Technical Resources MEASUREMENT, PROCESS CONTROL AND QUALITY
Practical insights on measurement, process control and industrial instrumentation, designed to support technical decisions in production facilities and laboratories.
What Criteria Should Be Considered When Selecting a Pump for Viscous, Aggressive or Sensitive Fluids?
Selecting a pump for complex fluids requires evaluating much more than flow rate. Product properties, operating conditions and process safety are essential to making the right decision.
What Does Purchasing Instrumentation with Local Technical Support Involve?
Instrumentation goes beyond the initial purchase: technical support determines its true long-term value.
Why Is Process Control as Important as Laboratory Measurement?
Accurate laboratory measurement does not guarantee a stable process without continuous control during production.
What Is the Difference Between a Viscometer, a Rheometer and In-Line Measurement?
Understanding the difference between viscosity, rheology and in-line measurement is essential for selecting the right instrument and preventing process and quality problems.
Viscosity: A Key Variable in Industry
Viscosity measurement helps control product consistency, optimize processes and maintain uniform quality across different industrial applications.
Need Support or Calibration?
Tell us your equipment model and application. We will help address your inquiry promptly with technical documentation.
Biolabor Unveils Its 2026 Brand Update and New Digital Platform
The company begins a new chapter by aligning its identity, value proposition and digital experience, with a clearer focus on technical support, customer relationships and consultative guidance for industry.
Viscometer or Rheometer?
If your product behaves differently depending on speed, stress or time, a single viscosity value is not enough. That is where rheology comes in.
In-Line Viscosity Measurement to Prevent Rework
Laboratory measurement is useful; inline control changes the game. It reduces variability, waste and late process adjustments.
Safe and Clean Fluid Transfer with FLUX Pumps
How to select a pump for aggressive chemicals, flammable alcohols or hygienic applications without compromising safety, cleanliness or operational continuity.
Biolabor Achieves ISO/IEC 17025 Accreditation and Strengthens Its Technical Capabilities in Colombia
Greater traceability, enhanced metrological control and specialized support for viscosity measurements and critical industrial processes.
Biolabor Products
Brookfield rheometer for characterizing soft solids, pastes and thick materials through yield stress, creep and viscosity testing.
Portable Bareiss digital hardness tester for Shore measurements on rubber, elastomers, plastics, foams and composite materials.
AKSO AK410 Max portable turbidity meter for measurements from 0 to 1,000 NTU in water. Ideal for field and laboratory analysis.
Instrument for detecting leaks and evaluating package seal integrity using a vacuum chamber and the bubble-emission method.
Compact ductless chemical workstation featuring activated-carbon filtration, gas detection and continuous airflow monitoring to protect the user.
Brookfield RSO rheometer for oscillatory and rotational testing to evaluate viscoelastic properties, yield stress, and flow curves.
