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Finish robotic cell
Robot-based automated systems are designed and produced by CIA for metal semi-finishing and finishing. These automated systems are the ideal solution for providing client companies with metal finishing. Benefits include constant cycle times...
Finish robotic cell
Robot-based automated systems are designed and produced by CIA for metal semi-finishing and finishing. These automated systems are the ideal solution for providing client companies with metal finishing. Benefits include constant cycle times and a repeatedly high-quality finish. In line with consumer needs regarding the type of components requiring processing, there are robot-based automated solutions available with the following variations: a robot manipulating the part with the tools being kept stationary, and with a robot manipulating the tool with the part in a fixed position, or moved while the position is being controlled as the external axis of the robot.
Example fields of applications where these robot-based automated systems are used for metal finishing include trimming for aluminum casting and cast iron, grinding of aluminum parts and brass parts, fiberglass smoothing, polishing of brass or aluminum parts, etc.
Example fields of applications where these robot-based automated systems are used for metal finishing include trimming for aluminum casting and cast iron, grinding of aluminum parts and brass parts, fiberglass smoothing, polishing of brass or aluminum parts, etc.
Quick mold change system: magnetic clamping system - GEMINI
GEMINI is a quick and safe patented clamping system of moulds for Elastomers and Thermosetting on injection and compression presses.
Geminis main feature is the resistance...
Geminis main feature is the resistance...
Quick mold change system: magnetic clamping system - GEMINI
GEMINI is a quick and safe patented clamping system of moulds for Elastomers and Thermosetting on injection and compression presses.
Geminis main feature is the resistance...
Geminis main feature is the resistance...
Crucible / made of silicon carbide - 850 °C ... 1 400 °C | Excel
EXCEL and HIMELT are high quality carbon-bonded silicon carbide crucibles manufactured using the latest roller-forming techniques and...
Crucible / made of silicon carbide - 850 °C ... 1 400 °C | Excel
EXCEL and HIMELT are high quality carbon-bonded silicon carbide crucibles manufactured using the latest roller-forming techniques and are designed to cater for a range of non-ferrous melting applications.
Excel CruciblesApplications
EXCEL is intended for aluminium melting in oil-fired furnaces, melting copper-based alloys in gas and oil-fired furnaces, melting precious metals and non-ferrous alloys in low to medium frequency induction furnaces. HIMELT provides enhanced performance in those applications where more arduous service conditions exist.
Excel CruciblesApplications
EXCEL is intended for aluminium melting in oil-fired furnaces, melting copper-based alloys in gas and oil-fired furnaces, melting precious metals and non-ferrous alloys in low to medium frequency induction furnaces. HIMELT provides enhanced performance in those applications where more arduous service conditions exist.
Crucible / made of silicon carbide - 1 000 °C ... 1 400 °C | Himelt
EXCEL and HIMELT are high quality carbon-bonded silicon carbide crucibles manufactured using the latest roller-forming techniques and are...
Crucible / made of silicon carbide - 1 000 °C ... 1 400 °C | Himelt
EXCEL and HIMELT are high quality carbon-bonded silicon carbide crucibles manufactured using the latest roller-forming techniques and are designed to cater for a range of non-ferrous melting applications.
Excel CruciblesApplications
EXCEL is intended for aluminium melting in oil-fired furnaces, melting copper-based alloys in gas and oil-fired furnaces, melting precious metals and non-ferrous alloys in low to medium frequency induction furnaces. HIMELT provides enhanced performance in those applications where more arduous service conditions exist.
Excel CruciblesApplications
EXCEL is intended for aluminium melting in oil-fired furnaces, melting copper-based alloys in gas and oil-fired furnaces, melting precious metals and non-ferrous alloys in low to medium frequency induction furnaces. HIMELT provides enhanced performance in those applications where more arduous service conditions exist.
Crucible / made of silicon carbide - 620 °C ... 900 °C | Excel E
Excel E is a high quality carbon-bonded silicon carbide crucible manufactured using the latest roller-forming...
Crucible / made of silicon carbide - 620 °C ... 900 °C | Excel E
Excel E is a high quality carbon-bonded silicon carbide crucible manufactured using the latest roller-forming techniques and incorporating a special multi-phase glaze protection system. This product range is designed for aluminium melting and holding applications.
Applications
Excel E CruciblesEXCEL E is used for melting, holding and melt/holding of aluminium alloys in electric resistance and gas-fired furnaces.
Applications
Excel E CruciblesEXCEL E is used for melting, holding and melt/holding of aluminium alloys in electric resistance and gas-fired furnaces.
Crucible - 400 °C ... 1 400 °C | Grafit
Noltinas Grafit crucibles are rib formed CLAY-GRAPHITE crucibles characterised by high refractoriness and good thermal conductivity as well as very good thermal shock resistance...
Crucible - 400 °C ... 1 400 °C | Grafit
Noltinas Grafit crucibles are rib formed CLAY-GRAPHITE crucibles characterised by high refractoriness and good thermal conductivity as well as very good thermal shock resistance...
Crucible - 850 °C ... 1 600 °C | Indux
INDUX is a high quality ceramic bonded clay graphite crucible range manufactured to provide controlled graphite alignment and optimised electrical properties...
Crucible - 850 °C ... 1 600 °C | Indux
INDUX is a high quality ceramic bonded clay graphite crucible range manufactured to provide controlled graphite alignment and optimised electrical properties to suit specific frequency ranges for induction melting applications.
Applications
Indux CruciblesINDUX crucibles are used to provide consistent performance in medium frequency induction furnaces. INDUX crucibles are designed for furnaces operating in the frequency range from 1kHz and upwards with most installations typically operating between 1kHz and 3kHz. INDUX crucibles are typically used to melt copper alloys and precious metals.
Applications
Indux CruciblesINDUX crucibles are used to provide consistent performance in medium frequency induction furnaces. INDUX crucibles are designed for furnaces operating in the frequency range from 1kHz and upwards with most installations typically operating between 1kHz and 3kHz. INDUX crucibles are typically used to melt copper alloys and precious metals.