banner (1)

Cone Point Hexagon Socket Set Screws - ODM Factory

As a procurement specialist for a machining and tooling supplier, I bring you the {cone point hexagon socket set screws} that meet tight tolerances and secure critical assemblies. Our factory offers ODM capabilities to customize lengths, thread pitches, and finishes, ideal for OEMs and contract manufacturers. The {cone point hexagon socket set screws} deliver precise clamping, reduced cam-out, and reliable retention in high-vibration environments. We control material selection (stainless steel, alloy steel), finish options (black oxide, zinc, phosphate), and heat treatment to meet your spec. With our {ODM} options, you can specify head style, drive type, and packaging - we also support quick-turn samples for rapid prototyping. Our team at the {Factory} leverages strict QA and on-time shipping to streamline your supply chain. Partner with us to scale production, reduce lead times, and keep a consistent part number library. We welcome your inquiry and can discuss factory-direct pricing, certificates, and capacity.

Hot Selling Product

cone point hexagon socket set screws Pioneers in the Field Your End-to-End Solution

Conical seating cone-point hex socket set screws are designed for precise indexing and secure clamping in tight spaces. The cone point minimizes mating surface damage while delivering accurate preload, making them ideal for alignment in thin plates, gearbox covers, and precision assemblies. Available in carbon steel, alloy steel, and stainless variants, with heat treatments such as quenched and tempered or case-hardened cores. Finishes include black oxide, zinc, and corrosion-resistant coatings. Tolerances follow standard DIN/ISO/ANSI specs and can be customized for thread pitch, length, and drive size (M4–M12, 2-56 to 1/4-20), ensuring compatibility with existing hardware. Choosing an end-to-end procurement partner means more than product quality: it means design support, rapid sampling, strict in-line and final inspections, and traceable material certificates. From pre-production testing to mass production, packaging optimization for cartage, and reliable worldwide logistics, a capable supplier ensures consistent lead times, minimal variances, and compliant documentation. This turnkey approach helps global buyers reduce risk, shorten project cycles, and achieve dependable performance across automotive, machinery, and electronics applications.

{ cone point hexagon socket set screws Pioneers in the Field Your End-to-End Solution}
Part Number Thread Size Length (mm) Material Finish Point Type Drive Size (mm) Hardness (HRC) Application
CPHS-M4-08-CONE-01 M4 8 Alloy Steel Black Oxide Cone 2.5 45-50 Precision alignment in miniature machinery
CPHS-M5-12-CONE-02 M5 12 Alloy Steel Zinc Plated Cone 3.0 50-55 General fastening in assembly fixtures
CPHS-M6-12-CONE-03 M6 12 Alloy Steel Black Oxide Cone 4.0 52-57 High torque in small equipment
CPHS-SST4-10-CONE-04 M4 10 Stainless Steel A2 Passivated Cone 2.5 45-50 Corrosion resistant in humid environments
CPHS-M8-16-CONE-05 M8 16 Alloy Steel Black Oxide Cone 5.0 54-58 Heavy clamping applications
CPHS-M3-06-CONE-06 M3 6 Alloy Steel Zinc Plated Cone 2.0 46-50 Micro assemblies
CPHS-M10-20-CONE-07 M10 20 Alloy Steel Black Oxide Cone 6.0 48-52 High-strength fixtures
CPHS-M12-25-CONE-08 M12 25 Stainless Steel A2 Passivated Cone 7.0 50-55 Outdoor machinery in corrosive environments

Related Products

banner (4)

cone point hexagon socket set screws Application Factory-Direct Excellence

New Data Insight: Seasonal Demand Patterns for Cone Point Hex Socket Set Screws

Data Dimension: Monthly Application Frequency

Explanation: This dataset tracks monthly demand for cone point hex socket set screws across a representative manufacturing operation. Each data point represents observed usage frequency within a calendar month, serving as a proxy for overall demand, replacement cycles, and maintenance activity in multi-sku production lines. The chart illustrates a typical seasonal pattern: lower values in early winter, gradual growth during spring, a peak in late autumn, and a slight dip around mid-year. While the numbers in this synthetic example are illustrative, they reflect how machining, assembly, and quality-control schedules can influence demand for fasteners that secure critical components. The x-axis presents months, allowing straightforward interpretation in relation to production calendars, procurement cycles, and shift patterns. The y-axis shows relative frequency, scaled to accommodate the observed range and to keep month-to-month changes visually comparable. The line emphasizes trend and continuity, making it easy to identify rising or falling demand phases and potential anomalies. When planning inventory, stakeholders can use similar visuals to set reorder points, buffer stocks, and lead-time requirements with suppliers. For instance, a rising trend toward year-end may prompt earlier procurement of cone point screws to avoid stockouts during peak manufacturing activity. Conversely, a sudden drop could trigger a review of usage forecasts or a reassessment of safety stock levels. This kind of chart also helps with scenario analysis: by overlaying different data series, teams can compare demand under varying production plans or price scenarios. In future enhancements, adding a moving average could smooth short-term volatility, while a shaded area might indicate confidence intervals or forecast uncertainty. Overall, the visualization supports data-driven decisions about sourcing, manufacturing scheduling, and material management, aligning supply with demand while minimizing costs and downtime.

Top Selling Products