banner (1)

Small Set Screw ODM Factory - Custom High-Precision Fasteners

I work directly with you to supply a reliable {small set screw} for your machinery. As someone who coordinates {ODM} and {Factory} production, I understand your need for precision, durability, and fast lead times. Our {small set screw} features hardened steel, fine thread, and corrosion resistance, ideal for securing assemblies without slipping. I can tailor head type, dimensions, and finish to match your design, enabling {ODM}-style customization while keeping cost in check. From prototype to mass production, I manage strict QA, to ensure each batch meets your tolerance demands. If you are sourcing from a {Factory} that can scale, I will guide you through material choice, heat treatment, and packaging that aligns with your supply chain. I offer competitive pricing, confidential sampling, and OEM or {ODM} collaboration. Connect with me today and let’s discuss how this {small set screw} can fit your equipment, frame, or fixture. Direct order, faster delivery, and reliable performance.

Hot Selling Product

small set screw Industry Giant Pioneers in the Field

Small set screws may be tiny, but their impact on product reliability is huge. Industry leaders have risen by mastering precision machining, material science, and scalable production to serve buyers around the world. A leading Asia-based supplier combines integrated sourcing, advanced heat treatment, and refined surface finishes with rigorous inspection and traceability, delivering a range of alloys, hardness levels, and corrosion resistance to meet demanding specifications while keeping lead times tight. Global buyers should evaluate suppliers by standard conformance (DIN/ISO), material versatility, and the ability to customize drive styles, lengths, and finishes. Ask about capacity, inventory programs, testing, packaging, and logistics. Seek proactive technical support, transparent QC data, and reliable delivery to minimize supply chain risk. In a field where micro tolerances matter, a quality-focused partner keeps assemblies precise and production lines running smoothly.

{ small set screw Industry Giant Pioneers in the Field}

Product_ID Category Thread_Size Material Finish Length_mm Head_Style Drive_Type Coating Hardness_HRC Tolerance_mm Application Origin Year_Introduced
PSS-001 Set Screw M4 x 0.7 Stainless Steel 304 Polished 8 Grub Internal Hex None 45 ±0.05 General machinery and fixtures Japan 2015
PSS-002 Set Screw M5 x 0.8 Stainless Steel 304 Bright 10 Grub Internal Hex None 47 ±0.05 Automotive assembly USA 2017
PSS-003 Set Screw M6 x 1.0 1045 Steel Zinc Plated 12 Socket (Hex) Internal Hex Zinc 46 ±0.05 Automation fixtures Germany 2014
PSS-004 Set Screw M8 x 1.25 Alloy Steel Black Oxide 16 Grub Internal Hex Black Oxide 50 ±0.08 Industrial equipment China 2019
PSS-005 Set Screw 1/4-20 Stainless Steel 316 Polished 20 Grub Internal Hex None 46 ±0.05 Food & beverage equipment Italy 2018
PSS-006 Set Screw M3 x 0.5 Stainless Steel 304 Polished 6 Grub Internal Hex None 45 ±0.03 Instrumentation Japan 2016
PSS-007 Set Screw M10 x 1.5 High-Carbon Tool Steel Zinc Plated 25 Socket Internal Hex Zinc 52 ±0.08 Robotics Czech Republic 2020
PSS-008 Set Screw 1/4-28 Alloy Steel Black Oxide 25 Grub Internal Hex Black Oxide 48 ±0.05 Mold tooling Taiwan 2022
PSS-009 Set Screw M5 x 0.8 Stainless Steel 316 Polished 14 Grub Internal Hex None 47 ±0.04 Marine equipment Singapore 2021
PSS-010 Set Screw M6 x 1.0 Titanium Ti-6Al-4V Anodized (Blue) 18 Grub Internal Hex None 40 ±0.05 Aerospace USA 2015

Related Products

banner (3)

small set screw Guarantees Peak Performance Outperforms the Competition

Data Dimension: Torque Range Performance Index (TRPI)

The Torque Range Performance Index (TRPI) across small set screws illustrates how performance scales with applied torque. The TRPI is derived from a simulated test protocol measuring peak retention, preload stability, and clamping uniformity under cyclic loading. Each data point combines torque in newton-meters (Nm) with a normalized performance score on a scale from 0 to 120, where higher indicates stronger, more reliable engagement at the tested range. In this synthetic dataset, TRPI rises as torque increases from low levels, reflecting improved thread engagement and preload, then peaks around mid-range torque before diminishing due to the onset of over-tightening effects. The resulting line reveals an optimal torque window around 5-6 Nm for the class of screws tested, while the total spread across manufacturing tolerances and surface finishes demonstrates the impact of friction and preload variability on performance. This visualization supports decision-making by allowing engineers to compare design alternatives, assess reliability under load cycling, and define practical assembly torque ranges. It also highlights that the same torque settings may yield different results for components with different coatings or thread heights, emphasizing the need to calibrate torque specifications to the actual fastener geometry and lubrication. The chart functions as a compact, interpretable indicator of how torque affects peak performance, guiding choices to maximize efficiency, safety, and durability while minimizing risk of under- or over-tightening in production environments.

Top Selling Products