UHT and HTST pilot systems
Plate, tubular, or scraped-surface heat exchange with controlled heating, holding, cooling, and optional aseptic routing.
Equipment Portfolio
Pilot plant modules that behave like process equipment
Build a lab-scale line from thermal processing, mixing, homogenization, filling, cleaning, and instrumentation modules. Each module is selected around product behavior and scale-up data, not catalog convenience.
Scope
Food, dairy, beverage, ingredient, and bioprocess R&D systems from formulation trials to repeatable pilot batches.
Core Systems
Equipment families for pilot-scale validation
The same pilot plant skid can often combine several process functions. The important question is not how many modules are installed, but which measurements and operating windows must be reproduced.
Mixing and blending skids
Jacketed tanks, high-shear mixers, powder induction, ingredient hydration, and controlled agitation for formulation trials.
Homogenization modules
Single-stage or two-stage pressure control for emulsions, protein drinks, fat dispersion, particle size, and mouthfeel studies.
CIP and SIP units
Alkaline cleaning, acid cleaning, hot-water circulation, steam interfaces, drain strategy, and return monitoring.
Aseptic sample filling
Small-batch bottle, pouch, cup, or sterile sample filling for customer trials, shelf-life screens, and packaging development.
Data capture and automation
Temperature, pressure, flow, valve states, alarms, recipes, batch reports, and exportable records for process review.
Individual Equipment URLs
Catalog equipment pages built for search intent
Each catalog device has its own English landing page with a canonical URL, technical summary, specification table, application copy, and configuration call-to-action.
01 / Thermal Processing SystemLab UHT/HTST Pilot Plant
A compact thermal processing line for UHT and HTST validation before production investment.
02 / Lab Sterilization SkidLab UHT/HTST Sterilizer
A focused laboratory sterilizer for rapid thermal process studies with controlled flow and holding time.
03 / Direct Heating SterilizerLab Direct-Steam-Injection Sterilizer
A direct steam injection route for fast heating, flash cooling, and small-batch thermal validation.
04 / High-Pressure Homogenization ModuleInline Lab Homogenizer
A compact inline homogenization module for particle size, emulsion stability, and texture trials.
05 / Aseptic Sample Filling ModuleLab Aseptic Filling Cabinet
A controlled clean-zone cabinet for small-batch sterile filling and packaging development.
06 / Mixing and Fermentation VesselWater Bath Mixing & Fermenter Unit
A temperature-controlled vessel for small-batch mixing, pasteurization, fermentation, and formulation work.
07 / Pilot Evaporation SystemPilot-Scale Falling-Film Evaporator
A pilot evaporation platform for concentration trials, vacuum operation, and scale-up data.
08 / Carbonation and Filling SystemPilot-Scale All-in-One Carbonator-Filler
A compact carbonation and filling system for beverage trials and small-batch package validation.
09 / Vacuum Mixing and Chopping UnitMultifunctional Vacuum Chopper Mixer
A vacuum chopping and mixing unit for dense formulations, emulsions, pastes, and temperature-controlled recipe trials.
10 / Deaeration ModuleLab Vacuum Deaerator
A lab deaeration module for dissolved oxygen reduction, foam control, flavor protection, and process comparison.
11 / Integrated Pilot Plant LinePilot Plant for Dairy and Juice R&D
An integrated pilot plant platform for dairy, juice, beverage, and ingredient process development.
Configuration Logic
Specify the equipment by the decisions it must support
Thermal impact
Define target kill step, product quality limits, fouling tendency, heat recovery needs, and whether the trial must include aseptic cooling.
Physical stability
Set homogenization pressure, shear exposure, particle tolerance, deaeration needs, and sampling points for texture and sedimentation checks.
Cleaning confidence
Plan CIP/SIP routes, product contact surfaces, drain points, utility temperatures, conductivity checks, and manual inspection areas.
Selection Table
What to compare before buying pilot plant equipment
Use this table to turn a vague request into a technical inquiry that can be configured, priced, and reviewed by engineering.
| Area | Questions to answer | Equipment impact |
|---|---|---|
| Product behavior | Viscosity, particles, pH, protein, fat, sugar, acid, foaming, and heat sensitivity | Heat exchanger type, pump choice, valve design, and cleaning strategy |
| Trial size | Target liters per hour, batch size, sampling frequency, and expected campaign duration | Tank volume, flow range, utilities, controls, and product loss management |
| Thermal profile | Preheat, sterilization, holding, cooling, regeneration, and final temperature targets | Heat transfer surface, holding tube, sensors, and data recording points |
| Utilities | Steam, chilled water, compressed air, power, water quality, and drain capacity | Skid design, installation cost, automation scope, and commissioning schedule |