3D Equipment design

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3D Drawing assembly to preview equipment in their position

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2D Drawing for easy distances markup and reading

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Filling rigs 3D Assembly Design

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3D Electric Panel design

P&ID diagram

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P&ID diagram flow of compressed air
used at pneumatic actuated equipment

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Electric Schematics

Filling system designed for, but not exclusive:
Oxygen, Argon, Nitrogen and
Mixed of these gases with CO2 and Helium

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Filling process can be performed independent per rig
or using multiple rigs simultaneous

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Vacuum and Washing process could be activated as separate process or within filling

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Filling is controlled calculating end filling gas pressure
by measuring the cylinder temperature
or by the weight of filled gas

The filling system includes the following main components:

- filling support structure
- pipes, tubes, hoses
- actuated and manual valves,
- cylinder valve filling adaptors

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Optional: Cylinders valves filling adaptors can be easily changed using FAST SWITCH unions

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How to use - Detailed Work Instructions

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Standard Operating Procedures

Schematic drawing for Automated Controlled Processes
for single and mixed gases filling system

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Multi-user operating simultaneously

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Multiple device remote use:
- Smart Phones, Tablets, Laptops, Smart TVs WebOS

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One Control Interface:
- cryogenic pumps, gas boosters
- gas buffer sources
- all rigs operation status
- operations to be performed

Program has a Modern User Interface:

- big figures
-big buttons
- step by step guidance
- intuitive select to operate mode
- error operation control

Optional: Classic User Interface - data values over P&ID

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Single or Mixed Gases Recipe Table for easy filling setup

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Logs with auto-emailing triggered by events or time

3D Drawing to build special boxes that host
Specialty Mixed Gases Filling Machines
for reactive, toxic, explosive and corrosive gases

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3D Drawing for the Specialty Gases Filling Machine

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P&ID Diagram for automated filling machine

Electrical Schematics

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3D Drawing for Control Panel

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Pneumatic schematics for
non-electrical automated equipment

System designed for filling mixed gases in cylinders like:
Oxygen, Argon, Nitrogen, Helium and
mixed of these gases with themselves and/or CO2, Hydrogen, Propane, Butane, Methane, NO, NO2, H2S, HCL
- 200 bar @ 15 Celsius - from 5 ppm

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Baking Oven is designed for
Vacuum and Washing process with settable parameters like:
baking temperature, washing gas pressure, number of cycles, medium gas used for wash, vacuum level

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Flipping Mixing Machine
used to accelerate mixing of filled gases by turning CYLINDERS up-down using an automated process

Filling process can be performed from 1 cylinder to 12

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Source gases recipients could be single cylinders or bundles

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Source gases could be single or mixed gases (pre-mixed)

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Number of source gases used can vary from 2 to 6

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Filling is controlled by the weight of each source gas

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Pressure is being raised up with a pneumatic booster

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Filling is setup using PLC-Recipes

Special filling rig design for filling Cans up to 70 bar @ 15 Celsius/p>

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Special filling rig for non-refillable cans up to 12 bar @ 15 Celsius

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Recipe Maker for mixed gases that uses:
- up to 6 sources
- sources can be single gas or pre-mix gases
- recipes designed for mixed gases from 1 ppm lower component

Filling cans from 10 ppm per lower component
could be filled after completion of
Calibrated Gases Filling training course
by the use of the Special Filling Rig for Cans

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NOTE: Mixed gases starting 1 ppm could be filled after completion the Special Calibrated Gases Filling training course

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Baking, Washing and Passivating Machine for Cans is completely Automated Controlled