MEDICAL TREATMENT

Injection molding technology, with its high precision, high efficiency, and mass production capabilities, has become a core process in modern medical device manufacturing. Based on current market applications, medical products manufactured by injection molding machines are mainly divided into the following major categories: 

Protective Equipment:

Medical mask injection-molded parts (such as nose bridge strips, ear strap buckles), protective face shield frames, goggles components, etc., which played critical roles during the COVID-19 pandemic.

Diagnostic Consumables:

Including pipette tips, reaction cups, PCR testing consumables, PET blood collection tubes, petri dishes, etc.

Therapeutic Devices:

Disposable syringes (barrels, plungers, needle caps), infusion set components, metering valve systems, nebulizer parts, etc. 

Challenges in Injection Molding Production

Medical components demand extremely high dimensional accuracy and stability.

Medical devices must maintain performance stability throughout long-term use.

Advantages of our machines

• HXYD hybrid injection molding machine
•  Servo motor directly drives the
  screw with control accuracy
  up to ±0.01mm, suitable for
  precision thin-walled parts
  (e.g., electronic connectors,
  medical devices).
•  All-electric injection unit
  enables high-speed precision
  shooting (e.g, PET preforms
  with <2s cycle time), while
  hydraulic clamping ensures
  stability during high-pressure
  molding.
•  Adopt digital communication
  non-contact displacement
  sensor for mold open/-
  clamp, which
  has feature of more fast and
  stable, higher accuracy of
  position measurement and
  higher precision of repetition.
•  The pedestal adopts linear
  guide rail to move and the
  screw movement
  has high linear precision
  without deviation.

• 

  Pipettor
  Machine: SP160
• 

  Test tube &lt;br&gt; Machine: SP300
• 

  Cultural dish &lt;br&gt; Machine: SP260
• 

  Biochemical Anaylazer &lt;br&gt; Machine :SP200

• 01
  
  Process & Mold Analysis & Design

  ● Raw Material Selection
  ● Product Design
  ● Mold Flow Analysis
  ● Mold Design Recommendations

• 02
  
  Equipment Selection Recommendations

  ● Product Performance
  ● Product Quality
  ● User-Friendliness
  ● Safety Requirements

• 03
  
  Whole-Plant Planning Recommendations

  ● Production Line Flow
  ● Layout, Man, Macie Marcrdng according to Process Flow
  ● Peripheral Automation
  ● Smart Connectivity

• 04
  
  Turnkey Solution Delivery

  ● Professional Installation and Commissioning
  ● On-Site Operator Training
  ● Molding Process Training

• 05
  
  After-Sales Service Solutions

  ● Preventive Maintenance (PM)
  ● Equipment Upgrade