Medical & Healthcare

Microfluidic Chips / Scaffolds / Microneedle Processing

Medical & Healthcare

Medical & Healthcare

Microfluidic Chips / Scaffolds / Microneedle Processing

Addressing the high-precision processing demands in medical devices and biochips, we provide end-to-end micro-nano manufacturing solutions from design to mass production, meeting the stringent precision and cleanliness standards of the medical industry.

Industry Pain Points

  • Microfluidic chip channels are only tens of microns wide, making consistency difficult with traditional processing
  • Scaffold porosity and mechanical properties must precisely match human tissue
  • Microneedle arrays demand extremely high uniformity and penetration force
  • Medical-grade materials must pass biocompatibility certification

JJY Laser Solutions

  • Femtosecond laser direct writing achieves sub-micron channel processing
  • 3D bioprinting for customized personalized scaffold structures
  • Silicon-based micro-nano processes for batch microneedle array manufacturing
  • Full-process cleanroom environment ensures medical-grade quality
Microfluidic ChipsDrug Screening ChipsTissue Engineering ScaffoldsMicroneedle PatchesIn Vitro Diagnostic Devices
Precision Filter Mesh

Precision Filter Mesh

Micron-Level Precision Filtration / Specialty Mesh Materials

Serving high-end sectors such as semiconductors, biopharmaceuticals, and aerospace, we provide precision filter mesh solutions with uniform pore distribution and high strength, achieving accurate filtration from sub-micron to hundred-micron levels.

Industry Pain Points

  • Traditional etched mesh has poor pore consistency and unstable filtration precision
  • Mesh materials easily deform and fail under high-temperature, high-pressure conditions
  • Ultra-fine pore processing suffers from low yield and high cost
  • Complex-shaped filter components are difficult to form as a single piece

JJY Laser Solutions

  • Electroforming process achieves pore uniformity of ±1μm
  • Specialty alloy materials withstand extreme operating conditions
  • Laser micro-machining produces high-density micro-pore arrays
  • Customized structural design meets diverse filtration scenarios
Semiconductor Photoresist FiltrationBiopharmaceutical SterilizationAviation Fuel FiltrationPrecision Chemical SeparationMicroelectronics Cleaning
New Energy

New Energy

Fuel Cells / Lithium Batteries / Photovoltaic Components

Providing precision processing services for key components across the new energy supply chain, covering fuel cell bipolar plates, lithium battery electrodes, photovoltaic silver grids, and other core components to drive clean energy technology breakthroughs.

Industry Pain Points

  • Fuel cell flow field plate channel precision directly impacts power generation efficiency
  • Burrs from lithium battery electrode cutting pose safety hazards
  • Photovoltaic fine grid miniaturization requires line width below 30μm
  • Mass production of new energy components must balance precision and efficiency

JJY Laser Solutions

  • Precision milling of fuel cell metal bipolar plate flow channels
  • Femtosecond laser burr-free cutting of lithium battery electrodes
  • Combination of screen printing and electroplating for ultra-fine grid lines
  • Roll-to-roll continuous processing boosts mass production efficiency
Fuel Cell Bipolar PlatesLithium Battery ElectrodesPhotovoltaic Silver GridsSupercapacitorsHydrogen Storage & Transport Components
Defense Industry

Defense Industry

Optoelectronic Systems / Inertial Navigation / Specialty Sensors

Providing high-precision, high-reliability micro-nano processing services for the national defense sector, with products widely used in optoelectronic countermeasures, inertial navigation, precision guidance, and other critical systems.

Industry Pain Points

  • Inertial navigation gyroscopes demand extremely high structural symmetry
  • Infrared optical components require sub-micron surface figure precision
  • Specialty sensors must operate stably in extreme environments
  • Military quality standards are strict with demanding processing consistency requirements

JJY Laser Solutions

  • Deep reactive ion etching for high-symmetry MEMS structures
  • Ultra-precision polishing achieves optical-grade surface figure accuracy
  • Specialty material processing meets extreme environment tolerance
  • Full-process quality traceability system ensures military-grade quality
MEMS GyroscopesInfrared Optical ComponentsPressure SensorsMicro-AccelerometersMiniature Spectrometers
Automotive Industry

Automotive Industry

Fuel Injectors / Sensors / Lightweight Structures

Serving automotive powertrains, chassis electronics, and lightweight body structures, we provide precision processing and surface treatment solutions for key components, helping the automotive industry advance toward higher efficiency, safety, and lightweight design.

Industry Pain Points

  • High-pressure common rail injector bore precision affects fuel efficiency and emissions
  • Vehicle sensor miniaturization demands higher processing precision
  • Lightweight materials (aluminum alloys/carbon fiber) are prone to defects during processing
  • Automotive components must meet IATF 16949 quality system requirements

JJY Laser Solutions

  • EDM micro-machining achieves high-precision injector nozzle orifices
  • LIGA process for batch manufacturing of vehicle MEMS sensors
  • Laser welding and cutting ensure lightweight material joint quality
  • Fully automated production lines meet automotive-grade consistency requirements
High-Pressure Fuel InjectorsTire Pressure SensorsAirbag SensorsLightweight Structural PartsADAS Radar Components

Need a Custom Solution?

Our engineering team will provide full-process technical support from design to mass production based on your specific requirements