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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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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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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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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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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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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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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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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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A solder-free design featuring round crimp terminals and lead wires secured within threaded grooves using locking nuts. Ideal for precision height adjustment in electrical testing systems
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Mechanical ON/OFF switching via axial probe movement. Modular design integrates with automated test platforms for functional validation and safety interlocking. Collaborative spec adjustments supported.
