Import-export medical devices - Import export

There are multiple advantages that LSR offers over plastic injection molding to the medical device industry and in patient care.

AMETEK Engineered Medical Components (EMC) is heavily invested in cable assembly work for the patient monitoring device market. Cable assembly normally consists of multiple wires and connectors that are assembled into a single cable. The cable must give end-to-end connectivity while being flexible and durable enough to withstand daily usage.

AMETEK EMC offers a wide variety of laser welding capabilities for metal implant materials for the orthopedic industry.

AMETEK EMC offers technical expertise and precision engineering to support customers in the development and manufacture of the most demanding applications.

With multiple facilities worldwide, AMETEK EMC manufactures state-of-the-art medical device components and assemblies on a global scale.

As a leading manufacturer for a wide range of medical device components, AMETEK EMC is at the forefront of this medical technology-focused field working with internal experts, engineers, and researchers to design, develop and refine technologies that ensure neuromodulation device components.

AMETEK EMC bridges the technology-solution gap that often exists between big ideas and successfully manufactured products.

As a leading partner in the medical device market, AMETEK Engineered Medical Components (EMC) supplies customers in the electrosurgical instrument sector with critical, customized interconnect and cable solutions as well as precision laser-processed assemblies. This includes ENT (ear, nose, throat) and reconstructive surgery products

AMETEK Engineered Medical Components (EMC) specializes in manufacturing Electrophysiology (EP) Medical Devices as one of many key medical device segments. Design and manufacturing solutions

AMETEK Engineered Medical manufactures advanced technology sensor components for different types of continuous glucose monitoring devices for its customers.

Both medical and surgical equipment play a pivotal role in modern healthcare, enhancing the accuracy of medical procedures, ensuring patient safety, and contributing to improved clinical outcomes. Their continuous innovation and adherence to strict quality standards are vital to advancing medical practice.

The DENSYTY® Interconnect System uses proven card edge technology to maximize contact density, performance and usability. The need for high contact density in a small form factor is increasing.

METEK EMC provides creative supply chain solutions and streamlined supply management to meet the most challenging requirements.

AMETEK EMC has been a leading manufacturing partner for vascular devices for decades. In addition to engineering and manufacturing advanced vascular device components, we also help to improve existing medical devices in a wide variety of vascular projects.

AMETEK EMC has been meeting the emerging demand for minimally invasive structural heart procedures and critical cardiac components for several decades. Precision Nitinol components and welded assemblies along with complex delivery systems are some of the key products that AMETEK EMC manufactures for the structural heart market.

AMETEK EMC has been manufacturing in the orthopedic device market for decades. With regular technology improvements, we’ve adapted to the latest capabilities. Precision cutting of tube and sheet as well as precision welding with lasers is the key to our capabilities.

Cardiac rhythm management (CRM) means artificially controlling and monitoring the heartbeat. This is usually done through small battery-powered devices that are implanted into the human body and connected to the heart. The two most common devices that manage the heart rhythm are pacemakers and cardioverter defibrillators (ICD).

AMETEK EMC can provide precision processing of your medical instrument and equipment component or assemblies.

Robotic surgery is considered a minimally invasive surgery carried out using mechanical arms that have surgical instruments as well as a camera arm attached which are controlled by the surgeon seated at a computer console near the operating table.

Nitinol laser processing involves the utilization of ultrafast femtosecond laser systems. These laser systems emits ultra-short pulses in the femtosecond range which is one quadrillionth of a second (10^-15 seconds). This technology enables the laser cutting of Nitinol devices, reducing the need for extensive post-processing.