服务 | 亮合科技 Brightcon

一站式加工

全方位加工能力 Comprehensive Processing

亮合科技提供一站式后端加工服务，从熔断、接头压制到配件集成，确保每一根腱绳在复杂机器人传动场景下保持高强度与高可靠性。 Brightcon provides end-to-end backend processing services, from fusing and connector crimping to accessory integration, ensuring every tendon delivers high strength and reliability in complex robotic transmission scenarios.

熔断技术 Fusion Technology

高强钨丝咀熔断 / 高强钨丝激光熔断 Tungsten tip fusion / Laser fusion for high-strength wires

精准熔断，不散头

等离子球头 Plasma Ball End

突破钨丝球头强度低的行业难题 Breakthrough solution for low-strength tungsten ball ends

行业首创技术

圆柱型接头压制 Cylindrical Connector Crimping

高精度接头：直径 ±0.02mm High-precision connector: diameter tolerance ±0.02mm

精密尺寸控制

等离子熔头 Plasma Melt End

熔头直径不超过缆直径 / 不易散头 Melt-end diameter controlled within cable diameter / anti-fray

装配硬件性提升

方接头压制 Square Connector Crimping

标准压接后尺寸：1.7x1.7x3mm、0.85x0.85x3mm Customizable crimp dimensions, pull-out force >60% cable strength

高强度连接

PEEK配件 PEEK Components

PEEK保持架、PEEK导轮、PEEK涡轮 High toughness, low friction, high-temperature resistance for high-frequency transmission

高性能工程塑料

先进涂层

表面处理技术 Surface Treatment Technology

通过尖端物理气相沉积与锻打工艺，赋予材料超越极限的物理性能。 Pushing material performance beyond limits through advanced PVD and forging processes.

PVD表面低摩擦涂层 PVD Low-Friction Coating

在腱绳表面进行PVD物理气相沉积涂层，形成均匀致密的低摩擦薄膜 Nano-level uniform coating significantly reduces friction coefficient for high-frequency reciprocating motion.

降低摩擦系数

提升传动效率

减少能量损失

腱绳锻打技术 Tendon Forging Technology

通过精密锻打工艺，改善腱绳表面质量，使点接触变为面接触。 Precision forging improves surface quality, transforming point contact into surface contact.

降低摩擦系数

改善传动效率，运行更顺畅

基本不损失疲劳寿命

验证与模拟

严苛的测试服务 Rigorous Testing Services

通过真实物理实验与数字孪生模拟，预见产品全生命周期的表现。 Predicting full product lifecycle performance through physical experiments and digital twin simulation.

130万次+

疲劳寿命基准

主要产品性能检测→延伸测试 Key Product Performance Test → Extension Testing

覆盖低塑性与高塑性延伸场景，评估腱绳在不同直径规格下的承载与变形能力。 Covers low/high plastic extension scenarios to evaluate load-bearing and deformation performance across diameters.

主要产品性能检测→蠕变试验 Key Product Performance Test → Creep Testing

在恒载工况下监测长期应变变化，验证材料在持续负载条件下的稳定性与可靠性。 Monitors long-term strain under constant load to validate stability and reliability over sustained operation.

主要产品性能检测→疲劳试验 Key Product Performance Test → Fatigue Testing

通过高循环寿命测试验证耐久极限，为机器人长期运行提供可量化依据。 High-cycle durability testing validates fatigue limits and provides quantifiable data for long-term robotic operation.

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