Devices used in diagnostics, chemical analysis, and material research are among the most demanding measurement systems. Laboratory scales, chemical analyzers, reaction calorimeters, and material analysis systems utilizing X-ray technology operate with precision reaching several decimal places in measurement results. Achieving such accuracy requires not only advanced measurement technology but also a properly designed and manufactured mechanical structure of the entire device.
Structural stability, vibration control, material properties, manufacturing tolerances, and the integration of electronics and measurement subsystems directly impact the repeatability and reliability of results.
Addit supports manufacturers of diagnostics, analytical, and laboratory equipment in the production of integrated modules and device structures that form part of advanced measurement systems. We specialize in manufacturing precision frames, enclosures, and integrated mechanical, electrical, electronic, and mechatronic modules used in laboratory equipment for life sciences, chemistry, diagnostics, and material analysis.
We execute projects in a High Mix – Low Volume – High Complexity model, typical for manufacturers of specialized laboratory equipment.
We support our customers throughout the entire product lifecycle — from design and technical consulting, through prototyping and production implementation, industrialization, to serial production and supply chain management.
Requirements of the Diagnostic, Analytical, and Laboratory Industry
Product Lifecycle Complexity
Laboratory and diagnostic equipment requires management of a long and complex product lifecycle—from prototyping and validation to stable serial production and change management. Each stage demands consistency in quality, documentation, and technological processes.
Complex Supply Chain Management
The availability of long-lead-time and custom components poses a significant risk to production continuity. An additional challenge is ensuring supplier compliance with quality, regulatory, and logistical requirements while maintaining stable commercial conditions.
Full Traceability and Regulatory Compliance
The industry requires strict traceability of materials and processes at every stage of production. Compliance with stringent regulations and standards (e.g., RoHS, REACH, Conflict Minerals) is essential, along with complete quality and material documentation.
Maintaining Stable and Repeatable Quality
High-quality requirements necessitate consistent process repeatability regardless of production volume. Customers expect full process control, validation, and continuous monitoring of quality parameters.
Extreme Precision Requirements
Diagnostic devices demand high manufacturing precision—both in terms of geometric tolerances and component fit. Even minor deviations may affect measurement accuracy and device performance.
Protection of Sensitive Electronics
The integration of advanced electronic and electrical components requires protection against electrostatic discharge (ESD) and electromagnetic interference (EMC/EMI), which can impact system stability.
User Safety and Environmental Compliance
Devices used in diagnostics (e.g., those involving radiation) must meet stringent safety standards. Ensuring effective protection for users and the working environment is critical.
Resistance to Harsh Operating Environments
Laboratory environments involve exposure to highly reactive chemicals, intensive cleaning processes, and strict hygiene requirements. Materials, coatings, and markings must remain durable and legible throughout the product lifecycle.
Integration of Multiple Technologies
Modern devices combine mechanical, electrical, electronic, and mechatronic elements. Their effective integration into a cohesive system presents a significant design and manufacturing challenge.
Advanced Quality Control and Testing
Each product must undergo detailed functional and quality testing, often using dedicated testing equipment. Full measurement documentation and compliance verification with customer requirements are mandatory.
Precyzja dla systemów laboratoryjnych
Added Value Delivered to Customers in the Diagnostic, Analytical, and Laboratory Sector
End-to-End Product Lifecycle Support
- technical consulting, co-engineering, and DFM (Design for Manufacturing)
- prototyping
- product industrialization
- pilot series production
- scalable serial manufacturing
- change management
- end-of-life (EOL) project support
Comprehensive Supply Chain Management
- full handling of project documentation, including material certificates and compliance records
- management of dedicated supplier relationships
- management of long-lead-time components (12+ months)
- negotiation and establishment of commercial, contractual, quality, and logistical conditions with suppliers and partners
- full compliance with RoHS, REACH, Conflict Minerals, etc.
100% Material and Process Traceability
- complete traceability of materials and products at every stage
- restamping with full traceability continuity
- material certificates compliant with customer and industry standards
- certifications for materials and special processes
- qualified and certified suppliers meeting strict quality requirements
Quality and Process Management
- application of APQP elements during production launch and validation
- Statistical Process Control (SPC)
- quality documentation aligned with industry standards and customer specifications
- consistent quality repeatability regardless of production volume
Scalable Serial Production
For precision sheet metal, profiles, and machined components.
Surface Finishing Processes, including:
- painting and coating
- directional grinding
- abrasive blasting
- passivation
- electropolishing
- chemically resistant coatings for highly reactive environments
Durable Product Marking
Marking resistant to abrasion and strong cleaning agents.
Integration of Complete Subsystems, including:
- mechanical assemblies
- electrical installations
- electronics
- automation and mechatronic components
- multi-technology system integration
- bonding and sealing ensuring device tightness
Protective Material Applications
- lead lining for radiation shielding
- installation of specialized protective glass
ESD-Protected Assembly
- safe integration of sensitive electrical and electronic components under full ESD protection
Testing and Validation of Modules
In accordance with customer-defined procedures, including:
- electrical testing
- subsystem integration testing
- functional system testing using dedicated test equipment and customer software
- verification of module performance
- full measurement and quality documentation for each product
Ensuring Required Quality Levels for Each Delivery, with Focus on:
- geometric stability
- precise component fitting
- visual quality aligned with device precision standards
- required surface parameters
- expected functional performance
On-Time Delivery Assurance
Ensuring deliveries in full compliance with the customer’s production schedule.
Solutions and Product Types We Deliver
- Structural frames for laboratory equipment
- Laboratory automation modules with mechatronic assembly in full ESD protection
- Enclosures for analytical and measurement equipment
- Enclosures for devices containing X-ray systems
- Frames and precision housings for diffractometers
- Mechanical-electronic modules for diagnostic equipment
- Calorimeter modules with full mechanical, electrical, and electronic assembly in full ESD protection
- Housings and functional components for microscopes
- Enclosures and modules for laboratory cooling devices
- Integrated housings with Teflon coatings and full mechanical assembly for automated chemical synthesis reactors
- Enclosures and precision functional components for chemical analyzers
- Functional modules for automation systems used in histopathology laboratories
Contact
+48 694 450 090
mdb@addit.pl
+48 505 188 143 mus@addit.pl
+48 505 189 303 bka@addit.pl
