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Innovative Solutions Across the MedTech LifecycleÂ
We provide innovative scientific equipment and INAB-accredited services to support the entire MedTech lifecycle from initial R&D through full-scale production and operational excellence. Our portfolio includes advanced microscopes, precision testing tools, and material analysis systems from global brands such as Mettler Toledo and Stable Micro Systems. In addition, our expert teams deliver calibration, temperature mapping, preventive maintenance, validation, and software consultancy services so that your operations remain precise, compliant, and efficient at every stage.
Our Services for MedTech
Our services ensure that the precision instruments and systems we supply, from balances and analysers to environmental chambers and monitoring tools, continue to deliver reliable results and remain fully compliant.
- INAB-Accredited Calibration: Maintain measurement accuracy and compliance for weighing, mass, temperature devices, and pipettes.
- Temperature Mapping: Validate environmental conditions in freezers, incubators, and cleanrooms with fully documented reports.
- Preventive Maintenance: Keep critical equipment running reliably and avoid costly downtime with planned service visits.
- Validation & Consultancy: Access IQ/OQ/PQ validation and expert advice to meet audit and regulatory requirements.
Advanced Products for Diverse Medical Technology Applications
Cardiovascular Devices
The cardiovascular devices industry demands the highest levels of precision, reliability, and compliance. Whether you’re developing stents, catheters, or ablation systems, our advanced equipment supports you in every step of the process—from R&D to production.
- R&D: High-resolution stereo zoom microscopes for intricate inspection of stent prototypes and catheter components.
- Manufacturing: Ensure the strength and durability of guide wires and balloon catheters with our Universal Force Tester.
- Quality Assurance: Maintain precise material measurements with the Mettler Toledo XPR Micro Balance for small cardiovascular device components.
- SZ51/61 Stereo Zoom Microscope (Evident): Ideal for visualising and inspecting stents and other cardiovascular components during R&D.
- Universal Force Tester/Texture Analyser (Stable Micro Systems): Ensures mechanical integrity of guide wires and balloon catheters, helping meet durability and safety standards.
- Tensiometers & Viscometers (Lauda Scientific): Measure surface tension and viscosity in coatings for drug-eluting stents.
- IPLEX TX II Videoscope (Evident): Ultra-thin videoscope for non-destructive inspection of catheters and stents, ensuring internal surfaces meet specification.
- XSeeker 8000 Benchtop Microfocus X-Ray CT System (Shimadzu):High-resolution 3D imaging for non-destructive inspection of cardiovascular devices, enabling detection of internal defects and verification of component integrity.
Orthopaedics
In orthopaedics, the demand for high-performance, durable materials and devices like implants and prosthetics is growing. Our solutions cater to both traditional and advanced manufacturing techniques, such as additive manufacturing, ensuring every implant or surgical tool meets the strictest standards.
- R&D: Use our microscopes and digital imaging tools to prototype and inspect orthopaedic implants.
- Manufacturing: Leverage additive manufacturing techniques and control material properties with our force testers and viscometers.
- Quality Control: Guarantee precision with micro balances and temperature control systems in implant production.
- SZX16 Research Stereo Zoom Microscope (Evident): Essential for inspecting orthopaedic prototypes and 3D-printed parts.
- Universal Force Tester (Stable Micro Systems): Ensures joint replacements and implants meet durability standards.
- Viscometers (Lauda Scientific): For controlling the properties of materials used in additive manufacturing for orthopaedic implants.
- Powder Flow Analyser / Texture (Stable Micro Systems): Analyse additive manufacturing powders to optimise flowability and reproducibility of 3D-printed implants.
Diagnostic and Imaging Devices
Diagnostic and imaging devices require the highest levels of clarity and accuracy to ensure effective disease detection and treatment planning. From digital microscopes to cutting-edge spectrophotometers, our solutions help ensure precise imaging and diagnostic device production.
- R&D: Leverage digital microscopes for device prototyping and visualisation.
- Production: Ensure material consistency and device accuracy with spectrophotometers during the manufacturing phase.
- Quality Assurance: Maintain colour accuracy and material quality for diagnostic imaging devices using contact angle measuring instruments.
- BioTek Microplate Readers (Agilent): High-throughput plate readers for ELISA, nucleic acid and protein quantification, and kinetic cell-based assays in MedTech R&D and diagnostic labs.
- DSX2000 Digital Microscope (Evident): Provides high-resolution digital imaging for diagnostic device research and development.
- Portable Spectrophotometers (Konica Minolta): Ideal for ensuring colour accuracy in diagnostic displays or imaging tools.
- Contact Angle Measuring Instruments (Lauda Scientific): For material analysis and surface quality testing in diagnostic devices.
- Data Loggers (Dickson Data): Continuous monitoring of temperature and humidity in production and storage, providing audit-ready data and real-time alarms for compliance.
Surgical Devices
The surgical device industry requires tools that are both durable and precise, from minimally invasive instruments to advanced surgical robots. Our equipment supports every aspect of surgical tool development, from initial research to quality control in manufacturing.
- R&D: Use augmented reality microscopes to visualise surgical tools and simulate procedures.
- Manufacturing: Test the mechanical properties of surgical instruments to ensure they meet industry standards.
- Quality Control: Ensure surface quality and material precision with contact angle measurement and temperature control systems.
- AR1 Augmented Reality Microscope System (Evident): Enables realistic simulations and testing of surgical tools during R&D.
- Texture / Force Analyser (Stable Micro Systems): Test compression, puncture, tension, and durability of surgical instruments.
- Tensiometers (Lauda Scientific): Ensure proper bonding of surgical tools and device components.
- IPLEX TX II Videoscope (Evident): Inspect internal channels of surgical instruments without disassembly, supporting validation of cleaning and sterility assurance.
- Autoclave – Touchclave Series (LTE): Reliable sterilisation of medical devices, surgical instruments, and lab tools, supporting cleanroom standards and regulatory compliance.
Therapeutic Devices
Therapeutic devices, such as drug delivery systems, require strict control over material properties, precision, and safety. Our solutions help ensure that these devices are designed and manufactured to the highest standards, providing effective treatment options to patients.
- R&D: Ensure precise measurements and material analysis for drug delivery systems.
- Production: Control temperature-sensitive processes during manufacturing, such as coating drug delivery devices.
- Quality Control: Guarantee that therapeutic devices meet compliance standards with balance and temperature control systems.
- XPR Micro Balance (Mettler Toledo): For precise measurement of small amounts of drug formulations.
- Texture Analyser (Stable Micro Systems): For compression, tensile & puncture testing of device materials.
- Temperature Control Systems (Huber): Maintain consistent temperatures during the production of sensitive therapeutic devices.
- Viscometers (Lauda Scientific): Ensure proper viscosity for drug coatings and therapeutic delivery mechanisms.
- Halogen Moisture Analyser (Mettler Toledo): Ensure moisture content of drug formulations meets regulatory limits
- Constant Climate Chamber HPPeco (Memmert): Precise, energy-efficient environmental simulation for stability and ageing tests of therapeutic device components and packaging
Ophthalmic Devices
The development of ophthalmic devices requires precise measurement and inspection tools to ensure optimal vision correction and surgical outcomes. From intraocular lenses to LASIK equipment, our solutions provide the accuracy needed to excel in this rapidly advancing field.
- R&D: Use our stereo zoom microscopes to develop high-precision intraocular lenses and ophthalmic surgical tools.
- Production: Test the strength of surgical tools with force testers and ensure quality with temperature control.
- Quality Control: Utilise spectrophotometers to maintain lens clarity and consistency.
- SZ51/61 Stereo Zoom Microscope (Evident): Ideal for precision research and development of ophthalmic devices.
- Universal Force Tester (Stable Micro Systems): For testing the mechanical strength of surgical instruments.
- Spectrophotometers (Konica Minolta): Ensures clarity and optical performance in intraocular lenses.
- Contact Angle Measuring Instrument: (Lauda Scientific): Assess wettability of lens coatings to ensure comfort and performance.
Our Trusted Partners
At Mason Technology, we partner with leading global manufacturers to deliver advanced solutions for the MedTech sector. Our trusted suppliers provide innovative equipment and technologies that support device development, optimise manufacturing, and help ensure compliance with strict regulatory standards.
Agilent’s BioTek microplate readers deliver accurate, high-throughput ELISA, nucleic acid, and protein assays, supporting MedTech R&D and diagnostic workflows with reliable, reproducible results.
Dickson’s environmental monitoring systems track temperature and humidity in production and storage areas, providing real-time alerts to support compliance and audit readiness.
Edwards delivers high-performance vacuum systems used in analytical instrumentation, freeze-drying, and imaging applications, supporting processes that demand high purity, minimal contamination, and stable environmental control.
Eppendorf provides liquid handling, sample storage, and ultra-low temperature equipment crucial for MedTech labs, enabling precise handling of components, reagents, and sensitive materials under controlled conditions.
Evident offers advanced microscopes, digital imaging systems, and videoscopes for high-resolution inspection, defect detection, and process validation in medical device manufacturing.
Huber temperature control systems provide precise heating and cooling for MedTech applications, ensuring consistent process conditions for formulation, testing, and production.
Konica Minolta delivers spectrophotometers and imaging systems that verify colour consistency and material quality from raw materials to finished medical devices.
Lauda Scientific supplies viscosity and surface tension measurement instruments that help evaluate coatings, adhesives, and raw materials for performance and consistency.
Liebherr’s cold storage and freezer units maintain critical temperature stability for storage of medical device materials and components, supporting shelf-life, stability studies, and cold chain logistics.
LTE’s autoclaves and sterilisation systems ensure reliable decontamination of medical instruments, device components and QA lab tools, supporting cleanroom standards and regulatory compliance.
Memmert’s climate chambers, incubators and ovens provide precise environmental control for stability testing, material ageing and component validation in medical device development.
Mettler Toledo provides high-precision weighing, moisture analysis, titration, and pH measurement solutions essential for MedTech R&D and quality control, ensuring repeatable measurements and regulatory compliance.
Stable Micro Systems’ texture analysers measure mechanical properties such as compression, tension, and puncture strength, enabling robust testing of medical device components, coatings, and packaging.
Steelco supplies sterilisation and cleaning systems for medical and surgical instrumentation, ensuring reliable decontamination, steam or low-temperature sterilisation, and compliance in reprocessing workflows.