Think big, start small: with TRI-MATIC engineering
Think big, start small: with TRI-MATIC engineering
The automation of machines and plants has made it possible to significantly increase process efficiency in recent years. Due to ever shorter innovation cycles, companies must constantly adapt their business model to changing market requirements. Industrial automation leads to a higher degree of automation, in which complex machines and plants function more independently. For example, if a sensor delivers a previously defined value, a specific component carries out an action.
From industrial automation to industrial autonomy
The vision from industrial automation to industrial autonomy goes one step further than automated processes. An autonomously operating machine or system can reliably produce individualised products, recognise situations and carry out actions on its own.
Think big, start small
This is still a long way off. But every individualisation of your application, no matter how ingenious, starts with a simple idea. The important thing is to think big and start small. This is where TRI-MATIC engineering comes in. Open up new possibilities with our customised engineering and benefit from our innovative strength.
The better we understand your requirements and wishes, the more targeted TRI-MATIC engineering can design a solution. Close cooperation enables practical and cost-efficient results. Thanks to our wide product range, we can find the right solution for many applications. If standard products are not available on the market as desired, we outline our solution approach from the idea to the finished product and produce the individual solution for your application.
Our strengths here are topics such as:
- Quality improvement and cost optimisation
- CAD visualisation and technical documentation
- Compliance with relevant standards
- Relief of your development and assembly
- Simplification of your procurement processes
- Reduction of suppliers
- Market-driven packaging
We always try to focus on all these topics as a whole. In this way, TRI-MATIC engineering guarantees you the best possible results and the highest possible quality.
Stainless steel sensor with IO-Link interface for universal applications in industry. 0...100mbar to 0...400 bar
Stainless steel sensor with IO-Link interface and various flush-mounted process connections for universal applications in industry. 0...100mbar to 0...40 bar
Diaphragm seal with open measuring Flanges according DIN/ANSI. Different materials and coatings available. PN 25 – PN 250
Ceramic Sensor especially designed for pasty, polluted or aggressive media. 0…400 mbar bis 0…600 bar
Intelligent Pressure switch with stainless steel sensor and digital display. 0…100 mbar bis 0…600 bar
Differential pressure switch for industrial applications. SIL certified, ATEX available. Pressure range 4 mbar to 16 bar
Pressure monitor for fuel gases. For overpressure monitoring of fuel gases. SIL certified. ATEX available. Pressure range 15 mbar to 250 mbar
Pressure switch for industrial and chemical applications. SIL certified, ATEX available. Pressure range -1 bar to 16 bar
Maximum pressure monitor, selfmonitoring sensor for steam and hot water. SIL certified. Pressure range 0.1 bar to 32 bar
Pressure monitor for hot water, steam, gas and fuel. SIL certified. ATEX available. Pressure range 0.1 bar to 40 bar
Pneumatic actuated 2/2-way ball valve with flange. Type Wafer. Up to PN 100, DN 15 – DN100
2/2-way stainless steel ball valve with direct-assembled pneumatic actuator. Threaded ends. Max. 70 bar, 1/4" - 3"
2/2-way stainless steel ball valve with direct -assembled pneumatic actuator. Welded ends. Max. 70 bar, DN 8 – DN 80
3-way ball valve, nickel plated, L- or T-execution. Max. PN 40, 1/2" - 2". Handle rotatable 360°
3-way ball valve, brass nickel plated, full bore, L- or T-execution, with actuator plattform according ISO 5211. 1/4" - 2"
Ball valve, nickel plated, full bore, 1 connector and 1 bleed valve. PN 40, 1/2" - 2"
3-pc. ball valve, stainless steel, full bore for high pressure. Thread or butt welded ends. 1/4" - 2"
Ball Valve with rotable flanges, brass nickel plated, full bore. Max. PN 100, 1/4" - 2"
Precision pressure gauge Ø 160 mm, Back or lower connection, wetted parts brass. -1…0 bar bis 0…400 bar
Diaphragm spring pressure gauge stainless steel. Ø 100 mm, lower connection. 0…40 mbar bis 0…25 bar
Glycerin filled pressure gauge, stainless steel housing. Ø 100 mm, Lower connection, wetted parts brass. -1…0 bar bis 0…1000 bar
Glycerin filled pressure gauge, stainless steel housing. Ø 100 mm, back connection, wetted parts brass. For panels. -1…0 bar bis 0…1000 bar
Pressure gauge, stainless steel housing. Ø 100 mm, Lower connection, wetted parts brass. -1…0 bis 0…400 bar
Pressure gauge, stainless steel housing. Ø 100 mm, back connection, wetted parts brass. -1…0 bis 0…400 bar
Heavy duty electric actuator. Aluminium housing. ATEX approved. With ISO 5211 flange. Torque 80 to 11’000 Nm.
Electric actuator, newest generation. With ISO 5211 - flange. Torque 140 to 300 Nm.
Electric actuator, latest generation. With ISO 5211 - flange. Torque 20 to 35 Nm.
Electric actuator, latest generation. With ISO 5211 - flange. Torque 55 to 85 Nm.
Electric actuated butterfly valve, Wafer type. PTFE/PFA Gaskets/coating. ATEX-approved. DN 50 – DN 300.
Compact 3/2-way st. steel ball valve with electric actuator. L – or T- bore. Max. 55 bar. ½" - 2"
Electric actuated 2/2-way ball valve with flange, Wafer type. Up to PN 100, DN 15 – DN100
Intelligent, electropneumatic positioner for assembly on pneumatic actuators (SIL-approved).
Compact limit switch box for direct mounting on pneumatic actuators. Many different executions available.
Limit switch box with adjustable stainless steel mounting bracket. Up to 4 switches possible, many different executions.
On the road with customers
This is how we support our customers!
The advantages at a glance
That's why a partnership with TRI-MATIC in industrial automation is worthwhile: