Industrial Mechatronics Maintenance Technician

Atlas Seals & Engineering; Salt Lake City (UT); On-site; USD 65,000 - 90,000; Full time

Job summary

Atlas Seals & Engineering in Salt Lake City seeks an Industrial Mechatronics Maintenance Technician to protect uptime across CNC lathes, mills, Wire EDMs and custom automation. You’ll diagnose faults, perform preventive maintenance, and keep production moving safely.

Experience with 24 VDC control circuits, 480 VAC three‑phase, pneumatics and basic hydraulics, and Allen‑Bradley/Rockwell platforms is preferred.

Qualifications

• Industrial maintenance experience in a manufacturing environment.

Responsibilities

• Plan and perform preventive maintenance on CNC and automation assets.
• Diagnose mechanical, electrical, pneumatic, or controls faults.
• Work with 24 VDC and 480 VAC systems safely.
• Read drawings and electrical diagrams to guide repairs.
• Document maintenance and repair activities.
• Collaborate with engineering to improve reliability.

Skills

Industrial maintenance

CNC PM experience

Pneumatics

Hydraulics

Electrical troubleshooting

Reading schematics

Controls troubleshooting

HMIs/PC literacy

Self-direction

Team collaboration

Tools

Allen‑Bradley/Rockwell platforms

RSLogix 500

RSLogix 5000/Studio 5000

PanelView HMIs

RSView

Job description

Atlas Seals | Industrial Mechatronics Maintenance TechnicianPay rate is negotiable based on experience.Your mission: protect uptime and elevate performance across a fleet that spans CNC lathes, mills, Wire EDMs, and custom automated machinery. You’ll be the person who can walk up to a downed system, separate symptoms from causes, and get production moving—safely and sustainably—while laying the groundwork to prevent the issue from returning.This isn’t a facilities-only job. You’ll focus primarily on production equipment, with occasional support for general building and facility maintenance.Your impactPlan and perform preventive maintenance that keeps CNC and automation assets running at their best.Diagnose and correct mechanical faults on both commercial and custom-built equipment.Support pneumatics and basic hydraulics: cylinders, solenoids, sensors, proximity switches, valves, actuators, pumps, motors, bearings, gearboxes, relays, contactors, and VFDs.Troubleshoot industrial electrical systems; quickly determine whether issues are electrical, mechanical, pneumatic, or controls-related.Work confidently with 24 VDC control circuits and 480 VAC three‑phase power.Read mechanical drawings, equipment manuals, electrical schematics, and pneumatic diagrams to guide effective repairs.Leverage multimeters and precision measuring tools to verify hypotheses and close out root causes.Install and upgrade equipment; contribute to modifications and continuous‑improvement projects.Maintain PM plans and capture complete maintenance/repair documentation.Collaborate with manufacturing and engineering to uncover chronic issues and increase reliability.Champion safety—especially Lockout/Tagout—every time.What you’ll needIndustrial maintenance experience in a manufacturing environment.Hands-on PM experience with CNC tools; lathe/mill preferred. Wire EDM familiarity is a plus.Mechanical problem-solver with confidence tackling unfamiliar machines.Working knowledge of pneumatics, basic hydraulics, motors, bearings, sensors, switches, valves, and other common industrial components.Industrial electrical troubleshooting skills and comfort around standard control hardware.Ability to work safely with 24 VDC controls and 480 VAC three‑phase equipment.Fluency reading mechanical/electrical/pneumatic documentation.A disciplined, root‑cause approach to diagnostics—not part swapping.Computer fluency beyond Word/Excel: navigating software, interfacing with computerized equipment, researching technical data, connecting to equipment, learning new programs and HMIs.Self‑direction and ownership from first symptom to final resolution.Advance your impact with controls expertiseCandidates with strong automation/controls troubleshooting are considered for a higher compensation range. We use Allen‑Bradley/Rockwell platforms across legacy and modern systems. The goal isn’t designing from scratch; it’s connecting to what exists, understanding the intended sequence, and finding exactly why it’s off track.AB SLC‑series + RSLogix 500.ControlLogix + RSLogix 5000 / Studio 5000.Going online to observe ladder logic, inputs/outputs, interlocks, timers, alarms, and sequences to diagnose.PanelView HMIs; legacy RSView.DeviceNet networks and diagnostic tools.AB servo drives and motion systems, including legacy platforms.Industrial troubleshooting at 24 VDC control and 480 VAC three‑phase.PNP/NPN sensors; discrete I/O; analog 0–10 VDC and 4–20 mA instrumentation.Field I/O devices: sensors, solenoids, relays, contactors, motors, drives, actuators, and safety devices.Reading schematics and tracing signals through control circuits.Support for custom automated machinery when OEM service isn’t available.Maintenance/troubleshooting of legacy automation hardware and software.Additional plusExperience with Microsoft Visual Studio, VB.NET, VB6, or other PC‑based machine‑control/HMI applications.We welcome applicants at different experience levels who meet the core qualifications. If you bring the fundamentals and a problem‑solving mindset, let’s talk—even if you’re still building out advanced controls skills.