- Page 1
- Page 2 - Page 3 - Page 4 - Page 5 - Page 6 - Page 7 - Page 8 - Page 9 - Page 10 - Page 11 - Page 12 - Page 13 - Page 14 - Page 15 - Page 16 - Page 17 - Page 18 - Page 19 - Page 20 - Page 21 - Page 22 - Page 23 - Page 24 - Page 25 - Page 26 - Page 27 - Page 28 - Page 29 - Page 30 - Page 31 - Page 32 - Page 33 - Page 34 - Page 35 - Page 36 - Page 37 - Page 38 - Page 39 - Page 40 - Page 41 - Page 42 - Page 43 - Page 44 - Page 45 - Page 46 - Page 47 - Page 48 - Page 49 - Page 50 - Page 51 - Page 52 - Page 53 - Page 54 - Page 55 - Page 56 - Page 57 - Page 58 - Page 59 - Page 60 - Page 61 - Page 62 - Page 63 - Page 64 - Page 65 - Page 66 - Page 67 - Page 68 - Page 69 - Page 70 - Page 71 - Page 72 - Page 73 - Page 74 - Page 75 - Page 76 - Page 77 - Page 78 - Page 79 - Page 80 - Page 81 - Page 82 - Page 83 - Page 84 - Page 85 - Page 86 - Page 87 - Page 88 - Page 89 - Page 90 - Page 91 - Page 92 - Page 93 - Page 94 - Page 95 - Page 96 - Page 97 - Page 98 - Page 99 - Page 100 - Page 101 - Page 102 - Page 103 - Page 104 - Page 105 - Page 106 - Page 107 - Page 108 - Page 109 - Page 110 - Page 111 - Page 112 - Page 113 - Page 114 - Page 115 - Page 116 - Page 117 - Page 118 - Page 119 - Page 120 - Page 121 - Page 122 - Page 123 - Page 124 - Page 125 - Page 126 - Page 127 - Page 128 - Page 129 - Page 130 - Page 131 - Page 132 - Page 133 - Page 134 - Page 135 - Page 136 - Page 137 - Page 138 - Page 139 - Page 140 - Page 141 - Page 142 - Page 143 - Page 144 - Page 145 - Page 146 - Page 147 - Page 148 - Page 149 - Page 150 - Page 151 - Page 152 - Page 153 - Page 154 - Page 155 - Page 156 - Page 157 - Page 158 - Page 159 - Page 160 - Page 161 - Page 162 - Page 163 - Page 164 - Page 165 - Page 166 - Page 167 - Page 168 - Page 169 - Page 170 - Page 171 - Page 172 - Page 173 - Page 174 - Page 175 - Page 176 - Page 177 - Page 178 - Page 179 - Page 180 - Page 181 - Page 182 - Page 183 - Page 184 - Page 185 - Page 186 - Page 187 - Page 188 - Page 189 - Page 190 - Page 191 - Page 192 - Page 193 - Page 194 - Page 195 - Page 196 - Page 197 - Page 198 - Page 199 - Page 200 - Page 201 - Page 202 - Page 203 - Page 204 - Page 205 - Page 206 - Page 207 - Page 208 - Page 209 - Page 210 - Page 211 - Page 212 - Page 213 - Page 214 - Page 215 - Page 216 - Page 217 - Page 218 - Page 219 - Page 220 - Flash version © UniFlip.com |
![]()
Dipping Probes
World’s Smallest fiber Optic Dipping Probe for UV/Vis Spectroscopy
10 mm light pathlength
DipTip™ is a miniature transmission probe for microliter spectroscopic sampling. DipTip’s tip diameter is only 1.5 mm—the size of a 17-gauge needle. It will fit into all micro centrifuge tubes on the market and is a useful tool for measuring protein and DNA samples. It can also be used for a dissolution system. Because of WPI’s proprietary optical design, the standard DipTip is not only four to five times smaller in diameter than any other product on the market, but also costs 50% less. Now, the new Mini DipTip (with smaller handle and shorter shaft) is ten times more efficient than the standard DipTip.
5 mm light pathlength
2 mm light pathlength
New Mini DipTip features smaller handle, shorter cable, greater efficiency!
Microliter samples can be analyzed cost effectively when you combine the Mini DipTip with one of the following: ● The Fiber optic-based spectrometer (Tidas I) and a light source (D4H and FO-6000) ● A spectrophotometer (Tidas 100) ● WPI’s biophotometric detection system (LEDspec) The Mini DipTip is ideal for multi-channel applications.
● ● ●
10 times more efficient than standard DipTips Compatible with many standard spectrophotometers (600µm fiber optic coupler connections) More flexible cable than standard DipTips
SPECTROSCOPY
DiPtiP SPECifiCAtiOnS
DIP-NIR TIP DIAMETER LIGHT PATHLENGTH WAVELENGTH RANGE (nm) SAMPLE VOLUME REQUIRED DISTANCE FROM TIP TO UPPER EDGE OF SAMPLE WINDOW FIBER LENGTH FIBER OPTIC CONNECTION LAUNCH FIBERS (2) NA = 0.22 RETURN FIBER (1) NA = 0.22 LAUNCH FIBER BUNDLE (7 x 200μm) RETURN FIBER BUNDLE (7 x 200μm) 1.5 mm 2, 5, 10mm 350-1000 20-50 μL 7 mm 1.5 m SMA 905 400 μm 400 μm DIP-UV-SR 1.5 mm 2, 5, 10mm 200-1000 20-50 μL 7 mm 1.5 m SMA 905 400 μm 400 μm 680 μm* 680 μm* DIP-UV-MINI 1.5 mm 2, 5, 10mm 200-1000 20-50 μL 7 mm 1.0 m SMA 905
*Circular packaging of the fiber bundle results in an active area equivalent to a fiber with a core diameter of 680 µm. Using a 600 µm connection is recommended and will result in negligible light loss.
DNA samples (with a sample volume of 50µL inside micro centrifuge PCR vials) were measured in PBS with concentrations 0–43µg/mL using a Tidas spectrophotometer.
UK: Tel: +44 (0)1462 424700 • wpiuk@wpi-europe.com
DiP-niRx DiP-UV-SRx DiP-UV-Mini-x
DipTip™ for VIS/NIR Spectroscopy (2, 5, and 10mm path) DipTip™ for UV/VIS with solar resistant fibers (2, 5, and 10mm path) Mini DipTip™ for UV/VIS/NIR (2, 5, and 10mm path) Specify pathlength when ordering: X = 2, 5 or 10
US: Tel: 941-371-1003 • sales@wpiinc.com
World Precision Instruments
www.wpiinc.com Germany: Tel: +49 (0)30-6188845 • wpide@wpi-europe.com
203
|