We are an electronics company. We pair high-precision ADCs and DACs with the right sensors and microcontrollers, write the firmware, and build the touch panel and software around it — for measurement, control and monitoring in any industry. Weighing automation controllers are our flagship product line.
Electronics, firmware and software for any embedded application. Weighing automation controllers are our core product line; everything else is designed to your process on the same building blocks.
High-resolution ADC and DAC stages for load cells, thermocouples, pressure, pH, strain and 4–20 mA loops — with the layout, shielding and calibration that make the last digits mean something.
Weighbridge ticketing, batching, packing and inventory weighing with indicator capture, tare memory and audit trails.
Our flagship. Controllers for unmanned weighbridges, batching plants, packing lines and silo weighing — vehicles and batches identified, weighed and ticketed without an operator.
Temperature, humidity, RFID, UHF, level, flow, gas and proximity sensors — analog or digital — read correctly and logged into one dashboard with alerts.
ESP32 / ESP-IDF, STM32 and other ARM Cortex-M parts with custom firmware: control loops, protocol stacks, Wi-Fi, LoRa or GSM uplink, and offline resilience.
Operator panels on 4"–10" touch displays — big buttons, clear numbers, built for gloves, dust and bright light.
Machine retrofits, data loggers, IoT gateways, access control, energy and utility metering, test and calibration rigs, agricultural and cold-chain devices, medical and lab instruments. We design the PCB, select the ADC/DAC and sensors, write the firmware and build the software and app as one job — and support it after.
Whatever the application, it is the same five stages. Getting each one right is what separates a number you can bill on from a number you can only look at.
24-bit sigma-delta converters with programmable gain, proper reference design and ratiometric measurement, so drift and noise are engineered out rather than averaged away.
16-bit DACs driving 0–10 V and 4–20 mA outputs for PLCs, VFDs and dosing valves, with isolation where the plant demands it.
Temperature, humidity, pressure, strain, level, flow, gas, RFID, UHF — matched to the right front-end and calibrated as a system, not as parts.
ESP32 and STM32 firmware in C/ESP-IDF: calibration tables, control loops, Modbus/MQTT stacks, OTA and offline storage.
The parts that go onto our boards. We choose the converter for the resolution, speed and noise your measurement needs, then the sensor and microcontroller around it.
32-bit sigma-delta with PGA and internal reference. For load cells, strain gauges and RTDs where every digit counts.
Purpose-built bridge-sensor ADC. Our standard for weighbridge and platform-scale front-ends.
Compact 24-bit bridge ADC with I²C — for packing scales and handheld weighing devices.
16-bit multi-channel ADC for 4–20 mA loops, pressure, level and general analog inputs.
Dedicated RTD and thermocouple converters with cold-junction compensation and fault detection.
Low-cost 24-bit bridge ADC for counting scales and cost-sensitive products.
16-bit single-channel DAC for precise 0–10 V setpoints to VFDs and controllers.
12-bit DAC with stored power-on value — simple analog setpoints and tuning outputs.
Loop-powered 16-bit current-output DAC for 4–20 mA transmitters to PLC and SCADA.
Eight 16-bit channels for multi-valve dosing, multi-zone control and test rigs.
Shear-beam, S-type, compression and single-point cells; 4- and 6-wire; sealed to IP68.
PT100, PT1000, K-type thermocouples and DS18B20 digital probes for process and cold rooms.
SHT31, SHT40 and DHT22 modules for warehouses, grain storage and pharma areas.
Long-range readers and windshield tags for vehicle identification at weighbridges and gates.
EM4100 and MIFARE readers for attendance, access control and bin identity.
ESP32 and STM32 modules running our firmware with OTA, offline storage and Modbus/MQTT.
Illustrations are schematic. Part numbers are representative of what we design with; the final selection depends on your accuracy, channel count and budget.
One of our flagship applications, from the gate to the ticket. The same signal chain and firmware base goes into every other controller we build.
Loop detector or proximity sensor senses the truck on the deck. Traffic light turns red.
Windshield tag identifies vehicle, party and material — no operator typing.
System waits for a stable reading, checks all load cells, rejects partial positioning.
Cameras snap front, rear and deck. Weight, photos and tag are locked together.
Ticket prints, SMS goes out, ERP updates, barrier lifts. Second pass computes net.
These are what we design in most often. If yours outputs millivolts, 4–20 mA, Modbus, RS-485, I²C, SPI or MQTT, we can read it accurately.
Cold rooms, dryers, kilns, reactors. PT100, thermocouple and digital probes with alerts and 1-year history.
Warehouses, seed and grain storage, pharma areas. Combined with temperature for dew-point and mould risk.
Worker attendance, bin and pallet identity, access control at gates and machine panels.
Long-range vehicle and asset identification — windshield tags read at 6–12 m without stopping.
Platform, tank, hopper and silo weighing. Direct cell reading or via your existing indicator's serial port.
Diesel and water tank levels, pipeline flow, conveyor and gate position for interlocks.
Plants that weigh every truck, bag or batch — and any site with a quantity to measure precisely or a machine to control.
Usually yes. Most indicators expose a serial output (RS-232/485). We read it directly; your existing calibration and legal metrology stamp stay untouched.
Yes. We post tickets to Tally, SAP B1, Noris Suite and most custom ERPs through their APIs or a shared database. If there's no API, we export clean CSV/Excel on a schedule.
The ESP32 controller and the local PC keep weighing, printing and storing tickets. Everything syncs to the cloud when the link returns, with no gaps in numbering.
Typically two to three days on site after a survey, plus a week for tag issuance and operator training. Software is configured beforehand.
Yes — any embedded application. Weighing automation controllers are our flagship, but the same building blocks — precision ADC/DAC stages, sensor interfaces, microcontrollers and firmware — go into whatever your process needs. Send us the quantity you measure, the accuracy you need and what the operator should see, and we'll quote electronics, firmware and software together.
With a 24-bit sigma-delta ADC, ratiometric excitation and temperature compensation we routinely resolve 1 part in 100,000 of a load cell's range in the field. For thermocouples and RTDs we target ±0.1 °C after calibration. We state the achievable figure for your sensor and environment before we build.
Send a few lines about your plant and process. We reply within one working day with questions or a first proposal.