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InfinityLoop – Fertigung

Development and manufacturing of ESP32-based embedded systems, prototypes and small series from a single source.

InfinityLoop Logo

InfinityLoop GmbH & Co. KG

Senftenberg · Registered office / Development & ManufacturingNew on Amplifa

2018Founded (October)
GmbH & Co. KGLegal form (HRA 3557 CB, AG Cottbus)
Marcus Herzog, Philipp HeiseManagement
One-off to small seriesBatch sizes prototype building

External development department for embedded systems

InfinityLoop GmbH & Co. KG is a development and manufacturing company based in Senftenberg, acting as an external development department for embedded systems based on Espressif/ESP32. The company develops hardware, firmware and enclosures from a single source: services include circuit and PCB design with Fusion360, embedded programming with PlatformIO and RTOS in C++ and Python, desktop apps and web frontends as well as CAD design and rapid prototyping. In its own manufacturing facility, prototypes and functional samples are produced from one-offs to small series, including FDM 3D printing with up to twelve colors and SLA/resin printing; PCBs are populated and systems integrated. Fields of application include trade fair demonstrators, test setups, test benches, interface systems and system and concept evaluation. In addition, the company offers feasibility studies, training, R&D projects as well as consulting and integration of LoRa-WAN systems for sensors and actuators. InfinityLoop was founded in 2018 by Philipp Heise and Marcus Herzog, both M.Eng. graduates of BTU Cottbus-Senftenberg, and is a member of the BVMW.

Site
Senftenberg
Processes
Prototype building / functional samples (hardware, firmware, enclosure), Electronics development — circuit & PCB design (Fusion360), Embedded systems programming (PlatformIO, RTOS), desktop apps, web frontends, FDM 3D printing with up to 12 colors, SLA/resin 3D printing, CAD design (Fusion360) / rapid prototyping, PCB assembly / system integration, LoRa-WAN integration (sensors & actuators, consulting, integration)
Materials
ESP32, Raspberry Pi, Arduino, Resin, Espressif ESP32, Resin (SLA), Plastic (FDM)
Founded
2018
Industries
IoT, Embedded Systems, Electronics, Sensor Technology
  1. 01

    Consulting & feasibility assessment

  2. 02

    Electronics development (circuit & PCB design)

  3. 03

    CAD design (Fusion360)

  4. 04

    Firmware & software development (PlatformIO, RTOS, C++, Python)

  5. 05

    Prototype building (3D printing FDM/SLA)

  6. 06

    PCB assembly & system integration

  7. 07

    Testing & delivery with documentation

Platform boards & materials

ESP32

Espressif ESP32

Core platform of the embedded systems for networked sensor and IoT applications.

RPI

Raspberry Pi

Platform for more powerful embedded and gateway applications.

ARD

Arduino

Platform for simpler embedded controls and prototypes.

RES

Resin (SLA)

Synthetic resin for detail-accurate 3D-printed enclosures and prototypes.

FDM

Plastic (FDM)

Printing filament for multi-colored enclosure parts up to 12 colors.

Locations

Standort Senftenberg

Senftenberg

DE

Registered office, development & manufacturing

Lot size
One-off to small series
Materials
ESP32, Raspberry Pi, Arduino, plastic, resin
  • FDM 3D printer (12 colors)
  • SLA/resin 3D printer

Developed & manufactured components

In-house developed PCB with power supply and USB ports
In-house developed PCB with power supply and USB portsPCB design · Embedded systems
Sensor assembly with 3D-printed enclosure and battery
Sensor assembly with 3D-printed enclosure and batteryPrototype building · IoT
3D-printed enclosure prototype
3D-printed enclosure prototypeRapid prototyping · Electronics

Inside the production

Populated circuit boards on a printed circuit diagram
Populated circuit boards on a printed circuit diagram
Firmware development in VS Code and PlatformIO
Firmware development in VS Code and PlatformIO
LoRa gateway with solar panel on a hall roof
LoRa gateway with solar panel on a hall roof
Circuit discussion at the breadboard
Circuit discussion at the breadboard

Industries

IoTEmbedded SystemsElectronicsSensor Technology

Processes & technical limits

ProcessesToleranceMax. partWeightLot sizeMaterials
Prototype building / functional samples (hardware, firmware, enclosure)Engineering–––One-off – Small series–
Electronics development — circuit & PCB design (Fusion360)Engineering–––––
Embedded systems programming (PlatformIO, RTOS), desktop apps, web frontendsEngineering––––ESP32, Raspberry Pi, Arduino
FDM 3D printing with up to 12 colorsAdditive––––Plastic
SLA/resin 3D printingAdditive––––Resin/plastic
CAD design (Fusion360) / rapid prototypingEngineering–––––
PCB assembly / system integrationAssembly–––––
LoRa-WAN integration (sensors & actuators, consulting, integration)Engineering–––––
Feasibility studies, training, R&D projectsEngineering–––––
Test bench and test setup developmentEngineering–––––

2 Anlagen & Maschinen

MachineManufacturer / modelQuantityWorking areaYear builtSite
FDM 3D printer (12-color)––––Senftenberg
SLA/resin 3D printer––––Senftenberg

Additional services

Embedded systems (ESP32)Hardware and firmware developmentCircuit and PCB designPrototypes and functional samplesSmall seriesProgramming (PlatformIO, RTOS, C++, Python)Desktop apps and web frontendsFeasibility studiesTrainingR&D projectsLoRa-WAN integration3D printing FDM (12 colors) and SLA/resinCAD design (Fusion360)Test benchesTest setupsTrade fair demonstrators

History

  1. 2018

    Foundation of InfinityLoop by Philipp Heise and Marcus Herzog in October 2018

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