Applications — Precision Turned Parts for Assembly-Driven Products

In many assemblies, turned components are judged by two things: how reliably they fit during assembly and how consistently they perform in volume production. We review your application requirements—such as strength, corrosion resistance, repeated assembly, or sealing needs—and supply stable automatic lathe parts and CNC-turned components manufactured to your drawings or samples.

Precision Electronic Turned Parts

Typical parts include small threaded components, connectors, dowel pins, bushings, and custom fasteners used for structural fixing and assembly. We are professional understanding in plastic injection molding, so that we will provide the molding inserts that are more suitable for injection molding processes.

  • Precision Electronic parts

    Custom Electronic Hexagonal Fasteners

  • Precision Electronic parts

    Plastic Molding Threaded Inserts

  • Precision Electronic parts

    Custom Electronic Rods

Precision Industrial Equipment & Automation Parts

Common parts include shafts, bushings, mechanical components, fluid-related connectors, and assembly fasteners where durability and consistency matter.

  • Precision Automotive Parts

    Fluid System Connectors

  • Precision Automotive Parts

    Mechanical Equipment Bushings

  • Precision Automotive Parts

    Durable Industrial Fasteners

Precision Industrial Turned Parts

Shafts and bushing are very critical connecting components in industrial assembly. So deep understanding your requirements to make sure that the turned parts meet your functionality

  • Precision Industrial Parts

    Industrial Precision Shafts

  • Precision Industrial Parts

    Assembly Dowel Pins

  • Precision Industrial Parts

    Industrial Threaded Sleeves

Precision Furniture Turned Parts

Custom connectors and special screws/nuts/fasteners are used where consistent appearance, repeatable fit, and reliable assembly are important. We can according to you drawing to custom the Knurled, Straight Knurled ,Diamond Knurled for anti-slip treatment.

  • Precision Furniture Parts

    Furniture Knurled Screws

  • Precision Furniture Parts

    Custom Furniture Fasteners

  • Precision Furniture Parts

    Furniture Knurled Nuts

Precision Medical Turned Parts

Our thinnest wall thickness is 0.2mm, and the material is brass. We provide precision machining for connector components with tight tolerances down to ±0.01mm.

  • Precision Medical Parts

    Medical Brass Connectors

  • Precision Medical Parts

    Precision Medical Bushings

  • Precision Medical Parts

    Medical Device Components

Precision Custom Turned Parts

We work with a wide range of materials including aluminum, brass, stainless steel, free-cutting steel and mild steel, alongside engineering plastics like nylon and POM. All finished parts feature an outer diameter up to 35.00mm and precise tight tolerance. SYNXEN delivers professional customized solutions to meet your unique performance demands.

We produce a complete lineup of custom fastener parts such as pins, nuts, bolts, studs, screws and washers, all manufactured in full compliance with your technical specifications. Our seasoned engineering team can customize products according to your design drawings or physical samples.

SYNXEN serves as your trusted one-stop supplier for custom industrial cam turned components.

  • Precision Custom Parts

    Custom Brass Fasteners

  • Precision Custom Parts

    Custom Brass Connectors

  • Precision Custom Parts

    Custom Knurled Nuts

  • Precision Custom Parts

    Custom Stainless Steel Pins

  • Precision Custom Parts

    Custom Machined Bushings

  • Precision Custom Parts

    Custom Threaded Components

How We Handle Your Project In SYNXENTECH

Tooling DFM and Analysis

1.drawings Data Analysis

To confirm the parting line, the gate location and size, ejector location, draft, wall thickness, critical tolerance etc. that will reduce the risk of defect or mistake.

Next Step
Tooling Design

2.Tooling Design

Use shared mold base and standard tooling components as many as possible, to save money and manufacturing time cost.

Next Step
Manufacture

3.Tooling Manufacture

Cut out the shape of core and cavity of the mold, About the toolmaking tolerances, our standard tolerances conform to DIN-2768-1-fine.

Next Step
Surface Treatment and Benchwork

4.Tooling Surface Treatment and Benchwork

Surface finishes for the core and cavity can be made according to VDI 3400 series for sparking texture surface, and follow Mold-Tech equivalent for Texture surfaces.

Tooling Assembly

5.Tooling Assembly

All the parts machined or purchased need to be put together and required to be work functionality. Quality of mold assembly determines the mold precision, injection productivity.

Next Step
Tooling Trial Out

6.Tooling Trial Out

Mold trial is an important method to check mold quality and injection molded parts for new mold as well as mold modification. It helps us to evaluate mold situation physically

Next Step
Sample Confirmed

7.Sample Confirmed

Based on mold trial sample, we can optimize our mold tool, adjust and record the injection molding parameter for future production, as well as improve product structure.

Next Step
Delivery

8.Delivery

According your request to delivery samples to your location.