适合什么需求Good Fit
玻璃微通道、硅玻璃微流控、透明观察芯片、耐溶剂流道、高压或长期灌流测试样品。Glass microchannels, silicon-glass chips, transparent observation chips, solvent-resistant channels and pressure test samples.
专业词入口Topic Entry
玻璃微流控芯片加工，关键不只在通道，还在打孔、键合和漏液测试。Glass microfluidic chips depend on channels, ports, bonding and leak testing.
玻璃微通道、硅玻璃键合和玻璃盖片封接常用于耐溶剂、光学观察、高压流体和长期测试场景。询价前需要把通道深度、接口、洁净度和测试条件一起说清。Glass channels, silicon-glass bonding and glass cover bonding are common for solvent resistance, optical access, pressure and long tests.
需要准备什么Inputs Needed
通道宽深、片材尺寸和厚度、玻璃类型、入口出口孔径、键合面积、表面粗糙度、压力范围、流体和检测方式。Channel width/depth, chip size, glass type, port diameter, bonding area, roughness, pressure, fluid and acceptance tests.
常见风险Common Risks
玻璃崩边、通道粗糙、孔位偏差、键合气泡、颗粒污染、热应力开裂、接口漏液和清洗后残留。Edge chips, rough channels, port offset, bonding bubbles, particles, thermal stress cracks, leakage and cleaning residue.
推荐下一步Next Step
把通道加工、打孔、清洗、键合和验收放在同一张路线图里。Treat channel fabrication, drilling, cleaning, bonding and acceptance as one route.
微纳Hub 会先判断适合湿法/干法刻蚀、激光或机械打孔、硅玻璃键合、玻璃盖片封接，还是应改用 PDMS 快速验证。建议提交版图、剖面、接口位置、流体类型和目标压力。MN Fab Hub can compare wet/dry etch, laser or mechanical drilling, silicon-glass bonding, glass cover bonding and PDMS prototyping.
提交玻璃微流控芯片需求Submit glass microfluidic request 也可先看微流控加工Open microfluidic topic 查看键合封装工艺Open bonding route