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The UV plant PURION 2.501 DUAL PVC-U is applied to disinfect saltwater or other aggressive fluids up to a flow rate of 20 m³/h and a transmission (or turbidity) of the water of at least 90% per T1 cm. Several options for monitoring of the disinfection performance are available: I DUAL Basic II DUAL OTC III DUAL OTC Professional For optimal installation, we recommend using the PURION assembly system DUAL 2. advantages: additional chemicals are not required for disinfection not affecting smell or taste low-maintenance operation low operational costs Please contact us for targeted advice: mail: uv-technology@purion.de phone: +49 3682 479087

The UV-plant PURION 1000 DUAL H is made from electropolished stainless steel 1.4571. The PURION 1000 DUAL H is applied to disinfect drinking water up to a flow rate of 3 m³/h and a transmission (or turbidity) of the water of at least 90% per T1 cm. The UV-plant PURION 1000 DUAL H has been developed for temperatures above 40 C° e.g. in warm water circulations. Several options for monitoring of the disinfection performance are available: I DUAL Basic II DUAL OTC III DUAL OPD IV DUAL OTC Professional V DUAL OPD Professional VI DUAL OPD Ultra For optimal installation, we recommend using the PURION assembly system DUAL 1. advantages: additional chemicals are not required for disinfection not affecting smell or taste low-maintenance operation low operational costs Please contact us for targeted advice: mail: uv-technology@purion.de phone: +49 3682 479087

The UV-plant PURION 1000 DUAL PRO is made from electropolished stainless steel 1.4571. The PURION 1000 DUAL PRO is applied to disinfect industrial water and emulsions up to a flow rate of 800 l/h with a transmission (or turbidity) of the fluids of 20 - 90% per T1 cm. Several options for power supply and monitoring of the disinfection performance are available: I DUAL Basic II DUAL OTC III DUAL OTC Professional For optimal installation, we recommend using the PURION assembly system DUAL 1. advantages: additional chemicals are not required for disinfection not affecting smell or taste low-maintenance operation low operational costs Please contact us for targeted advice: mail: uv-technology@purion.de phone: +49 3682 479087

The UV-plant PURION 2500 DUAL 90 W PRO is made from electropolished stainless steel 1.4571. The PURION 2500 DUAL 90 W PRO is applied to disinfect industrial water and emulsions up to a flow rate of 5 m³/h with a transmission (or turbidity) of the fluids of 20 - 90% per T1 cm. Several options for monitoring of the disinfection performance are available: I DUAL Basic II DUAL OTC III DUAL OTC Professional For optimal installation, we recommend using the PURION assembly system DUAL 1. advantages: additional chemicals are not required for disinfection not affecting smell or taste low-maintenance operation low operational costs Please contact us for targeted advice: mail: uv-technology@purion.de phone: +49 3682 479087

The UV plant PURION 2001 DUAL PVC-U is applied to disinfect saltwater or other aggressive fluids up to a flow rate of 10 m³/h and a transmission (or turbidity) of the water of at least 90% per T1 cm. Several options for monitoring of the disinfection performance are available: I DUAL Basic II DUAL OTC III DUAL OTC Professional For optimal installation, we recommend using the PURION assembly system DUAL 2. advantages: additional chemicals are not required for disinfection not affecting smell or taste low-maintenance operation low operational costs Please contact us for targeted advice: mail: uv-technology@purion.de phone: +49 3682 479087

The UV plant PURION 1000 DUAL PVC-U is applied to disinfect saltwater or iother aggressive fluids up to a flow rate of 2 m³/h and a transmission (or turbidity) of the water of at least 90% per T1 cm. The PURION 1.000 DUAL PVC-U operates very efficiently with two PURION UV-lamps 17 W. Several options for power supply and monitoring of the disinfection performance are available. I DUAL Basic II DUAL OTC III DUAL OTC Professional For optimal installation, we recommend using the PURION assembly system DUAL 1. advantages: additional chemicals are not required for disinfection not affecting smell or taste low-maintenance operation low operational costs Please contact us for targeted advice: mail: uv-technology@purion.de phone: +49 3682 479087

The UV plant PURION 2.500 DUAL 90 W PVC-U is applied to disinfect saltwater or other aggressive fluids up to a flow rate of 8 m³/h and a transmission (or turbidity) of the water of at least 90% per T1 cm. Several options for monitoring of the disinfection performance are available: I DUAL Basic II DUAL OTC III DUAL OTC Professional For optimal installation, we recommend using the PURION assembly system DUAL 1. advantages: additional chemicals are not required for disinfection not affecting smell or taste low-maintenance operation low operational costs Please contact us for targeted advice: mail: uv-technology@purion.de phone: +49 3682 479087

The UV plant PURION 2.500 DUAL 36 W PVC-U is applied to disinfect saltwater or other aggressive fluids up to a flow rate of 5 m³/h and a transmission (or turbidity) of the water of at least 90% per T1 cm. The PURION 2.500 DUAL 36 W PVC-U operates very efficiently with two PURION UV-lamps 36 W. Several options for power supply and monitoring of the disinfection performance are available. I DUAL Basic II DUAL OTC III DUAL OTC Professional For optimal installation, we recommend using the PURION assembly system DUAL 1. advantages: additional chemicals are not required for disinfection not affecting smell or taste low-maintenance operation low operational costs Please contact us for targeted advice: mail: uv-technology@purion.de phone: +49 3682 479087

The UV-plant PURION 2500 DUAL 36 W PRO is made from electropolished stainless steel 1.4571. The PURION 2500 DUAL 36 W PRO is applied to disinfect industrial water and emulsions up to a flow rate of 2 m³/h with a transmission (or turbidity) of the fluids of 20 - 90% per T1 cm. Several options for power supply and monitoring of the disinfection performance are available. I DUAL Basic II DUAL OTC III DUAL OTC Professional For optimal installation, we recommend using the PURION assembly system DUAL 1. advantages: additional chemicals are not required for disinfection not affecting smell or taste low-maintenance operation low operational costs Please contact us for targeted advice: mail: uv-technology@purion.de phone: +49 3682 479087

The UV-plant PURION 2501 DUAL is made from electropolished stainless steel 1.4571. The PURION 2501 DUAL is applied to disinfect drinking water up to a flow rate of 20 m³/h and a transmission (or turbidity) of the water of at least 90% per T1 cm. Several options for monitoring of the disinfection performance are available: I DUAL Basic II DUAL OTC III DUAL OPD IV DUAL OTC Professional V DUAL OPD Professional VI DUAL OPD Ultra For optimal installation, we recommend using the PURION assembly system DUAL 2. advantages: additional chemicals are not required for disinfection not affecting smell or taste low-maintenance operation low operational costs Please contact us for targeted advice: mail: uv-technology@purion.de phone: +49 3682 479087

The UV-plant PURION 2001 DUAL is made from electropolished stainless steel 1.4571. The PURION 2001 DUAL is applied to disinfect drinking water up to a flow rate of 10 m³/h and a transmission (or turbidity) of the water of at least 90% per T1 cm. Several options for monitoring of the disinfection performance are available: I DUAL Basic II DUAL OTC III DUAL OPD IV DUAL OTC Professional V DUAL OPD Professional VI DUAL OPD Ultra For optimal installation, we recommend using the PURION assembly system DUAL 2. advantages: additional chemicals are not required for disinfection not affecting smell or taste low-maintenance operation low operational costs Please contact us for targeted advice: mail: uv-technology@purion.de phone: +49 3682 479087

The UV-plant PURION 2500 DUAL 90 W is made from electropolished stainless steel 1.4571. The PURION 2500 DUAL 90 W DUAL is applied to disinfect drinking water up to a flow rate of 8 m³/h and a transmission (or turbidity) of the water of at least 90% per T1 cm. Several options for monitoring of the disinfection performance are available: I DUAL Basic II DUAL OTC III DUAL OPD IV DUAL OTC Professional V DUAL OPD Professional VI DUAL OPD Ultra For optimal installation, we recommend using the PURION assembly system DUAL 1. advantages: additional chemicals are not required for disinfection not affecting smell or taste low-maintenance operation low operational costs Please contact us for targeted advice: mail: uv-technology@purion.de phone: +49 3682 479087

The UV-plant PURION 1000 DUAL is made from electropolished stainless steel 1.4571. The PURION 1000 DUAL is applied to disinfect drinking water up to a flow rate of 2 m³/h and a transmission (or turbidity) of the water of at least 90% per T1 cm. The PURION 1.000 DUAL operates very efficiently with two PURION UV-lamps 17W. Several options for power supply and monitoring of the disinfection performance are available: I DUAL Basic II DUAL OTC III DUAL OPD IV DUAL OTC Professional V DUAL OPD Professional VI DUAL OPD Ultra For optimal installation, we recommend using the PURION assembly system DUAL 1. advantages: additional chemicals are not required for disinfection not affecting smell or taste low-maintenance operation low operational costs Please contact us for targeted advice: mail: uv-technology@purion.de phone: +49 3682 479087

The UV-plant PURION 2500 DUAL 36 W is made from electropolished stainless steel 1.4571. The PURION 2500 DUAL 36 W DUAL is applied to disinfect drinking water up to a flow rate of 5 m³/h and a transmission (or turbidity) of the water of at least 90% per T1 cm. The PURION 2.500 DUAL 36 W operates very efficiently with two PURION UV-lamps 36 W. Several options for power supply and monitoring of the disinfection performance are available: I DUAL Basic II DUAL OTC III DUAL OPD IV DUAL OTC Professional V DUAL OPD Professional VI DUAL OPD Ultra For optimal installation, we recommend using the PURION assembly system DUAL 1. advantages: additional chemicals are not required for disinfection not affecting smell or taste low-maintenance operation low operational costs Please contact us for targeted advice: mail: uv-technology@purion.de phone: +49 3682 479087

The UV-plant PURION 2501 DUAL H is made from electropolished stainless steel 1.4571. The PURION 2501 DUAL H is applied to disinfect drinking water up to a flow rate of 20 m³/h and a transmission (or turbidity) of the water of at least 90% per T1 cm. The UV-plant PURION 2501 DUAL H has been developed for temperatures above 40 C° e.g. in warm water circulations. Several options for monitoring of the disinfection performance are available. I DUAL Basic II DUAL OTC III DUAL OPD IV DUAL OTC Professional V DUAL OPD Professional VI DUAL OPD Ultra For optimal installation, we recommend using the PURION assembly system DUAL 2. advantages: additional chemicals are not required for disinfection not affecting smell or taste low-maintenance operation low operational costs Please contact us for targeted advice: mail: uv-technology@purion.de phone: +49 3682 479087

The UV-plant PURION 2500 DUAL H is made from electropolished stainless steel 1.4571. The PURION 2500 DUAL H is applied to disinfect drinking water up to a flow rate of 8 m³/h and a transmission (or turbidity) of the water of at least 90% per cm. The UV-plant PURION 2500 DUAL H has been developed for temperatures above 40 C° e.g. in warm water circulations. Several options for monitoring of the disinfection performance are available: I DUAL Basic II DUAL OTC III DUAL OPD IV DUAL OTC Professional V DUAL OPD Professional VI DUAL OPD Ultra For optimal installation, we recommend using the PURION assembly system DUAL 1. advantages: additional chemicals are not required for disinfection not affecting smell or taste low-maintenance operation low operational costs Please contact us for targeted advice: mail: uv-technology@purion.de phone: +49 3682 479087

Short cycle times and reduced handling times. With the linear transfer systems from ruhlamat you will get flexible, modularly extendable automated solutions according to your requirements. Rotary Transfer Systems High quantities at low demands for flexibility can be implemented quickly and efficiently with ruhlamat rotary transfer systems. Robot Applications High versatility and easy convertibility speak for ruhlamat robot applications. With an unlimited range of applications our robot applications offer the greatest possible flexibility and high security of investment. Manual Workstations The efficient cooperation between man and machine is optimised by manual workstations from ruhlamat. Short transport routes between stations and semi- or fully automatic part handling are typical for our manual workstations. Wire Embedding Systems 2D and 3D wire embedding solutions with the highest precision and speed? No Problem with the machine solutions from ruhlamat! In addition to...

The product portfolio at SIM Automation ranges from the effective design of individual manual workstations all the way through to completely interlinked, highly automated process lines. We handle all common transfer systems and can thus offer solutions that are independent from the branches of our customers. In addition to all standardized joining, measuring, testing and inspection systems, our assembly plants can also implement the customer’s own processes, including: - Joining, screwing, bonding, riveting, welding (laser, ultrasonic, resistance) - Testing, measuring, inspecting (optical, tactile, electrical, thermal) - Robot systems - Linear systems (pneumatic, electrical, mechanical) - Cam-controlled drives, linear and handling systems Testing and inspection lines we have been involved in: - Electric high-performance gear components (up to 6 kV) - Electric central locking systems (vehicles)

SIM Automation, your partner in - IV catheters - dialyzers - drip chambers - lab-on-a-chip systems, used for various diagnostic analyses and processes in the laboratory on a single chip Assembly and inspection plants in medical engineering that we have been involved in: - Fiber and panel membrane filters - Syringe and infusion systems - Tablet storage and packaging - Flacons / Flacon caps - Lipstick and mascara containers - Coronary testers / rapid blood tests - Sterile caps / membrane seal systems - Components for inhalers - Surgical disposable razors Testing and inspection lines for: - Pacemakers - Dialysis filters Hygienic design is also important here. Back in 2008, we established a clean room in line with Class C / ISO Class 7 requirements in our manufacturing facilities specially for this application area.

SIM Automation, your partner in - autonomous driving - electromobility - connected car - electric pumps - operating elements - door locks - instruments - airbag inflators and igniters - gearboxes Development of part-feeding systems and test systems. Assembly and inspections lines that we've already developed: - Airbag inflators - Intercoolers - Oil pumps - Door and trunk locks - Instrument components - Vehicle components for driver assistance systems - Step motors and servo motors - Quick-release clutch systems - Gearbox balance shafts (for checking run-out accuracy and backlash) Assembly lines we have been involved in: - Lighting components (H7 / Xenon / LED) - Safety belt height adjuster - Heatable windscreen washer jets Testing and inspection lines we have been involved in: - Electric high-performance gear components (up to 6 kV) - Electric central locking systems (vehicles)

SIM feeding and sorting systems ensure the reliability of our assembly, testing and inspection systems. We develop, design, manufacture and adapt these systems based on customer specifications and the existing assembly system. A combination of various feeding, handling, camera and sensor systems, robots can be used in additional to individual systems. The systems are used in virtually all industrial branches, including medical engineering, pharmaceuticals, food and cosmetics, the automotive industry and electrical engineering. Feeding systems are an important part of automation technology, as are the isolation and provision of individual components. In addition to simple feeding systems, complex testing, measuring and assembly processes can be added without any problems. Different feeding systems can also be combined thanks to the use of robots and handling systems. In this way, we create a seamless transition from simple part feeding through to compact feeding and testing cells.