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Repair Reference

Explore our successful projects in automation, industrial electronics repair, servo motor repair, and more.

500+
Servo Motors Repaired
2500+
Industrial Electronics Repaired
98%
Repair Success Rate
24h
Average Diagnosis Time
Before
After

Bosch Rexroth MKE Ex Servo Motor Repair

Plastics Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Bosch Rexroth MSM Synchronous Servo Motor Repair

Water and wastewater Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Bosch Rexroth MS2E Ex Servo Motor Repair

Pharma Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Bosch Rexroth MS2S Synchronous Servo Motor Repair

Food and beverage Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Bosch Rexroth MS2N Synchronous Servo Motor Repair

Package Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Allen-Bradley Kinetix TLP Compact Servo Motor Repair

Chemical Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Allen-Bradley Kinetix VPF Food-Grade Servo Motor Repair

Chemical Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Allen-Bradley Kinetix MPM Medium-Inertia Servo Motor Repair

Chemical Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Allen-Bradley Kinetix MPL Low-Inertia Servo Motor Repair

Textile Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Kollmorgen Goldline EB / EBH Series Repair

Plastics Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Kollmorgen AKM2G Series Servo Motor Repair

Food and beverage Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

SEW-EURODRIVE CMP Servo Motor Repair

Chemical Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Lenze MCS Servo Motor Repair

Chemical Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Schneider Electric Lexium BSH Servo Motor Repair

Chemical Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Schneider Electric Lexium BMH Servo Motor Repair

Textile Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

ABB AC Servo Motor Repair

Printing Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

ABB BSM Series Servo Motor Repair

Plastics Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

ELAU PacDrive Servo Motor Repair

Water and wastewater Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

ELAU SM Series Servo Motor Repair

Pharma Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

ELAU SH Series Servo Motor Repair

Food and beverage Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Mitsubishi Electric HC Series Repair

Packing and paper Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Mitsubishi Electric HF Series Repair

Chemical Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Mitsubishi Electric HG-SR Series Repair

Chemical Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Mitsubishi Electric HG-KR Series Repair

Chemical Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

FANUC Beta AC Servo Motor Repair

Textile Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

FANUC Alpha AC Servo Motor Repair

Printing Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

FANUC Beta i Servo Motor Repair

Plastics Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

FANUC Alpha i Servo Motor Repair

Water and wastewater Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Yaskawa Sigma Servo Motor Series Repair

Chemical Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Yaskawa SGMGV Series Repair

Food and beverage Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Yaskawa SGMJV Series Repair

Package Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Yaskawa SGM7A Series Repair

Chemical Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Siemens SIMOTICS Motion Control Motor Repair

Chemical Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Siemens 1PH8 Series Repair

Textile Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Siemens 1PH7 Series Repair

Printing Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Siemens 1FT7 Series Repair

Plastics Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Siemens 1FT6 Series Repair

Water and wastewater Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Siemens 1FK7 Series Repair

Pharma Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Siemens 1FK6 Series Repair

Package Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Siemens SIMOTICS S-1FK7 Repair

Chemical Typical reference: 3–7 working days

The affected axis could not position accurately and the machine was unable to maintain a stable production cycle.

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After

Phoenix Contact Industrial Ethernet Switch Repair

Chemical Typical reference: 2–5 working days

Intermittent field data caused machine alarms, missing signals, and unreliable automatic sequences.

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After

Hirschmann Industrial Ethernet Switch Repair

Chemical Typical reference: 2–5 working days

Intermittent field data caused machine alarms, missing signals, and unreliable automatic sequences.

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After

Allen-Bradley EtherNet/IP Communication Module Repair

Chemical Typical reference: 2–5 working days

Intermittent field data caused machine alarms, missing signals, and unreliable automatic sequences.

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After

Siemens PROFINET Communication Module Repair

Textile Typical reference: 2–5 working days

Intermittent field data caused machine alarms, missing signals, and unreliable automatic sequences.

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After

Siemens PROFIBUS Communication Module Repair

Printing Typical reference: 2–5 working days

Intermittent field data caused machine alarms, missing signals, and unreliable automatic sequences.

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After

Siemens Analog Output Module Repair

Plastics Typical reference: 2–5 working days

Intermittent field data caused machine alarms, missing signals, and unreliable automatic sequences.

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After

Siemens Analog Input Module Repair

Water and wastewater Typical reference: 2–5 working days

Intermittent field data caused machine alarms, missing signals, and unreliable automatic sequences.

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After

Siemens Digital Output Module Repair

Pharma Typical reference: 2–5 working days

Intermittent field data caused machine alarms, missing signals, and unreliable automatic sequences.

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After

Siemens Digital Input Module Repair

Food and beverage Typical reference: 2–5 working days

Intermittent field data caused machine alarms, missing signals, and unreliable automatic sequences.

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After

Siemens ET 200 Remote I/O Repair

Package Typical reference: 2–5 working days

Intermittent field data caused machine alarms, missing signals, and unreliable automatic sequences.

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After

Fagor CNC Control Electronics Repair

Chemical Typical reference: 3–6 working days

The machine control platform became unreliable, preventing normal operator access and automated machine operation.

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After

HEIDENHAIN CNC Control Electronics Repair

Chemical Typical reference: 3–6 working days

The machine control platform became unreliable, preventing normal operator access and automated machine operation.

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After

Mitsubishi Electric CNC Control Electronics Repair

Packing and paper Typical reference: 3–6 working days

The machine control platform became unreliable, preventing normal operator access and automated machine operation.

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After

FANUC CNC Control Electronics Repair

Textile Typical reference: 3–6 working days

The machine control platform became unreliable, preventing normal operator access and automated machine operation.

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After

Siemens SINUMERIK 828D Electronics Repair

Printing Typical reference: 3–6 working days

The machine control platform became unreliable, preventing normal operator access and automated machine operation.

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After

Siemens SINUMERIK 840D Electronics Repair

Plastics Typical reference: 3–6 working days

The machine control platform became unreliable, preventing normal operator access and automated machine operation.

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After

Advantech Industrial PC Repair

Water and wastewater Typical reference: 2–5 working days

The machine control platform became unreliable, preventing normal operator access and automated machine operation.

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After

Beckhoff Industrial PC Repair

Pharma Typical reference: 2–5 working days

The machine control platform became unreliable, preventing normal operator access and automated machine operation.

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After

Siemens SIMATIC Panel PC Repair

Food and beverage Typical reference: 2–5 working days

The machine control platform became unreliable, preventing normal operator access and automated machine operation.

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After

Siemens SIMATIC IPC Repair

Package Typical reference: 2–5 working days

The machine control platform became unreliable, preventing normal operator access and automated machine operation.

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After

Schneider Electric Industrial Power Supply Repair

Chemical Typical reference: 2–5 working days

Loss of the DC supply affected multiple control devices and caused the machine or panel to remain unavailable.

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After

ABB Industrial Power Supply Repair

Chemical Typical reference: 2–5 working days

Loss of the DC supply affected multiple control devices and caused the machine or panel to remain unavailable.

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After

Mean Well Industrial Power Supply Repair

Pharma Typical reference: 2–5 working days

Loss of the DC supply affected multiple control devices and caused the machine or panel to remain unavailable.

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After

PULS DIN Rail Power Supply Repair

Textile Typical reference: 2–5 working days

Loss of the DC supply affected multiple control devices and caused the machine or panel to remain unavailable.

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After

Omron Industrial Power Supply Repair

Printing Typical reference: 2–5 working days

Loss of the DC supply affected multiple control devices and caused the machine or panel to remain unavailable.

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After

Phoenix Contact QUINT Power Repair

Plastics Typical reference: 2–5 working days

Loss of the DC supply affected multiple control devices and caused the machine or panel to remain unavailable.

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After

Siemens SITOP UPS Module Repair

Water and wastewater Typical reference: 2–5 working days

Loss of the DC supply affected multiple control devices and caused the machine or panel to remain unavailable.

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After

Siemens SITOP Power Supply Repair

Pharma Typical reference: 2–5 working days

Loss of the DC supply affected multiple control devices and caused the machine or panel to remain unavailable.

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After

Lenze Servo Drive Series Repair

Food and beverage Typical reference: 3–6 working days

Loss of the servo axis stopped accurate machine movement and prevented normal production cycles.

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After

ELAU PacDrive Servo Drive Repair

Package Typical reference: 3–6 working days

Loss of the servo axis stopped accurate machine movement and prevented normal production cycles.

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After

Schneider Electric Lexium 32 Repair

Chemical Typical reference: 3–6 working days

Loss of the servo axis stopped accurate machine movement and prevented normal production cycles.

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After

Allen-Bradley Kinetix 6000 Repair

Chemical Typical reference: 3–6 working days

Loss of the servo axis stopped accurate machine movement and prevented normal production cycles.

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After

Allen-Bradley Kinetix 5500 Repair

Chemical Typical reference: 3–6 working days

Loss of the servo axis stopped accurate machine movement and prevented normal production cycles.

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After

FANUC Beta Servo Amplifier Repair

Textile Typical reference: 3–6 working days

Loss of the servo axis stopped accurate machine movement and prevented normal production cycles.

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After

FANUC Alpha Servo Amplifier Repair

Printing Typical reference: 3–6 working days

Loss of the servo axis stopped accurate machine movement and prevented normal production cycles.

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After

Mitsubishi Electric MELSERVO MR-J3 Repair

Plastics Typical reference: 3–6 working days

Loss of the servo axis stopped accurate machine movement and prevented normal production cycles.

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After

Mitsubishi Electric MELSERVO MR-J4 Repair

Chemical Typical reference: 3–6 working days

Loss of the servo axis stopped accurate machine movement and prevented normal production cycles.

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After

Yaskawa Sigma-7 SERVOPACK Repair

Pharma Typical reference: 3–6 working days

Loss of the servo axis stopped accurate machine movement and prevented normal production cycles.

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After

Yaskawa Sigma-5 SERVOPACK Repair

Food and beverage Typical reference: 3–6 working days

Loss of the servo axis stopped accurate machine movement and prevented normal production cycles.

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After

Siemens MASTERDRIVES Servo Repair

Chemical Typical reference: 3–6 working days

Loss of the servo axis stopped accurate machine movement and prevented normal production cycles.

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After

Siemens SIMODRIVE 611 Repair

Textile Typical reference: 3–6 working days

Loss of the servo axis stopped accurate machine movement and prevented normal production cycles.

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After

Siemens SINAMICS V90 Repair

Chemical Typical reference: 3–6 working days

Loss of the servo axis stopped accurate machine movement and prevented normal production cycles.

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After

Siemens SINAMICS S120 Repair

Chemical Typical reference: 3–6 working days

Loss of the servo axis stopped accurate machine movement and prevented normal production cycles.

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After

Mitsubishi Electric FR Series Repair

Textile Typical reference: 3–6 working days

The driven motor could not run reliably, stopping a critical machine function and increasing production downtime.

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After

Yaskawa GA Series Repair

Plastics Typical reference: 3–6 working days

The driven motor could not run reliably, stopping a critical machine function and increasing production downtime.

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After

Danfoss VLT AutomationDrive FC 302 Repair

Plastics Typical reference: 3–6 working days

The driven motor could not run reliably, stopping a critical machine function and increasing production downtime.

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After

Schneider Electric Altivar ATV930 Repair

Water and wastewater Typical reference: 3–6 working days

The driven motor could not run reliably, stopping a critical machine function and increasing production downtime.

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After

Schneider Electric Altivar ATV630 Repair

Pharma Typical reference: 3–6 working days

The driven motor could not run reliably, stopping a critical machine function and increasing production downtime.

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After

Schneider Electric Altivar ATV320 Repair

Food and beverage Typical reference: 3–6 working days

The driven motor could not run reliably, stopping a critical machine function and increasing production downtime.

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After

ABB ACS880 Repair

Package Typical reference: 3–6 working days

The driven motor could not run reliably, stopping a critical machine function and increasing production downtime.

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After

ABB ACS580 Repair

Food and beverage Typical reference: 3–6 working days

The driven motor could not run reliably, stopping a critical machine function and increasing production downtime.

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After

ABB ACS550 Repair

Chemical Typical reference: 3–6 working days

The driven motor could not run reliably, stopping a critical machine function and increasing production downtime.

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After

Siemens MICROMASTER 440 Repair

Packing and paper Typical reference: 3–6 working days

The driven motor could not run reliably, stopping a critical machine function and increasing production downtime.

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After

Siemens MICROMASTER 420 Repair

Textile Typical reference: 3–6 working days

The driven motor could not run reliably, stopping a critical machine function and increasing production downtime.

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After

Siemens SINAMICS G120X Repair

Plastics Typical reference: 3–6 working days

The driven motor could not run reliably, stopping a critical machine function and increasing production downtime.

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After

Siemens SINAMICS G120C Repair

Water and wastewater Typical reference: 3–6 working days

The driven motor could not run reliably, stopping a critical machine function and increasing production downtime.

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After

Siemens SINAMICS G120 Repair

Pharma Typical reference: 3–6 working days

The driven motor could not run reliably, stopping a critical machine function and increasing production downtime.

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After

Allen-Bradley PanelView Plus Repair

Food and beverage Typical reference: 2–5 working days

Operators could not reliably monitor or control the machine because the operator panel was unavailable or only partially functional.

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After

Omron NA / NS Series HMI Repair

Package Typical reference: 2–5 working days

Operators could not reliably monitor or control the machine because the operator panel was unavailable or only partially functional.

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After

Schneider Electric Magelis Series Repair

Chemical Typical reference: 2–5 working days

Operators could not reliably monitor or control the machine because the operator panel was unavailable or only partially functional.

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After

Siemens OP / TP Legacy Panels Repair

Textile Typical reference: 2–5 working days

Operators could not reliably monitor or control the machine because the operator panel was unavailable or only partially functional.

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After

Siemens MP277 Repair

Printing Typical reference: 2–5 working days

Operators could not reliably monitor or control the machine because the operator panel was unavailable or only partially functional.

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After

Siemens TP1200 Comfort Repair

Plastics Typical reference: 2–5 working days

Operators could not reliably monitor or control the machine because the operator panel was unavailable or only partially functional.

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After

Schneider Electric Modicon Series Repair

Food and beverage Typical reference: 2–5 working days

The machine experienced repeated control interruptions, preventing reliable automatic operation and creating production downtime.

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After

Omron CJ / NX Series PLC Repair

Package Typical reference: 2–5 working days

The machine experienced repeated control interruptions, preventing reliable automatic operation and creating production downtime.

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After

Mitsubishi Electric MELSEC Q Series Repair

Chemical Typical reference: 2–5 working days

The machine experienced repeated control interruptions, preventing reliable automatic operation and creating production downtime.

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After

Mitsubishi Electric MELSEC FX Series Repair

Chemical Typical reference: 2–5 working days

The machine experienced repeated control interruptions, preventing reliable automatic operation and creating production downtime.

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After

Allen-Bradley ControlLogix Repair

Packing and paper Typical reference: 2–5 working days

The machine experienced repeated control interruptions, preventing reliable automatic operation and creating production downtime.

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After

Allen-Bradley CompactLogix Repair

Textile Typical reference: 2–5 working days

The machine experienced repeated control interruptions, preventing reliable automatic operation and creating production downtime.

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After

Siemens ET 200 CPU / Controller Repair

Printing Typical reference: 2–5 working days

The machine experienced repeated control interruptions, preventing reliable automatic operation and creating production downtime.

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After

Siemens LOGO! Controller Repair

Plastics Typical reference: 2–5 working days

The machine experienced repeated control interruptions, preventing reliable automatic operation and creating production downtime.

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After

Siemens SIMATIC S7-400 Repair

Water and wastewater Typical reference: 2–5 working days

The machine experienced repeated control interruptions, preventing reliable automatic operation and creating production downtime.

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After

Siemens SIMATIC S7-1500 Repair

Package Typical reference: 2–5 working days

The machine experienced repeated control interruptions, preventing reliable automatic operation and creating production downtime.

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Before
After

Siemens SIMATIC S7-1200 Repair

Food and beverage Typical reference: 2–5 working days

The machine experienced repeated control interruptions, preventing reliable automatic operation and creating production downtime.

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