Engineering Non-Chemical Disinfection for Food & Feed Processing
We develop Ion-Lens low-temperature physical treatment solutions—validated with representative samples before production integration.
Technology matters. The way it fits your process matters more.
IUSUMMER is an engineering-led team focused on Ion-Lens low-temperature physical disinfection. We work with food, feed and related processing businesses to evaluate where the technology may fit their material, target and production workflow.
Our starting point is not a universal promise. It is a practical question: what are you processing, what risk are you trying to control, and what result can be demonstrated with representative samples?
From technology claim to process evidence.
Every discussion is connected to a real material, a real operating condition and a measurable acceptance target.
Application Before Equipment
We clarify the treatment object, throughput, target issue and site constraints before recommending a configuration.
Evidence Before Promise
Performance language is tied to the tested sample, target, treatment conditions and supplied evidence.
Engineering Before Scale-Up
Capacity, loading method, line layout and controls are considered before production integration.
Partnership After Delivery
Clear operating logic, maintenance access and validation records support practical long-term use.
Start with your material—not a generic specification.
Representative samples help establish whether the treatment direction is suitable before detailed equipment decisions. The evaluation should reflect the material, target issue and acceptance method that matter to your project.
A transparent path from question to production.
Inquiry
Share the material, target issue, capacity and destination market.
Sample
Prepare representative material and an agreed testing method.
Validation
Evaluate treatment conditions and review sample-specific results.
Solution
Define equipment, controls and integration around the process.
Cooperation
Align commercial scope, delivery, commissioning and support.
One physical-treatment platform. Multiple process questions.
The configuration and validation logic change with the material, target and operating environment.
Grains & Storage
Physical treatment discussions for microbes, storage pests, insect eggs and selected sample-specific mycotoxin risks.
Seeds
Low-temperature treatment evaluated around crop type, moisture, coating status and germination protocols.
Nuts & Dry Ingredients
Sample-led evaluation for peanuts, almonds, cashews, walnuts and related dry-material workflows.
Feed Raw Materials
Process evaluation for material hygiene and selected contamination-control targets before integration.
Packaging & Logistics
Tunnel-type physical surface disinfection concepts for cartons, objects and pallet workflows.
Air Hygiene
Configurable air-hygiene support for livestock, buildings and HVAC-related applications.
Evidence should explain what was tested—and what was not.
Condition-bound, sample-specific and clear.
We prefer practical evidence over broad statements. Test communication should identify the material or organism, treatment time, configuration and source of the result. Market certification and site-safety requirements are confirmed for the specific project.
Representative samples
Testing should reflect the customer’s material and intended process as closely as practical.
Production constraints
Throughput, temperature, humidity, loading and automation shape the final engineering direction.
Let your samples start the conversation.
Tell us what you process, the target issue and the capacity you need to evaluate.