生物反应器> 微包囊/固定系统
产品名称: 生物反应器> 微包囊/固定系统
英文名称:
产品编号: _TY1185
产品价格: 0
产品产地: 美国
品牌商标: EQUL
更新时间: null
使用范围: null
- 联系人 :
- 地址 : 上海市肇嘉浜路
- 邮编 : 200032
- 所在区域 : 上海
- 电话 : 133****6815 点击查看
- 传真 : 点击查看
- 邮箱 : info@equl.com
层喷流分离,电磁式
见>
http://www.equl.com/products/cnviewproduct.asp?categoryid=564&categorycnid=584&productid=3712&producttypeid=3016
或>
Var D: Classic, batch with syringe pump.
Electromagnetic driven, single nozzle, opened unit.
Legend:
1 Syringe Pump
2 Vibration unit
3 Control cabinet
4 Head with single nozzle
5 Stroboscopic light
6 Support for the head
7 Bypass System
8 Glass for hardening solution
9 Hardening solution with the beads
10 Labaratory stirrer
11 Support for syringe pump
In our basic package included:
Pos. 2,3,4,5,6,7
(The other positions are optional)
Short description
This is an electromagnetic driven single nozzle unit based on the laminar-jet-breakup. The open version of the encapsulation system is specially suitable for the determination of the physical parameters (e.g. flow rate, vibration frequency and amplitude) or for non sterile encapsulation processes. An open unit ensures you fast access to the beads, minimising time required for the optimisation of the parameters. Due to the modularity, the unit can be extended to a closed, sterle one.
Applications
For a large number of applications (e.g. enzyme immobilisation, artificial seed production, cosmetic applications and many more), microencapsulation opens new technological possibilities.
Principle
The unit has a single vibrating nozzle (frequency and amplitude can be adjusted digitally). A syringe pump produces a steady pulsation free flow through the vibrating nozzle. The generated drops can be observed by means of an LED-stroboscopic light as a stationary chain of drops. The stroboscopic light is automatically synchronised with the adjusted vibration frequency. Monosiaperse beads of the size bezween 0.2 and 1.5mm can be generated. The deviation between the applications mainly depend on the viscosity and the surface tension of the matrix. Roughly you can estimate that the smallest achievable drop diameter is 1.5 to 2 times larger than the used nozzle diameter. The average productivity per nozzle is 400ml per hour, whereas this can significantly differ in function of the nozzle diameter and the jet speed.
Control cabinet
Rack with display, four lines x 16 characters, programmable micro controller for vibration control and stroboscopic light.
Power supply between 110 V and 240 Volt, automatic adjusting.