Biochip and Micro-Fabrication

Our Client

A recognized world leader in biochips and micro-fabrication of solid-state diagnostic devices. Their products comprise a range of acute-care tests run on a general purpose patient-side blood analyzer. The product uses wireless smart card technology requiring very tight tolerances. 
 

The Challenge

  • To improve the manufacturing yield of a cartridge used in a handheld blood analyzer for point-of-care testing
  • The label in the blood testing cartridge had to be precisely placed to a tolerance of +/– 0.2 millimeters or the unit would not function
  • Bottom labels required tight tolerance die-cuts to accommodate automatic process equipment
  • Labels required quality testing to medical standards before shipping.
 

The Solution

  • A close working partnership with the customer’s product development team
  • Developed a converting process designed for the manufacture of tight tolerance components
  • Continuous QA monitoring using specialized measuring equipment and highly trained operators 
 

The Outcome

  • Continuous process improvement
  • Improved component design with continued cost reductions
  • The ability to maintain medical grade standards and high product compliance while delivery a quality product
  • Greater performance and efficiency

 

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Collaborative Forward-Thinking Innovation

A global point-of-care (POC) diagnostics startup was preparing to launch an innovative new product but faced a critical production challenge. Their blood diagnostic tests featured a unique disc design, incorporating various sealing tapes and labels that required precise placement. The pressing question: could they maintain tight tolerances in positioning without triggering an unintended chemical reaction during the production process?

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Our Client

A recognized world leader in biochips and micro-fabrication of solid-state diagnostic devices. Their products comprise a range of acute-care tests run on a general purpose patient-side blood analyzer. The product uses wireless smart card technology requiring very tight tolerances. 
 

The Challenge

  • To improve the manufacturing yield of a cartridge used in a handheld blood analyzer for point-of-care testing
  • The label in the blood testing cartridge had to be precisely placed to a tolerance of +/– 0.2 millimeters or the unit would not function
  • Bottom labels required tight tolerance die-cuts to accommodate automatic process equipment
  • Labels required quality testing to medical standards before shipping.
 

The Solution

  • A close working partnership with the customer’s product development team
  • Developed a converting process designed for the manufacture of tight tolerance components
  • Continuous QA monitoring using specialized measuring equipment and highly trained operators 
 

The Outcome

  • Continuous process improvement
  • Improved component design with continued cost reductions
  • The ability to maintain medical grade standards and high product compliance while delivery a quality product
  • Greater performance and efficiency