Davenport Screw Machinist - 2nd Shift

Job Description

PCC Fasteners offers comprehensive product lines that cover virtually every aerospace fastening application; we produce fasteners, precision components, tooling, and engineered system solutions for the automotive, defense, industrial machinery, and other performance-driven markets.

PCC Fasteners products' manufacturing operations are spread over four continents, forming a network of industry-leading companies. This enables our customers to utilize our experience and deep product knowledge wherever needed. Embedded in a culture of continuous improvement, our assets and industry leadership ensure that we will consistently deliver our customers the best value in the markets we serve.

Headquartered in Irvine, CA, Shur‑Lok manufactures fastening systems with superior locking devices for critical requirements, including engine module assembly, structural assembly, rotor blade attachment, and aircraft engine shaft and spindle applications. Operations at the Irvine location include CNC Machining, CNC Waterjet Cutting, Laser Marking, Heat Treating, NDT, and EDM.

Screw machine operators perform various tasks with one or more multiple‑spindle, automatic lathe‑type screw machines. These machines produce custom parts from stock metal or other materials. Screw machine operators ensure the machine is correctly set up to perform the various operations needed to produce these parts. Operators read blueprints and determine exactly what screw machine settings are needed to create an actual working part from the plans.

The operator chooses cutting speeds, the depth of cuts, how fast the machine should run, and which cutting tools should be used for each operation. Operators base their decisions on experience, knowledge about the materials used, and basic mathematical principles.

Operators install and adjust cams, and gears, stop the screw machine, and verify the cutting tools’ positioning using gauges or other instruments. Operators are responsible for turning the machine on and off according to safety protocols. During an operation, operators carefully monitor the screw machine, making changes to speed, feed rates, or tool position to ensure accurate reproduction of the plans.

After a sample part has been produced, screw machine operators verify that the part meets the specifications of the blueprints by using various tools, such as calipers and micrometers.

Operators are responsible for labeling finished products and keeping track of materials used during production; they may be required to submit records regarding productivity and operation quality. In addition, screw machine operators perform regular maintenance or repair on the screw machine, such as replacing worn parts or using other machines to sharpen tools. Some jobs require screw machine operators to have experience with a particular brand of screw machine.

An operator's job performance is evaluated according to their mastery of various tools, the complexity of a particular job, and the quality of the final product.

Screw machine operators require mathematical and mechanical abilities and the ability to read blueprints.

• Plan and perform gear checking for inspection purposes.
• Set up and operate machine for lapping gears, select proper tooling, perform operations to bring gears to specified close tolerances.
• Maintain close tolerances. Perform related bench functions, such as deburring, cutting splines, honing, marking part numbers, countersinking, drilling, etc. Change and replace dull or broken tools as required.
• Perform dynamic balancing of single and multiple rotors, propellers, impellers, screws, rotating elements, timing gears, and subcontract elements as required up to machine capacity.
• Setups require selection and the use of various bushings and arbors, including expansion arbors on which the parts to be balanced are securely mounted.
• Maintain balancing machines and tooling.
• Lubricate and perform minor maintenance functions.
• Set up, write programs, and operate Bridgeport. Setups regularly require the use of multicast…