Mold Tech

Mold Tech

Own safe start-up, setup/changeover, in-process control, and documentation for Tayu vertical injection-molding cells with integrated automation to produce insulator pins for handheld conducted energy devices. Deliver production on time by fine tuning automation settings and restoring machines to standard after faults. Maintain complete in-process quality and production records, conduct quality checks using calipers and microscopes, and update NetSuite software.

Duties & Responsibilities

Start-up and Shutdown

• Conduct pre-start safety checks on Tayu vertical injection molding cells: guards/interlocks, estops, light curtains, hot-oil lines, rotary table, and spill/leak conditions.
• Execute documented start-up: home Kawasaki 6-axis robot, stabilize Temperature Control Unit (TCU) at 320F / 160C for 20 minutes; warm barrel heats to 698F / 370C for 20 minutes; turn on manifold for hot tip controllers at 395 / 202 C.
• Follow Lock Out Tag Out (LOTO) and documented shutdown for press, robot, capper, and TCU.

Setup & Changeover

• Stage molds for MPJ 1097 and MPJ 1238 parts, End of Arm Tooling (EOAT), raw material (shells, pins, resin), inspection microscopes and caliper; confirm Matsui dryer settings and parameters.
• Install molds, verify clamp plate alignment and platen cleanliness; torque clamps to specification and record values.
• Connect TCU supply/return; leak-check; confirm temperature stability.
• Pull parts at machine startup or at shift change for Critical to Quality (CTQ) checks.

Process Control and Optimization

• Control temperature/pressure/velocity windows; monitor cushion, fill time, transfer position, pack pressure, and cycle time.
• Maintain upper/lower control limits (UCL/LCL); document drifts beyond thresholds and execute reaction plans.

Automation (robot, feeder, vision system, table cutter, capping station)

• Robot: return to home, validate safe zones, update points after mold changes
• Bowl feeders: tune amplitude of the vibration controllers for bowl feeders and runs; verify orientation of parts
• Vision System: own dataset lifecycle: image capture, model training, and periodic re-validation on Work Cells 1 and 2
• Table cutter: replace pads/cutters; set cutter height using Human-Machine Interface (HMI) with tolerance of 0.020 millimeters
• Capping Station: calibrate height sensors; confirm cap presence and orientation

Quality, Metrology, and Documentation

• Complete the appropriate Traveler for each part (PD-WI001-F01 for MPJ 1097; PD-WI001-F02 for MPJ 1238; PD-WI001-F03 for S01908). Initial and date the Traveler for each step/operation completed.
• Perform caliper-based height measurements every 30 minutes; record results and trigger hold for any out-of-spec finding.
• Conduct microscope visual inspections per acceptance criteria; log results on appropriate documents (either one of the three Travelers, the Visual Inspection Sheet, or the Height Check Sheet).

Operator-Level Maintenance and Troubleshooting

• Perform daily checks: lube levels, leaks, heater band status, TCU temperature/flow, and dryer dew point.
• Respond to alarms, clear jams, reseat connectors, and replace common wear parts as trained.
• Perform root-cause diagnosis and recovery on vertical press and capping-station automated controls. Escalate to leadership within the defined time; document fault, cause, action, and verification.

Materials Handling

• Follow drying specifications (temperature/hours, dew-point targets) and sealed conveyance to the hopper for the Radel material. Record material lot numbers on the Traveler and in NetSuite.

ERP System (NetSuite)

• Enter the number of MPJ 1238 parts made and tie them to lot numbers of raw materials including bodies, pins, and resin.

Safety and Compliance

• Exercise stop-the-line authority for any safety or quality risk; report and document immediately.
• Follow the PPE matrix including heat protection on arms and hands, safety glasses with side shields, safety shoes, cut-resistant gloves, and helmets.
• Apply LOTO for press, robot, capping stations, TCU, and auxiliary equipment
• Adhere to ISO 9001 document control and training requirements; complete required safety and quality training.

Required Skill/Abilities

• Hands-on experience with vertical injection molding presses and integrated automation
• Ability to perform setups/changeovers, first-article inspections, and in-process control to defined limits.
• Basic robot operations (home, jog, point verification) and EOAT handling; Use of calipers and microscope
• NetSuite production entry (operations confirm, assembly build, scrap)
• LOTO proficiency and adherence to safety procedures
• Ability to read and interpret blueprints, drawings, and work instructions.
• Strong mechanical aptitude and problem-solving skills.
• Ability to work independently and as part of a team in a fast-paced, shift-based environment.
• Thorough attention to detail.
• Efficient handling of multiple tasks and priorities during a production shift.
• Accurate record-keeping of process parameters, quality checks, and production issues.
• Ability to navigate and adjust settings on machine HMIs (Human-Machine Interfaces).
• Systematic approach to identifying root causes of defects or process inefficiencies.
• Excellent verbal and written communication skills.
• Proficient in Microsoft Office Suite or related software as needed to complete reports.
• Clear communication with team members, maintenance, and engineering staff.
• Ability to pass a background screen.

Education and Experience

• High school diploma or equivalent required.
• A minimum of five years of experience in the plastic injection molding field is preferred.
• RJG/Paulson training or equivalent is preferred.

Physical Requirements

• Prolonged periods of up to 12 hours working on feet, using tools, and performing repetitive actions that entail frequent bending and stooping.
• Must be able to lift 50 pounds at a time.
• Visual acuity to read instructions, operate machines, and inspect parts produced

Pay - $30.50 with 1.50 shift differential. Looking for multiple mold techs. 2-2-3 rotating.