Our solutions help manufacturers build reliable, scalable systems.
At 3K Labs, Chandigarh, our team of technocrats, chemists, and chemical engineers brings over three decades of cumulative experience in large-scale manufacturing of Active Pharmaceutical Ingredients (APIs), beverage ingredients, and specialty chemicals.
Having worked within manufacturing environments, we approach process design with a clear understanding of yield optimisation, impurity control, safety requirements, solvent management, and effluent impact.
We bridge laboratory innovation with commercial reality. Every process we develop is structured for scientific robustness while remaining commercially viable, operationally safe, scalable, and aligned with long-term manufacturing needs.
The Ecosystem Behind Every Scalable Solution
To translate innovation into industry-ready solutions, 3K Labs operates through three specialised R&D units.
Process Characterisation Begins Here
Our batch lab focuses on:
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Process benchmarking and route evaluation
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Reaction optimization and kinetic studies
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Safety assessments and calorimetric evaluations
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Impurity profiling and control strategy development
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Yield enhancement and cost optimisation studies
The lab enables higher yields, better impurity control, improved safety, and reduced effluent loads.
Process Characterisation Begins Here
Our batch lab focuses on:
-
Process benchmarking and route evaluation
-
Reaction optimization and kinetic studies
-
Safety assessments and calorimetric evaluations
-
Impurity profiling and control strategy development
-
Yield enhancement and cost optimisation studies
The lab enables higher yields, better impurity control, improved safety, and reduced effluent loads.
Bench-Scale Batch Laboratory
High Performance Liquid Chromatography (HPLC)
Gas Chromatography (GC)
Nuclear Magnetic Resonance (NMR)
Fourier Transform Infrared Spectroscopy (FTIR)
UV-Visible Spectroscopy
Centralised Analytical R&D Support
Laboratory operations are reinforced by a 24/7 analytical R&D division equipped with:
Chemical R&D Infrastructure
Our chemical R&D facilities are equipped with:
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Glass reactors mirroring plant-style geometries
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Agitated Thin Film Drier (ATFD)
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Agitated Nutsche Filter & Drier
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Continuous flow reactor systems (slurry-compatible)
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Specialised dozing pumps and chemically resistant hoses for hazardous reagents
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High-pressure autoclave (up to 60 bar)
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Online pH meters with automated control capability
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Integrated central utility wall with panel-mounted pH controllers and temperature indicators
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Counter-current continuous extractors
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High vacuum pumps
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Integrated Electronic Note Book for recording of synthesis & analytical results
Every unit is designed with scale-up translation in mind.
Analytical R&D Infrastructure
All 3 laboratories are supported by a round-the-clock analytical R&D division equipped with:
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High Performance Liquid Chromatography (HPLC)
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Gas Chromatography (GC)
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Nuclear Magnetic Resonance (NMR)
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Fourier Transform Infrared Spectroscopy (FTIR)
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UV-Visible Spectroscopy
Our analytical backbone ensures real-time monitoring, impurity tracking, regulatory readiness, and data integrity across all projects.
Aimed at achieving one outcome: consistency in performance.
Every process reflects the collective judgment of our team, guided by accuracy, verification, and operational control.
Our Vision
Built for Continuity
To engineer continuous manufacturing systems that replace batch variability with controlled, scalable, and safer operations across API and specialty-chemical production.
Engineering What’s Next
To set new standards in process reliability, efficiency, and safety by advancing continuous-flow technologies grounded in scientific fundamentals and real-world plant behaviour.
Intelligence Built for Operational Reliability
Continuous Flow Expertise
Built to handle slurries, exotherms, and multiphase reactions.
Integrated cGMP Compliance
Controlled RTD and stable impurity profiles from the first design stage.
Scale-Up Risk Mitigation
Kinetics-driven pilot validation for reliable scale-up.
Plant-Ready Process Controls
Integrated L-L separation, quenching, and filtration.