科技
-
瑞典Haglof激光测距仪
- STILLE
-
美国安维迪
- 德国贝朗蛇牌
- Medline
-
蛋白纯化系统
-
OHAUS奥豪斯
- 康博特森
- Ossila
-
赛宁(苏州)生物
- Bernstein
- 洁盟清洗机
- Ted Pella
- DSI
- Keller
-
Smart Tweezers
- 瑞士PB
-
Microscopes Internat...
- Lattice Gear
-
凯氏定氮仪
- lindstrom
- 美国EMS
-
1-material
-
仪器
- realisticflies
- Boive
- Zivic
3.05 mm diameter, 0.7 mil (18µm) thickness
Material: Copper (Cu), Nickel (Ni), Gold (Au),
Copper/Palladium (Cu/Pd=CP)
· Locator Grid
· Reference/Index Grid
1This grid has 172 complete square cells and each cell is identified by an 8 bit base 2 binary number symbol representation. 0 is represented by a short rounded pillar. There is no zero cell.
The first cell located at top left is binary 1, digit 1 is represented by a long pillar at the extreme right position on the bottom horizontal line of cell one: each individual subsequent cell is then easily identified. Lines/Inch ~150.
2 Thick bars dividing regions into 6 thin bar areas, which are identified by a numeric system.
3 Thick bars dividing regions into 9 thin bar areas, which are identified by alphabetical letters located in the center of the grid.
4 Each of the 322 grids squares, can be identified by reference to its unique combination of base 2 binary number and alphabet symbol (A-T). 0 is a short rounded solid pillar and 1 is a longer rounded solid pillar.
5 The block of 625 (25 x 25) individual cells is divided into smaller blocks bounded by thicker crenellated bars. Each small block of 25 cells has a central alphabet letter from A to Y for identification purposes.
6 The block of 1152 (32 x 36) individual cells is divided into smaller blocks bounded by thicker crenellated bars. Each small block of 36 (6 x 6) cells has a central number from 1 to 32 for identification purposes.
|
|
|
Technical Data µm |
||
Type |
Cat# |
Packed |
Pitch |
Hole |
Bar |
150 mesh1 |
G150F1-Cu |
100/Vial |
165 ±0.5 |
~140 variable |
~25 variable |
|
G150F1-Ni |
100/Vial |
165 ±0.5 |
~140 variable |
~25 variable |
|
G150F1-Au |
50/Vial |
165 ±0.5 |
~140 variable |
~25 variable |
200 mesh2 |
G200F1-Cu |
100/Vial |
125 |
90-100 |
35-12 |
|
G200F1-Ni |
100/Vial |
125 |
90-100 |
35-12 |
|
G200F1-CP |
100/Vial |
125 |
90-100 |
35-12 |
|
G200F1-Au |
50/Vial |
125 |
90-100 |
35-12 |
200 mesh3 |
G200F2-Cu |
100/Vial |
125 |
106 |
25-12 |
|
G200F2-Ni |
100/Vial |
125 |
106 |
25-12 |
|
G200F2-CP |
100/Vial |
125 |
106 |
25-12 |
|
G200F2-Au |
50/Vial |
125 |
106 |
25-12 |
200 mesh4 |
G200HF3-Cu |
25/Vial |
125 |
– |
– |
|
G200HF3-Ni |
25/Vial |
125 |
– |
– |
|
G200HF3-Au |
25/Vial |
125 |
– |
– |
300 mesh5 |
G300F1-Cu |
100/Vial |
83 |
63 |
20 |
|
G300F1-Ni |
100/Vial |
83 |
63 |
20 |
|
G300F1-Au |
50/Vial |
83 |
63 |
20 |
400 mesh6 |
G400F1-Cu |
100/Vial |
62 |
47 |
15 |
|
G400F1-Ni |
100/Vial |
62 |
47 |
15 |
|
G400F1-Au |
50/Vial |
62 |
47 |
15 |
