Advanced Kilo Lab System for R&D & Pilot Processing

Precision-engineered kilo lab system for seamless scale-up from lab to pilot plant. 
Our kilo lab reactor enables safe, reproducible R&D process development for pharmaceutical and
chemical research. Accelerate your innovation with K-JHIL.

Product / Process Systems / Kilo Lab System

What Is a Kilo Lab System?

A Kilo Lab System is a specialized kilo lab equipment platform designed to bridge the critical gap between laboratory-scale experiments and commercial production. It serves as an intermediate step, typically processing batches from a few hundred grams to 20 kilograms, allowing researchers to generate sufficient material for clinical trials, formulation development, or process optimization.
Our kilo lab reactor systems are engineered to replicate the conditions of larger pilot plants while maintaining the flexibility of a research environment. They are essential for pharmaceutical R&D, fine chemical synthesis, and advanced material science, where understanding reaction behavior at scale is crucial.
As leaders in kilo lab and pilot plant manufacturing, K-JHIL provides systems that deliver reliable scale-up data, ensuring that parameters like heat transfer, mixing efficiency, and reaction kinetics are accurately characterized before committing to full-scale production. This de-risks the scale-up process, saving time and resources.
kilo lab

Salient Features of the Kilo Lab System

Every aspect of our kilo lab reactor system is designed to deliver accurate, actionable data to researchers.
The technical benefits translate directly into faster development cycles and confident scale-up decisions.

Modular Reactor Configuration

  • Benefit: Adaptable glass or glass-lined assemblies that can be reconfigured for different chemistries, from reflux to distillation.

Precise Temperature & Pressure Control

  • Benefit: Jacketed vessels with integrated heating/cooling circuits maintain exact parameters, ensuring reaction reproducibility from -25°C to 200°C.

Safe Handling of Reactions

  • Benefit: Contains exothermic or air-sensitive reactions safely with inertization, vent condensers, and overpressure protection.

Scalable Batch Processing

  • Benefit: Geometric similarity to larger reactors provides reliable data for pilot- and production-scale-up.

Flexible Material Compatibility

  • Benefit: Borosilicate glass components offer excellent visibility and corrosion resistance for a wide range of chemicals and solvents.

Custom Engineering Support

  • Benefit: Our team configures the system with the exact accessories, including additional vessels, scrubbers, and work-up units as per your process demands.

Kilo Lab Reactor Systems Based on Automation Level

Manual System

  • Automation level: Basic control of agitation, heating, and additions via manual valves and local displays.
  • Suitable usage: Early-stage R&D trials, educational labs, and process development where maximum flexibility is required.

Semi-Automatic System

  • Automation level: PLC-based control with automated temperature ramping and data logging; manual intervention for additions.
  • Suitable usage:Controlled development environments and scale-up validation labs needing repeatable conditions.

Fully Automatic System

  • Automation level: Full PLC/SCADA integration with recipe management, automated dosing, and complete batch history records.
  • Suitable usage cGMP environments and kilo lab and pilot plant manufacturing facilities requiring strict repeatability and safety interlocks.

Applications of Kilo Lab Equipment

Pharmaceutical R&D

Synthesis of clinical trial batches (API) and impurity profiling at kilogram scale.

Chemical Process Development

Optimization of reaction parameters, mixing studies, and work-up procedures.

Scale-up Validation

Testing process robustness and generating engineering data for pilot plant design.

Specialty Chemical Production

Small-batch manufacturing of high-value fine chemicals, dyes, or intermediates.

Academic & Industrial Research

Advanced studies in catalysis, polymerization, and material science requiring controlled conditions.

Wherever precise, scalable chemical synthesis is required, K-JHIL’s kilo lab equipment delivers the performance
and data integrity needed to move from concept to commercial reality with confidence.
 

How the Kilo Lab Reactor System Works

01

Material Charging

Precise addition of reactants and solvents into the main reactor vessel under inert conditions if required.

02

Reaction Processing

Controlled agitation, heating/cooling, and reflux to drive the chemical transformation.

03

Monitoring & Sampling

In-situ monitoring of temperature, pressure, and pH; sampling ports allow for reaction progress tracking.

04

Product Discharge

Transfer of the reaction mass to downstream units for work-up, filtration, or purification.

05

Scale-up Data Generation

All process parameters are recorded to build a reliable data package for pilot or commercial-scale design.

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For a Kilo Lab System

Why Choose Us

With deep expertise in glass fabrication and process automation,
K-JHIL delivers kilo lab systems that researchers trust.

Our engineering strength ensures precise, reliable equipment, while our commitment to
after-sales support guarantees your critical R&D timelines are always met.
Positive Implications Thumb Icon

K-Jhil Promise in Quality

Idea Vector Icon

Innovative Approach

Critical Thinking Icon

Automation Expertise

System Update Icon

Trouble-Free Processes

Content Management System Icon

Tailored Process Solutions

Setting Icon

Customer-Centric Approach

Why Choose Us

With deep expertise in glass fabrication and process automation,
K-JHIL delivers kilo lab systems that researchers trust.

Our engineering strength ensures precise, reliable equipment, while our commitment to
after-sales support guarantees your critical R&D timelines are always met.

Positive Implications Thumb Icon

K-Jhil Promise in Quality

Idea Vector Icon

Innovative Approach

System Update Icon

Automation Expertise

Critical Thinking Icon

Trouble-Free Processes

Content Management System Icon

Tailored Process Solutions

Setting Icon

Customer-Centric Approach

Kilo Lab System FAQs

1. What is a kilo lab system used for?

A kilo lab system is used to synthesize chemical compounds at the kilogram scale. It bridges the gap between gram-scale lab experiments and ton-scale pilot-plant production, enabling process development, optimization, and the production of materials for clinical trials or testing.
Our systems are designed for batch volumes ranging from 5 to 50 liters, capable of processing 1 to 20 kg of API or intermediates, depending on the density and nature of the reaction mass.
We primarily use high-quality borosilicate glass (3.3) for excellent visibility and corrosion resistance. For specific requirements, we can integrate glass-lined steel (GLS) or stainless steel components, offering flexibility for various chemistries.
Yes. Our kilo lab equipment can be configured with inert gas blanketing, reflux condensers, scrubbers for off-gas treatment, and automated controls to safely manage exothermic, toxic, or air-sensitive reactions.
Absolutely. As part of our kilo lab and pilot plant manufacturing service, we offer complete installation support, operator training, and process optimization assistance to ensure your system integrates seamlessly into your workflow and delivers results from day one.