Firearms Inspector Jobs in Connecticut (NOW HIRING)

The In-Process Roaming Inspector is responsible for performing inspection activities across multiple CNC machining areas to ensure product quality and process compliance. This role supports production by conducting in-process checks, assisting operators with measurement techniques, and identifying quality issues early to prevent defects and downtime. The position requires mobility, strong technical skills, and the ability to work independently across different machines and product lines.

Key Responsibilities:

· In-Process Inspection

· Perform routine in-process inspections across multiple machines and work centers.

· Conduct first-piece and periodic checks to verify conformance to print and process requirements.

· Inspect a variety of complex machined components and assemblies.

· Verify critical dimensions such as:

· Diameters and depths

· Threads (Go/No-Go verification)

· Surface finishes

· Basic geometric features (runout, flatness, perpendicularity)

· Floor Support

· Act as a roaming quality resource supporting machinists and setup personnel.

· Assist operators with proper use of inspection tools and measurement techniques.

· Respond quickly to quality concerns, out-of-tolerance conditions, and production questions.

· Help troubleshoot minor process or measurement issues on the floor.

Process Monitoring:

· Monitor consistency of parts throughout production runs.

· Identify early signs of tool wear, drift, or process instability.

· Escalate issues to senior inspectors, quality engineers, or supervisors when needed.

· Documentation & Reporting

· Record inspection results accurately and in a timely manner.

· Maintain inspection logs, check sheets, and digital records.

Compliance & Quality Standards:

· Follow all quality procedures, work instructions, and inspection plans.

· Support adherence to internal quality systems and regulatory requirements.

· Ensure nonconforming material is properly identified and segregated.

Required Skills & Qualifications

· Technical Skills

· Solid understanding of:

· Blueprint reading

· Basic GD&T (position, flatness, perpendicularity, etc.)

· Proficiency with precision measuring tools:

· Calipers

· Micrometers

· Height gages

· Bore gages (basic use)

· Thread gages (Go/No-Go)

· Ability to measure parts with tolerances typically in the ±0.0005” to ±0.002” range

Inspection Ability:

· Ability to perform consistent and repeatable measurements

· Strong attention to detail and accuracy

· Understanding of surface finish requirements and visual inspection standards

· Problem Solving

· Ability to recognize out-of-spec conditions and take appropriate action

· Basic troubleshooting skills related to measurement and inspection

· Ability to escalate issues appropriately without delaying production

· Communication

· Clear communication with machinists, supervisors, and quality team

· Ability to explain measurement results and quality concerns effectively

· Strong teamwork and collaboration skills

· Mobility & Adaptability

· Comfortable working across multiple machines, departments, and part types

· Ability to prioritize tasks in a fast-paced production environment

· Willingness to support different areas based on production needs

· 2–5 years of inspection experience in a CNC machining environment

· Experience with high-volume production preferred

· Experience inspecting precision machined components required

· Preferred Qualifications

· Familiarity with air gaging or comparative gaging systems

· Exposure to SPC or data collection systems

· Experience with firearm or defense-related components

· Basic understanding of CMM reports (operation not required)

· Work Environment

· High-volume CNC machining floor

· Frequent walking between machines and departments

· Exposure to noise, coolant, and moving equipment

· Requires standing for extended periods

Key Performance Indicators (KPIs)

· Accuracy of in-process inspections

· Timely identification of nonconforming product

· Support of production flow with minimal disruption

· Reduction of scrap and rework through early detection

· Responsiveness to floor support needs