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Inheco Tech Stack

Precision thermal control devices for automated lab workflows

Biotechnology Research Martinsried, Bavaria 51–200 employees Founded 2000 Privately Held

Inheco manufactures thermo-mechanical reaction control systems integrated into automated biochemical workflows—the kind of hardware that underpins next-gen sequencing and sample prep at scale. The tech stack (SolidWorks, Ansys, COMSOL, C#/.NET, LabVIEW, embedded Linux on ARM) reflects a hardware-firmware hybrid operation with serious simulation and design validation. Active hiring skews heavily toward engineering (7 of 10 roles) and includes leadership development and CI/CD pipeline work, suggesting a push to formalize development rigor as the company scales manufacturing complexity.

Tech Stack 17 technologies

Core StackSolidWorks C# .NET C++ Azure DevOps Jira Altium 365 Aras Innovator Ansys COMSOL Simcenter Embedded Linux C ARM Cortex-M Git LabVIEW

AdoptingPersonio

What Inheco Is Building

◆Challenges

Supply chain shortages
Process inefficiencies and bottlenecks
Optimizing manufacturing and testing processes
Reducing cycle time

▲Active Projects

Pcb design for lab automation devices
Values and culture development
Leadership development
Compensation system
Firmware development for embedded systems
Development process improvement (ci/cd pipelines)
Series testing process automation
Digital test strategy development

Hiring Activity

Accelerating10 roles · 5 in 30d

Department

Engineering

7

HR

1

Procurement

1

Seniority

Senior

5

Mid

2

Junior

1

Lead

1

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About Inheco

Inheco designs and manufactures precision lab automation systems for thermal cycling and sample preparation in life-science workflows. Founded in 2000 and headquartered in Martinsried, Bavaria, the company serves mid-to-large biotech R&D labs and NGS facilities. Their product line integrates heating, cooling, and mechanical control into devices that slot into automated liquid handling and sequencing pipelines. With 51–200 employees, the operation spans hardware design (PCB, mechanical, firmware), manufacturing, and field service. Current focus areas include reducing manufacturing cycle time, improving testing automation, and addressing supply-chain constraints.

HeadquartersMartinsried, Bavaria

Company Size51–200 employees

Founded2000

Hiring MarketsGermany

Frequently Asked Questions

What technology does Inheco use to design lab devices?

SolidWorks and Altium 365 for CAD/PCB design; Ansys and COMSOL for thermal and mechanical simulation; LabVIEW for instrument control logic; C#/.NET and embedded C/C++ for firmware and software layers.

What manufacturing challenges is Inheco addressing?

Supply-chain shortages, process bottlenecks, and cycle-time reduction. Active projects include series testing automation and digital test strategy development to optimize throughput.