C_Fluid Control Catalogue

C_FLUID CONTROL CATALOGUE

2018

General terms and conditions for sale are available on

www.camozzi.com.

APPENDIX

APPENDIX >

Info

MICRO_CONTROLS

BIOTECHNOLOGY

GENERAL PURPOSE

MEDICAL DEVICE

PROCESS: CONTROL & REGULATION

The technology used on miniaturised components for fluid control with

on-off operation and proportional or total isolation function, is suitable for

the manufacturing industry because of its low power consumption, light

weight, small dimensions and ergonomic design, these being the main

characteristics of the instruments, devices and machines used in a multitude

of industrial and medical application sectors.

With the devices integrated in control and command systems for the

industrial automation or for the handling of fluids in general, the trend is

towards even smaller dimensions.

With the use of portable instruments that require low power consumption

there is the opportunity and in many cases the need to study fluid dynamic

solutions with more and more miniaturised and performing components.

The proportional technology with low power consumption along with fluid

Biotech or Biotechnology include a wide range of procedures for modifying

living organisms according to human purposes.

The use of biotechnology also includes genetic engineering as well as cell

and tissue culture technologies.

Biotech Diagnostic & Analytical instrumentation provides laboratory test

demonstrating the presence or identification, the quality and the quantity of

the substances in organisms or drugs.

These procedures are useful and indispensable to determinate the therapy

The integration of the use of fluid-dynamic components with equipments

for pneumatic automation is essential for the realization of machines and

instruments. Many specific sectors need advanced applications that require

innovative components and technologies.

It is the single component inserted in a control and actuation system

that determines the effective technical and quality level of the machines,

instruments or devices inserted in a technologically new and winning context.

The fluid-dynamic components, called in this way as they were built to control

and handle all types of liquid and gaseous fluids, but also identified as valves

and solenoid valves, are often inserted in an automated pneumatic or

electro-pneumatic system.

A medical device is an instrument, apparatus, implant or other similar which

is intended for use in the diagnostics of disease or other conditions, or

treatment, mitigation and prevention of disease or pain.

Medical device include a wide range of products varying in complexity and

application.

FLUID CONTROL is classified as one of the basic technologies in medical

technology and related sectors, due to the fact that the substances are

primarily present in liquid and gaseous form.

The logical requirement for the components and solenoid valves for this

sector is:

- Media isolation

- Small internal volume and overall dimensions

- Use of inert and compatible materials

- Low power consumption

- Proportional control

The control and regulation of fluids, either liquid or gaseous, demand

increasingly more sophisticated and technologically advanced components

as their application needs are ever more sophisticated and modern.

The sectors that require a greater use of solenoid valves, for example, are in

continuous evolution and expansion.

The use of solenoid valves is often determined by factors such as safety,

ecology or the durability of machines, instruments and equipment operating

in the most diverse sectors, as the fluids to be controlled can be toxic or

aggressive or require high speed interventions. Fluid dynamics is the field

of mechanics that studies the laws of the dynamics of liquids and gases.

The solenoid valves are the elements that intercept, control or regulate within

a circuit or a system - the flow of fluids automatically to transmit power, but

above all to supply equipments with a low power consumption. An industrial

process is made up of a series of units integrated among themselves in a

rational way with the global aim to convert and/or manipulate, in the most

isolation functions applied on miniaturised solenoid valves handling and

controlling gases and liquids allow the construction of for example portable

and pocket devices for analysis or taking measurements.

The progress in the field of biotechnology and electronics has enabled the

miniaturisation of previously very bulky and expensive equipment and we are

now able to perform complex chemical and mechanical operations on the

surface of a single, specifically functionalized chip.

The Micro-dosing or dispensing applications involve the use of micro-

components, but with high precision in implementing its function.

Of particular importance is the possibility to apply a defined quantity of fluid

of low and medium viscosity exactly where required, in a quick, constant and

repeatable way.

of disease and to discover new drugs.

Camozzi designs, develops and assembles components and equipment

to supply specialized fluidic and electronic solutions to manufacturers of

diagnostic and analytical instruments.

The expertise and experience of our technicians allow us to offer fully

customized solutions based on a large range of solenoid valves for the

construction of fluid control systems which apply advanced and innovative

technologies.

The integrated use of valves and solenoid valves, that in most of the cases

are with 2 or 3 ways, complete an automated machine, a system or an

instrument that for their intrinsic functions need, besides the movement by

means of actuators and solenoid valves for the relative control and handling

of liquid fluids different than compressed air.

Today, in many sectors we can find examples of integrated components for

fluids and pneumatic components, one serving the other or vice versa.

Typical examples can be frequently found in the Packaging and Textile

sector, in Sterilization or Pasteurization machines, in Machine Tools, in

commercial vehicles, in plastic injection machinery, in food processing

systems, in conditioning machines, etc.

Medical equipment employs many different technologies to customize

solutions in terms of functionality, dimensions, and the overall configuration

of the components which must comply with material compatibility and

specific legislation relating to the Life Science sector.

Our internal laboratories are fully equipped with the most modern instruments

to conduct application and customer specific tests.

economic way, certain raw materials or items in a finished product.

The automation, the control and the regulation of the process are essential

for the safe and profitable functioning of petrochemical equipment, equipment

in the food and pharmaceutical industry, and equipment for water treatment

and purification.

The solenoid valves operating in an integrated and retroactive system

with flow sensors, pressure sensors and measuring instruments have an

essential role in order to:

- Stabilize the process

- Assure the regularity of the process

- Minimize the environmental impact

- Obtain the requested quality

of the finished product

- Obtain the desired production rate

- Optimize the functioning of the process

INDUSTRIAL

LIFE SCIENCE