Lab Testing Equipment

With our wide range of lab testing equipment we provide solutions for the early stages in the development processes as well as for quality control in commercial manufacturing. Being able to transfer the test method from R&D to production reduces risks and saves time.


NEO stands for our new generation of compact benchtop inspection systems bringing usability and flexibility to the next level.

The NEO DPX is a compact benchtop CCI tester that combines several pressure and vacuum decay test procedures and allows the container closure integrity testing of various packaging and product types.

Wilco CCI Tester for lab NEO DPX


New generation of vacuum decay test procedure with enhanced sensitivity.


MAVIS operation system for intuitive operation and a high level of operator friendliness.

Simple format change

Operators are guided through the format change that can be done within seconds.


The smallest CCI Testing system for the use in lab environments.

The NEO DPX was developed for container closure integrity testing  of various packaging and product types and sizes. With three differential pressure and vacuum methods in one system the NEO DPX provides improved sensitivity with the latest technology.

The NEO series is equipped with the intuitive user interface MAVIS that increases user friendliness and creates process safety at the same time. An LED status bar supports the operator by indicating inspection results. The graphic user interface is setup by widgets so operators can personalize their control center. The operator guidance system leads the operator through processes ensuring process robustness and reducing operator failures.

The NEO DPX is equipped with a PLC system allowing the data integration to higher levels such as MES and SCADA systems. Finally, the NEO was complemented with a futuristic product design bringing an eye-catcher into laboratories.



  • Versatile use in terms of packaging and product types 
  • Up to three DP measuring technologies in one system 
  • Optional integration of LFC method® 
  • Deterministic test method preferred acc. USP1207 
  • Improved sensitivity of DP measurement technology 
  • User friendly design of sample handling 
  • Intuitive operator support by LED status bar 
  • Operator independent test results 
  • Customizable interface by means of widgets 
  • Recipe management system for versioning, 
    comparison and release of recipes 
  • One-hand operation with operator guidance system 
  • Enhanced batch handling system 
  • Integrated UPS for prevention of data loss 
  • 21 CFR part 11 compliant 
  • Stopper movement prevention system for PFS


Flexible. Sensitive. User friendly.

The WILCOMAT® HSA-Lab is a system for the non-destructive measurement of gas concentrations such as oxygen and carbon dioxide in the headspace using laser absorption spectroscopy. It can test vials, syringes and ampoules or other packaging used for sterile pharmaceuticals.

WILCO AG container handling and coding solutions


With the exchangeable and adjustable fixture, the adaption to different package types can be made reliably within seconds from a 1ml syringe up to a 1000ml infusion bag.


The low limit of detection allows the applications with the highest requirements, such as oxygen concentrations below 0,5%.


The system is equipped with a clearly structured HMI for a high user friendliness.

The HSA Lab Series is equipped with our 3rd generation of TDLAS (tunable diode laser absorption spectroscopy) providing industry leading sensitivity for the non-destructive Headspace Analysis of pharmaceutical packaging.  The system can be configured to test either partial pressures of oxygen, carbon dioxide or water vapor.

The HSA Lab-A is designed for the use in sterile environments. Design and materials are selected to provide easy cleaning, even with VHP, and the use under laminar flow.

Applications may be container closure integrity testing, nitrogen purging verification, vacuum maintenance in packages or sterility verification. The measured oxygen concentration or absolute pressure allows us to determine temporary or permanent leakages, while carbon dioxide concentration changes provide information about the microbial growth in media filled packages


  • Non-destructive inspection of liquid or powder filled containers
  • Industry leading sensitivity
  • Adjustable measuring time
  • Standard acquisition time less than 2 seconds
  • Test method according USP1207
  • Lasers for O2, CO2 and H2O measurement
  • Application for vials, syringes, ampoules and LVP bottles
  • Application for flexible as well as rigid plastic and glass packaging
  • Designed according to GMP guidelines


Versatile. Robust. Sensitive.

The W07 is a semi-automated testing platform designed for CCI testing in a manufacturing environment. Samples are loaded and unloaded manually. The W07 can be used for various package types by the use of product specific format parts and test procedures.

WILCO CCI tester for lab W07


The W07 DPX allows a custom-designed setup with multiple test procedures and operation modes, also for toxic products.


The mechanical design and test system is designed for use in GMP production environments.


Continuous developments have constantly improved the test sensitivity and robustness.

The W07 DPX is a versatile integrity testing equipment that can be adjusted to individual requirements. The setup allows the use from small volume parenteral packages up to large bottles or other primary packaging types. The W07 DPX can be equipped with differential pressure and vacuum test procedures or a combination of such. All methods are deterministic and in compliance with the USP1207. Operation of the W07 may take place in a seated or standing position.


  • CCI testing for different packaging types
  • LFC method® or vacuum and pressure decay test method
  • Deterministic test method preferred acc. USP1207
  • Operation in seated or standing position
  • ASTM F 2338 compliant
  • 21 CFR Part 11 compliant
  • Simple format changeover
  • One-hand operation
  • Integrated UPS for prevention of data loss