POSITION PURPOSE:
Supports all areas of the manufacturing process. This role will require detail-orientation, flexibility, and clear communication. Operates, and verifies the quality of work on a wide variety of manual controlled or CNC machines, works in finishing, deburring, inspection, and packaging. Performs routine or repetitive operations in a manner, which will consistently meet quality requirements and production standards. Actively participates in continuous improvement activities.
ESSENTIAL FUNCTIONS AND BASIC DUTIES:
Cleans/washes parts as required.Maintains equipment as required.Deburrs or sandblasts parts.Operates a forklift.Light assembly.Material handling. Maintains work area in a neat and orderly condition. Works safely and complies with all established safety rules and work practices.Maintains and cares for all shop tools, machines, and equipment.Conform to the company quality system procedures as documented.Additional duties as assigned.QUALIFICATIONS
EDUCATION/CERTIFICATION: High School Diploma or GED.
REQUIRED KNOWLEDGE: NA.
EXPERIENCE REQUIRED: No experience required.
SKILLS ABILITIES: General Mechanical aptitude. Able to operate and perform basic cleaning on equipment.
OTHER REQUIREMENTS:
PHYSICAL STRENGTH: Lift up to 25 - 30 pounds.
LANGUAGE ABILITY: Ability to understand and follow instructions in English.
Read LessThe Production Program Manager serves as the operational leader responsible for driving execution, schedule performance, and delivery for key customer programs. This role bridges production control, scheduling, new product introduction, and program management — ensuring customer needs are met through effective coordination of planning, manufacturing, quality, and supply chain teams.
The Production Program Manager owns program performance across quality, on-time delivery, cost, and responsiveness, while continuously improving production efficiency, launch readiness, and communication across the business.
ESSENTIAL FUNCTIONS AND BASIC DUTIES
QUALIFICATIONS
EDUCATION/CERTIFICATION:
Bachelor’s degree in operations management, business, engineering, or related field — or equivalent combination of education and experience.
REQUIRED KNOWLEDGE:
Strong understanding of manufacturing operations, production planning, and scheduling systems (ERP/MRP).Familiarity with precision machining, assembly, or other contract manufacturing processes.Knowledge of new product introduction (NPI) and product lifecycle management (PLM) processes, including prototype builds, process qualification, and transition to production.Proven ability to drive results through cross-functional coordination and disciplined program execution.EXPERIENCE REQUIRED:
3–5 years of experience in manufacturing program management, production control, or operations leadership within a contract manufacturing or industrial environment.Demonstrated success managing NPI or engineering change projects, improving delivery performance, and enhancing customer satisfaction.Experience leading teams through production ramp-up, tooling readiness, and process validation phases.SKILLS ABILITIES: Ability to communicate effectively, both verbally and in writing, with a wide variety of customers, prospects, Company personnel, independent representatives, and others at all levels.
OTHER REQUIREMENTS:
PHYSICAL STRENGTH: Mobility within the work facility. Communicating with others both verbally and written.
LANGUAGE ABILITY: Professional communication, both written and verbal, in English.
Read LessPOSITION PURPOSE:
The Manufacturing Engineer’s function is to support Operations at the site level with a focus on continuous improvements to ensure high levels of efficiency and product quality. This role is responsible for being the problem solvers to optimize a part through all the operations. This position will identify solutions to optimize efficiency while maintaining compliance to customers regulatory requirements. This position will work cross-functionally and collaboratively across the organization.
ESSENTIAL FUNCTIONS AND BASIC DUTIES:
Troubleshoot production delays and constraints with equipment and processes.Identify constraints and/or operational issues through line walks and other methods; work to solve and overcome through process improvements; collaborating with machinists and ops leadersIdentify, implement, and track continuous improvement opportunities.Update and maintain CI Pipeline for visibility of projects identified, in process, and completed.Identify variances in rates and work to develop and improved process to achieve quoted production rates. Partner with Scheduler and Plant Manager on cycle times and setup times to ensure proper visibility of capacity.Provide tooling recommendations to the shop floor and CNC programmers.Recommend capital equipment and appropriate justifications.Populate routing steps for rework and recert jobs.Contribute to value-add discussions with customers.Validate and implement tooling changes requested by Operations.Collaborate with other sites to implement new found best practices.All other related duties as assigned.QUALIFICATIONS
EDUCATION/CERTIFICATION: Bachelor’s degree in Engineering or equivalent work experience in Manufacturing required.
REQUIRED KNOWLEDGE: Knowledge of machining processes, tool and fixture design, time standards, and machine center capabilities. Engineering principals, tools, and concepts. Knowledge of project management principles. LEAN and/or Six Sigma certifications & training preferred.
EXPERIENCE REQUIRED: Experience using SolidWorks, CAD, CAM, data analysis programs, or related software.
SKILLS ABILITIES: Strong organizational, project management, Microsoft skills, and structured problem-solving ability. Ability to communicate effectively, both verbal and written, with a wide variety of manufacturing personnel and at all other levels. Ability to work at a high velocity with minimal guidance.
POSITION PURPOSE:
The Manufacturing Engineer’s function is to support Operations at the site level with a focus on continuous improvements to ensure high levels of efficiency and product quality. This role is responsible for being the problem solvers to optimize a part through all the operations. This position will identify solutions to optimize efficiency while maintaining compliance to customers regulatory requirements. This position will work cross-functionally and collaboratively across the organization.
ESSENTIAL FUNCTIONS AND BASIC DUTIES:
Troubleshoot production delays and constraints with equipment and processes.Identify constraints and/or operational issues through line walks and other methods; work to solve and overcome through process improvements; collaborating with machinists and ops leadersIdentify, implement, and track continuous improvement opportunities.Update and maintain CI Pipeline for visibility of projects identified, in process, and completed.Identify variances in rates and work to develop and improved process to achieve quoted production rates. Partner with Scheduler and Plant Manager on cycle times and setup times to ensure proper visibility of capacity.Provide tooling recommendations to the shop floor and CNC programmers.Recommend capital equipment and appropriate justifications.Populate routing steps for rework and recert jobs.Contribute to value-add discussions with customers.Validate and implement tooling changes requested by Operations.Collaborate with other sites to implement new found best practices.All other related duties as assigned.QUALIFICATIONS
EDUCATION/CERTIFICATION: Bachelor’s degree in Engineering or equivalent work experience in Manufacturing required.
REQUIRED KNOWLEDGE: Knowledge of machining processes, tool and fixture design, time standards, and machine center capabilities. Engineering principals, tools, and concepts. Knowledge of project management principles. LEAN and/or Six Sigma certifications & training preferred.
EXPERIENCE REQUIRED: Experience using SolidWorks, CAD, CAM, data analysis programs, or related software.
SKILLS ABILITIES: Strong organizational, project management, Microsoft skills, and structured problem-solving ability. Ability to communicate effectively, both verbal and written, with a wide variety of manufacturing personnel and at all other levels. Ability to work at a high velocity with minimal guidance.
ESSENTIAL FUNCTIONS AND BASIC DUTIES:
Complete any mechanical, electrical, and complex assembly, including adjusting, fitting, and aligning of components.Run production parts on laser markersComplete installation, inspection and testing of completed work.Decipher basic and electrical schematics and blueprints. Ability to complete basic solvent welding.Ability to prep wires for electrical assembly – including stripping, soldering, crimping, splicing, etc. Uses a wide variety of mechanical/manual tools and operating procedures to finish parts.Uses measuring instruments, i.e., hand mic’s, to ensure correct tolerances are met.Performs required testing, diagnosing and rework of assemblies as customer requires. Complete and update necessary paperwork and documentation. Data entry into company systems. Willingness to train others in all areas of the department. Maintain work area in a neat and orderly condition. Works safely and complies with all established safety rules and work practices.Complies with Company, Department, and Section policies and procedures as applicable.Keeps Supervisor informed of job relate problems and other information related to work activity.Maintains a positive work attitude and promotes a “team” approach throughout the department.Performs related work as apparent or assigned.QUALIFICATIONS
EDUCATION/CERTIFICATION: High school diploma.
REQUIRED KNOWLEDGE: Ability to read basic tolerances and simple dimensions on blueprints and use measuring instruments.
EXPERIENCE REQUIRED: At least 1 to 2 years of Electrical & Mechanical Assembly experience – one who can diagnose, troubleshoot, and create solutions to problems that arise.
Prefer some experience with IPC 610 & 620 standards.
SKILLS ABILITIES: Good manual dexterity skills, hand-eye coordination, etc. Ability to maintain a high concentration level while doing repetitive work. Display a positive attitude.
Page BreakOTHER REQUIREMENTS:
PHYSICAL STRENGTH: Mobility within the work facility.
LANGUAGE ABILITY: English
Read LessThe Process Engineer’s function is to support Operations at the Corporate level with a focus on operational sequencing and technology identification to ensure completion of scheduled projects. This role is responsible for being the architect of our manufacturing process with a focus on new product introduction. This position will identify best equipment and processes internally and externally. This position will work cross-functionally and collaboratively across the organization.
ESSENTIAL FUNCTIONS AND BASIC DUTIES:
Create routing operation sequencing on NPI work including the flow down of customer requirements.Identify best technology platforms for NPI parts with an emphasis on automation and quick change, in partnership with CNC Programmers and Manufacturing Engineers.Identify material requirements, specifications, and manufacturing optimization (plate stock, round stock, cut to size, multiple parts cut in machine out of one plate), in collaboration with Purchasing and Programing.Review and release repeat orders.Gathers information on speeds, feeds, and tooling requirements for various materials and machining practices.Creates and documents processes, prepares drawings, and develop work instructions.Estimates time standards for all orders prior to their release to manufacturing.Designs or assist in designing jigs, fixtures, tooling, and special production equipment required to meet customer specifications as needed.Review, assess, and process TCO’s including identifying changes and flow down of modified requirements.Create detailed vendor and outside service prints including masking requirements and racking locations.Initiate creation of In-process inspection sheets.Create In-process prints and work instructions.Audit initial runs to verify accuracy of routing steps, rates, and capability of process.All other related duties as assigned.QUALIFICATIONS
EDUCATION/CERTIFICATION: High school education required, plus at least 2 years of technical training in manufacturing. 4-year engineering degree, or equivalent industry work experience required.
REQUIRED KNOWLEDGE: Knowledge of machining processes, tool and fixture design, time standards, and machine center capabilities. Engineering principals, tools, and concepts. Project management principles (i.e., Work Breakdown Structure, Gantt charting, critical path management, etc.)
EXPERIENCE REQUIRED: Experience preferred in SolidWorks, MasterCAM, or equivalent CAD/CAM software. Proficient with Microsoft software ERP system.
SKILLS/ ABILITIES: Demonstrated examples of initiative and velocity in completing work; including leading small cross-functional projects that span multiple MultiSource sites. Ability to communicate effectively, both verbal and written, with a wide variety of manufacturing personnel and others at all levels.
OTHER REQUIREMENTS:
PHYSICAL STRENGTH: Ability to lift up to 40 lbs.
LANGUAGE ABILITY: Ability to understand and follow instructions in English.
Shift differential! $5/hr. differential for either shift.
About the Role:
The Inspector A plays a crucial role in ensuring the quality and compliance of products within the durable goods manufacturing sector. This position is responsible for conducting thorough inspections and tests on manufactured items to verify adherence to ISO 13485 standards. The inspector will utilize advanced measurement tools and techniques, including micrometers and CMM programming, to assess product specifications and tolerances. By identifying defects and non-conformities, the inspector contributes to the continuous improvement of manufacturing processes and product quality. Ultimately, this role is vital in maintaining customer satisfaction and upholding the company's reputation for excellence in durable goods manufacturing.
Minimum Qualifications:
High school diploma or equivalent.Proven experience in quality inspection within a manufacturing environment.Strong understanding of ISO 13485 standards.Preferred Qualifications:
Associate's degree in a related field.Experience with CMM programming and operation.Certification in quality control or inspection.Responsibilities:
Conduct detailed inspections of manufactured products to ensure compliance with ISO 13485 standards.Utilize CMM programming to perform precise measurements and evaluations of product specifications.Properly use micrometers and other measurement tools to assess the quality and accuracy of components.Document inspection results and maintain accurate records of quality control activities.Collaborate with production teams to address quality issues and implement corrective actions as necessary.Skills:
The required skills of ISO 13485 knowledge and CMM programming are essential for ensuring that products meet stringent quality standards. Daily work involves using micrometers to measure components accurately, which requires precision and attention to detail. Familiarity with ISO 13485 allows the inspector to understand regulatory requirements and apply them effectively during inspections. Additionally, the ability to program and operate CMM equipment enhances the inspector's capability to perform complex measurements efficiently. Preferred skills, such as certification in quality control, can further enhance the inspector's effectiveness in identifying and resolving quality issues.
About the Role:
The Lathe Programmer will play a crucial role in the manufacturing process by utilizing MasterCam to create and test programs for new and legacy precision parts. This position requires a deep understanding of machining processes, programming, and the ability to read and interpret technical drawings. The successful candidate will ensure that all parts meet quality standards and are produced efficiently to meet production schedules. Additionally, the role involves troubleshooting and maintaining equipment to minimize downtime and enhance productivity. Ultimately, this position is vital for ensuring that our products meet the highest standards of quality and performance.
Minimum Qualifications:
High school diploma or equivalent.Proven experience as a lathe machinist, including set-ups, editing programs, troubleshooting.Proficiency in reading and interpreting technical drawings and blueprints.Strong understanding of machining processes and tools.Preferred Qualifications:
Technical degree or certification in machining or a related field.Experience with CNC programming, using MasterCam or similar software.Familiarity with quality control processes and inspection tools.Knowledge of safety standards and practices in a machining environment.Responsibilities:
Program lathe machines using G-code and other programming languages to meet specific production requirements.Read and interpret technical drawings and specifications to ensure accurate machining.Conduct regular inspections of machined parts to ensure compliance with quality standards.Perform routine maintenance and troubleshooting on lathe machines to ensure optimal performance.Skills:
The required skills for this position include proficiency in operating both CNC and manual lathe machines, which are essential for producing high-quality parts. Strong programming skills are a plus to create and modify machine programs, ensuring that production runs smoothly and efficiently. Attention to detail is critical, as the machinist must inspect parts for accuracy and quality, using various measuring tools. Problem-solving skills are also important, as the machinist will need to troubleshoot any issues that arise during the machining process. Preferred skills, such as familiarity with quality control processes, will enhance the machinist's ability to maintain high standards and contribute to continuous improvement efforts.
Read LessAbout the Role:
The Machinist A - EDM (2nd shift OR Weekend shift) plays a critical role in the manufacturing process by operating Electrical Discharge Machines (EDM) to produce precision metal parts according to detailed specifications. This position requires meticulous attention to detail to ensure that all components meet quality standards and customer requirements. The machinist will be responsible for setting up, programming, and maintaining EDM equipment, as well as troubleshooting any issues that arise during production. Working primarily on the 2nd shift or weekend shift, the role demands reliability and the ability to work independently while adhering to safety protocols. Ultimately, the machinist contributes to the overall efficiency and success of the production team by delivering high-quality parts on schedule.
Minimum Qualifications:
High school diploma or equivalent.Proven experience operating Electrical Discharge Machines (EDM) in a manufacturing environment.Ability to read and interpret engineering drawings and blueprints.Basic knowledge of machining principles and measurement tools.Preferred Qualifications:
Formal training or certification in machining or EDM operation.Experience with CNC programming and operation.Familiarity with CAD/CAM software.Strong problem-solving skills and mechanical aptitude.Previous experience working in a safety-conscious manufacturing environment.Responsibilities:
Set up and operate EDM machines to manufacture precision parts based on engineering drawings and specifications.Program EDM equipment using appropriate software and input data to achieve desired machining outcomes.Monitor machine operations to ensure consistent quality and make adjustments as necessary to maintain tolerances.Perform routine maintenance and cleaning of EDM machines to ensure optimal performance and longevity.Inspect finished parts using measuring instruments such as calipers, micrometers, and gauges to verify accuracy.Document production activities, machine settings, and any deviations or issues encountered during the shift.Collaborate with team members and supervisors to meet production goals and maintain a safe working environment.Skills:
The required skills enable the machinist to accurately set up and operate EDM machines, ensuring that parts are produced within tight tolerances. Reading and interpreting engineering drawings is essential for understanding the specifications and machining requirements. Measurement and inspection skills are used daily to verify part quality and maintain consistency. Preferred skills such as CNC programming and familiarity with CAD/CAM software enhance the machinist's ability to optimize machine performance and troubleshoot complex issues. Strong problem-solving abilities and mechanical aptitude support efficient workflow and contribute to maintaining a safe and productive work environment.
Read Less