Cantilever Shaft / Insert Mount / Internal Thread / Hex Type
Side plate installation: Inserted external thread
Part installation method: Internal thread shape: Hexagonal type
Material: S45C, SUS304
Surface treatment: Blackening, Nickel plating
Showing 33–48 of 252 results
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Cantilever Shaft / Insert Mount / Internal Thread / Standard Type
Side plate installation: Inserted external thread
Part installation method: Internal thread shape: Standard type
Material: S45C, SUS304
Surface treatment: Blackening, Nickel plating -
Cantilever Shaft / Insert Mount / Internal Thread / Stepped Type
Side plate installation: Inserted external thread
Part installation method: Internal thread shape: Stepped type
Material: S45C, SUS304
Surface treatment: Blackening, Nickel plating -
Cantilever Shafts – Heavy Load/Female Screw Type
Cantilever Shafts are mechanical transmission components that are fixed on one side and bear loads on the other side. They are specifically designed for heavy – load working conditions. The Female Screw Type refers to the structure with internal threads at the shaft end, which facilitates bolt – on connections with other components such as flanges, couplings, or actuators. It is suitable for high – torque and high – strength application scenarios.
Round flange selectable
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Cantilever Shafts – Piloted Thread with Retaining Ring Groove
Cantilever Shafts are mechanical transmission components that are fixed on one side and bear loads on the other side. They are specifically designed for heavy – load working conditions. The Female Screw Type refers to the structure with internal threads at the shaft end, which facilitates bolt – on connections with other components such as flanges, couplings, or actuators. It is suitable for high – torque and high – strength application scenarios.
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Circuit Board Guide Pins
High-precision guide pins engineered for seamless PCB alignment during assembly. Durable construction supports repeated use across multilayer boards. Standard models ship immediately; volume pricing offered.
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Compact Probe Assembly – FNP10 Series
Minimized contact points enhance conductivity while threaded adjustment enables micron-level height control. Low-impedance design suits space-constrained automated inspection systems. Tiered pricing for bulk orders.
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Contact Probes and Receptacles-38 Series
4mm precision stroke paired with industry-standard 2.54-3.00mm pitch for micro-connector validation. Rhodium plating guarantees >100,000-cycle durability.
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Contact Probes/Receptacles – 45 Series
Brass barrel receptacles enable 1.70-2.00mm micro-pitch installations. Adjustable plunger length (5.1–8mm) accommodates compact component testing. 5.0mm stroke balances precision and mechanical resilience.
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Contact Probes/Receptacles – 60 Series
Rhodium-over-nickel plating ensures corrosion resistance and stable conductivity. Compatible with 2.54-3.00mm mounting pitch, 6.4mm stroke for dynamic contact applications. Rated for 1.5A current with 80mΩ resistance. Rapid customization and in-stock availability.
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Contact Probes/Receptacles – 604 Series
4mm precision stroke paired with industry-standard 2.54-3.00mm pitch for micro-connector validation. Rhodium plating guarantees >100,000-cycle durability. Custom testing protocol synchronization available.
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Contact Probes/Receptacles – 84 Series
Optimized for dense layouts with 6.3mm stroke and 2.54-3.00mm pitch compatibility. Rhodium-nickel plating prevents oxidation, maintaining stable 80mΩ resistance for low-current measurement accuracy.
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Contact Probes/Receptacles – 90 Series
Designed for 3.50-9.00mm pitch configurations, combining 6.4mm stroke flexibility with dual-layer plating for extended durability. Supports mixed-signal testing environments. Custom specifications accommodated.
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DIN 6325 Dowel Pins
Precision-ground dowel pins made to DIN 6325 standard. Available in steel or stainless steel, ideal for accurate positioning in molds, jigs, and automated systems.
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DIN 7979 dowel pins
DIN 7979 dowel pins with internal thread are designed for easy installation and removal in precision alignment applications. Available in steel and stainless steel, these tapped pins follow exact DIN 7979 specifications and are ideal for tooling, jigs, dies, and machinery.
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DIP Pogo Pin
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Excellent alignment; supports single-pin SMT/DIP soldering
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Ideal for board-to-board connection
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Strong soldering strength for stable contact
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Saves PCB space; reduces overall board height
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Long lifespan: 10,000+ cycles
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Customizable without mold cost
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Adjustable spring force
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Low inductance for high-frequency signals
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Complies with RoHS & HF standards
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