We uphold our mission of "continuous innovation for life and health," providing global healthcare clients with end-to-end solutions—from concept design to manufacturing—to boost product value.
We have developed a comprehensive quality control system that covers every step of the process, and stringent quality standards are embedded in each stage from raw materials to final product delivery.
An experienced management team and agile project management ensure the uncompromised achievement of your project's triple objectives: compliance, cost, and schedule.
Multiple testing capabilities support product and process validation, including surface properties testing, reliability testing, biological testing, and Bisphenol A (BPA) testing.
We provide regulatory registration and submission services, assist with clinical trial support, and handle technical documentation to secure CE and FDA approvals.
With a 400,000 m² smart manufacturing campus and an experienced regulatory team, we empower clients to operate with a light-asset model, scale rapidly, and meet global compliance standards.
Relying on one-step injection stretch blow moulding technology and high-quality PET materials, MEHOW focus on creating high-performance pharmaceutical packaging containers.
Leveraging our extensive expertise in extrusion and tubing manufacturing, we deliver comprehensive extrusion solutions spanning from minimally invasive interventions to smart catheters, redefining the performance boundaries of catheters through micron-level precision control.
Professional Sensor Integration Services: Designing, customizing, and packaging temperature & magnetic sensors for high-density, high-reliability integration within the confined spaces of minimally invasive devices.
Professional Manufacturer of Minimally Invasive Surgical Products: Ultrasonic Scalpels, Staplers, Ligating Clips, Sterile-grade/Implant-grade Injection Components and More.
Comprehensive manufacturing support for medical devices in multiple fields, from enteral nutrition and brain-computer interfaces to female reproductive health.
Extensive experience in the mass production of consumer products, covering areas such as baby and maternity products, consumer electronics, drinking water bottles, personal care, etc.
We actively engage with clients, partners, and industry peers through diversified market initiatives to shape the future together. Join us to explore collaboration opportunities.
Explore opportunities that match your ambition — apply now and begin a new chapter in your career with purpose and excellence. Join us in shaping the future of the global health industry.
Youth Knows No Limits — Begin Your Career Journey with Us!
With learning and innovation as your wings, and dedication as your sail, let’s define your first destination together.
MEHOW has advanced injection moulding expertise, enabling us to manufacture high-quality parts with precise dimensions and excellent performance.
With our diverse moulding solutions, MEHOW can flexibly respond to small-batch customisation needs and efficiently complete large-scale production tasks.
Especially in the field of complex processes, we have mastered special processes such as multi-material co-injection (such as two-colour moulding), insert moulding, precision overmoulding.
Advantages of Plastic Manufacturing
Plastic Injection Molding
Plastic Injection Molding
A manufacturing process in which plastic raw materials are heated to a molten state, injected into a mold, and then cooled and solidified to form the desired product.
- Rapid Prototyping Cycle -
- Precision Molding -
- General Materials -
- Engineering Materials -
Multi-Component Injection Molding
Multi-Component Injection Molding
Multi-component injection molding combines two or more materials with different properties into a single product through a single molding process.
- Material Innovation through Composite Integration -
- Common Injection Molding -
- Mold Assembly -
Integrated Insert Molding Process
Integrated Insert Molding Process
Insert molding is an advanced process that involves precisely placing metal, ceramic, electronic components, or other prefabricated pieces (inserts) into a mold, and then covering with plastic through injection molding.
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