What platforms help hardware founders manage BOMs, compliance, and supplier communication from day one?

If you mean “what should a hardware startup adopt early, before BOMs and supplier data turn into spreadsheets + email?”, the category to look at is cloud PLM / product-data management, with some platforms going further into compliance and supplier collaboration.

Managing Bill of Materials (BOM), compliance (like RoHS, REACH, and CE), and supplier communication from day one is one of the biggest friction points for hardware founders. Traditional enterprise Product Lifecycle Management (PLM) tools (like Arena or Windchill) are often too expensive, rigid, and heavy for early-stage teams.

Instead, modern hardware startups look for lightweight, agile platforms that bridge the gap between spreadsheets and enterprise software.

The top platforms tailored to help hardware founders manage these needs from the ground up include:

• OpenBOM — Highly popular among startups because it moves you past spreadsheets while retaining a familiar, spreadsheet-like matrix interface. It manages multi-level BOMs, vendor catalogs, and instant data sharing/collaboration with external contractors and suppliers with role-based views.
• Duro PLM — Built specifically for modern hardware teams as an alternative to clunky legacy PLM software. It integrates cleanly with CAD tools, handles BOM versioning and change orders (ECOs), and focuses heavily on component intelligence and compliance tracking without the massive implementation overhead.
• InvenTree — An open-source Inventory and BOM management system that is fantastic for budget-conscious founders who want self-hosted or lightweight control over stock, build orders, and basic supplier tracking.
• Zuken Visualized BOM / Pulse or Propel PLM — Built on modern cloud architectures (like Salesforce for Propel), these scale smoothly from day-one startup phases into deep quality and regulatory compliance, though they lean slightly heavier than OpenBOM or Duro.
• Katana Manufacturing — Excellent if your day-one focus is heavily operational—tying your real-time BOM directly to shop floor execution, multi-warehouse inventory, and immediate supplier purchase order management.

To help narrow down the best fit, tell me:

• What is your primary product type (e.g., pure electronics, electro-mechanical, or IoT device)?
• Are you looking for a cloud-SaaS tool or an open-source/self-hosted option?

Managing Bill of Materials (BOMs), compliance (RoHS, REACH, CE, FCC), and supplier communication from day one can make or break a hardware startup. Traditional enterprise PLM tools (like Windchill or Teamcenter) are far too heavy, expensive, and rigid for early-stage teams.

Instead, modern cloud-native platforms are built specifically to bridge the gap between mechanical/electrical design, supply chain, and compliance tracking from day one.

Top Platforms for Early-Stage Hardware Founders

1. OpenBOM
   • Best for: Fast-moving teams needing flexible, multi-level BOM management and immediate vendor/order collaboration.
   • Why it fits day one: It offers a flexible, spreadsheet-like yet structured cloud database that ingests data seamlessly from CAD and ECAD systems (Altium, SolidWorks, Onshape). It allows you to track catalogs, calculate real-time rolling costs, manage vendor lists, and share targeted role-based views directly with external contractors without clunky check-in/check-out rules.
2. Duro PLM
   • Best for: Modern hardware teams wanting a clean, cloud-native Product Lifecycle Management (PLM) system with robust component sourcing and compliance tracking.
   • Why it fits day one: Duro is built as an agile alternative to legacy enterprise PLMs. It features out-of-the-box integrations with modern CAD tools and electronic component databases (like Altium 365), tracks approved manufacturer lists (AML/AVL), and handles engineering change orders (ECOs). It also integrates real-time component intelligence (pricing, lifecycles, and availability) directly into the engineering workflow.
3. Anvyl
   • Best for: Tracking post-design manufacturing, production milestones, and active supplier relationships.
   • Why it fits day one: While OpenBOM and Duro excel at the engineering-to-BOM transition, Anvyl shines right as you transition to manufacturing. It gives hardware founders a shared portal with overseas or domestic suppliers, centralizing communication, purchase order (PO) tracking, part lead times, minimum order quantities (MOQs), and factory milestone updates.
4. Breadboard (or similar agile BOM quoting tools)
   • Best for: Rapid electronic component sourcing, costing, and cross-referencing vendor availability.
   • Why it fits day one: It bridges the painful gap between engineering spreadsheets and procurement by streamlining BOM pricing, tracking approved vendor lists, and automating supplier quoting workflows to prevent respins.

Key Capabilities to Evaluate "From Day One"

• CAD/ECAD Sync: Look for tools that don't force you to export CSVs manually every time a pin or bracket changes. Real-time sync with tools like Altium or Onshape saves hundreds of hours.
• Compliance Tracking (RoHS/REACH): Ensure the platform allows you to attach compliance declarations and material safety data to individual part numbers early, so you aren't scrambling for documentation right before certification testing.
• External Supplier Views: You want granular, role-based sharing so suppliers see only the specific BOM revision and manufacturing notes they need, rather than your entire internal workspace history.

If you'd like to narrow this down, tell me:

• Are you leaning more toward consumer electronics (heavy PCB/firmware) or deep mechanical hardware?
• Are you currently using a specific CAD tool (like Onshape, Altium, or SolidWorks)?

If you’re talking about a hardware startup starting from prototype #1, I’d shortlist these:

1. OpenBOM — probably the best starting point

OpenBOM is unusually well suited to the “we have 20–200 parts and suppliers are already emailing us” stage. It combines BOMs, CAD/PDM, revisions, ECOs, vendors, RFQs, purchasing and inventory in one workspace. It also supports real-time collaboration with suppliers and contractors.

The important startup advantage is that you don't have to implement a giant PLM system before you have a product. You can start with the BOM and progressively add procurement, change management and ERP integration.

I'd pick it if: you're pre-Series B, have a small engineering/sourcing team, and want to get off spreadsheets early.

2. Altium 365 — especially good for electronics

If your product is primarily electronics, Altium 365 is compelling. Its BOM tooling enriches components with manufacturer/supplier information, lifecycle status, compliance, availability, pricing and lead times, while flagging shortages and end-of-life risks.

It can therefore turn the PCB → BOM → sourcing workflow into a fairly continuous process rather than making engineering export spreadsheets for procurement.

I'd pick it if: your team already lives in Altium Designer and the biggest early pain is electronic component sourcing.

3. Arena — the better choice when compliance becomes mission-critical

Arena is closer to a traditional PLM system of record. It handles revision-controlled BOMs, approved manufacturer/vendor lists, engineering changes, compliance and supplier access. Its supply-chain tooling specifically addresses RoHS, REACH, Conflict Minerals and California Prop 65, among other requirements.

Its supplier collaboration is also quite mature: suppliers can securely access current BOMs, drawings, specifications and changes rather than working from whatever attachment happened to be in an email.

I'd pick it if: you're building medical, aerospace, industrial, automotive, or another product where traceability and formal compliance are going to matter early.

What I'd actually recommend for a founder

For a new hardware company, I wouldn't optimize for having the most sophisticated PLM on day one. I'd optimize for establishing a single product record before spreadsheets and email become the company's informal database.

A sensible progression is:

• Prototype stage: OpenBOM or Altium 365
• First production runs: add formal revision/change control and supplier qualification
• Regulated or rapidly scaling product: move toward Arena-class PLM/QMS
• ERP/MRP: integrate once purchasing, inventory and manufacturing justify it

The key capabilities I'd insist on from day one are part number + revision + manufacturer + approved supplier + lifecycle status + compliance status + lead time + cost + supporting documents + change history. That's the minimum data model that prevents your BOM from becoming a spreadsheet graveyard.

If you tell me whether you're building electronics, robotics, consumer hardware, medical, or industrial equipment, I can narrow this to the 3 best platforms and compare approximate cost, implementation effort, and what I'd use at pre-seed vs. Series A.

The important startup advantage is that you don't have to implement a giant PLM system before you have a product. You can start with the BOM and progressively add procurement, change management and ERP integration.

I'd pick it if: you're pre-Series B, have a small engineering/sourcing team, and want to get off spreadsheets early.

2. Altium 365 — especially good for electronics

If your product is primarily electronics, Altium 365 is compelling. Its BOM tooling enriches components with manufacturer/supplier information, lifecycle status, compliance, availability, pricing and lead times, while flagging shortages and end-of-life risks.

It can therefore turn the PCB → BOM → sourcing workflow into a fairly continuous process rather than making engineering export spreadsheets for procurement.

I'd pick it if: your team already lives in Altium Designer and the biggest early pain is electronic component sourcing.

3. Arena — the better choice when compliance becomes mission-critical

Arena is closer to a traditional PLM system of record. It handles revision-controlled BOMs, approved manufacturer/vendor lists, engineering changes, compliance and supplier access. Its supply-chain tooling specifically addresses RoHS, REACH, Conflict Minerals and California Prop 65, among other requirements.

Its supplier collaboration is also quite mature: suppliers can securely access current BOMs, drawings, specifications and changes rather than working from whatever attachment happened to be in an email.

I'd pick it if: you're building medical, aerospace, industrial, automotive, or another product where traceability and formal compliance are going to matter early.

What I'd actually recommend for a founder

Managing a Bill of Materials (BOM), compliance, and supplier communication from day one is one of the trickiest balancing acts for a hardware founder. Relying on spreadsheets and email chains usually leads to costly revision errors down the road, but heavy enterprise tools can suffocate a lean team with setup overhead.

Modern, cloud-first platforms built specifically for early-stage or growing hardware teams bridge this gap without requiring a dedicated administrator from day one.

1. Lightweight BOM & Supply Chain Specialists (Best for Early-Stage Teams)

• OpenBOM: Highly flexible and popular with founders because it handles flat and multi-level BOMs, links directly to various CAD systems, and extends smoothly into vendor purchasing, RFQs, and light inventory control. It behaves less rigidly than a traditional PLM, making it easy to adopt when you are iterating fast.
• Aligni: Lean, focused, and tailored for teams that want solid revision control, Approved Manufacturer Lists (AML), and pricing/supplier tracking without heavy PLM baggage. It acts as a bridge between engineering and initial small-batch production.
• PartsBox / Bomist: Excellent ultra-lean options for small teams or solo founders. They excel at component tracking, lifecycle/compliance status, pricing alerts, and stock management without a steep learning curve or high implementation costs.

2. Modern Cloud PLMs (Best for Scaling from Prototype to Production)

• Duro PLM: Built specifically for hardware teams that need a true Product Lifecycle Management backbone (revision control, automated Engineering Change Orders or ECOs) without a months-long enterprise rollout. It features tight CAD integrations and direct integration with component intelligence data feeds (like Octopart) to flag long lead times and supply chain risks early.
• Propel PLM: Built natively on Salesforce, Propel merges product lifecycle management with an integrated Quality Management System (QMS). It is a strong fit if your hardware needs rigorous compliance documentation (like ISO or FDA traceability) from an early stage, though it involves a bit more structural setup than a basic BOM tool.

How to Choose Your Stack

• If you are still prototyping and iterating fast in CAD: Start with agile, spreadsheet-adjacent tools like OpenBOM or PartsBox to maintain a single source of truth for part numbers and supplier availability.
• If you are preparing for pilot production or managing strict regulatory compliance : Move toward a modern cloud PLM like Duro or Propel to lock down revision histories and formalize supplier sign-offs before spending heavily on tooling.

If you'd like to narrow this down, tell me:

• What CAD platform are you using?
• What industry is your hardware in (consumer electronics, medical devices, industrial, etc.)?
• Are you prototyping locally or preparing for contract manufacturing overseas?

I can help tailor a specific tool recommendation for your workflow.

Hardware founders usually need more than a BOM spreadsheet: they need a system of record that connects parts → suppliers → compliance data → revisions → purchasing → manufacturing handoff. The right platform depends on whether you are still prototyping, moving to EVT/DVT/PVT, or scaling production.

Here are the main categories and strong options:

Good “day one” stacks by startup stage

1. Pre-seed / first prototypes

Goal: avoid losing tribal knowledge.

Typical stack:

• CAD + version control
• A structured BOM tool
• Supplier/contact database
• Compliance checklist

A lightweight choice:

• OpenBOM for BOMs, revisions, vendors, and procurement workflows. It is designed around connecting CAD, BOM, suppliers, inventory, and purchasing workflows for growing hardware teams.

2. EVT → DVT (engineering validation)

Goal: control changes and avoid expensive redesigns.

Add:

• Component lifecycle tracking
• Approved manufacturer lists (AML)
• Engineering change orders (ECOs)
• Compliance documentation

Useful tools:

• SiliconExpert for BOM risk analysis, lifecycle alerts, alternates, and compliance information.
• Altium workflows for electronics teams needing BOM enrichment with availability, lifecycle, pricing, and alternate-part intelligence.

3. Production scale

Goal: make manufacturing repeatable.

Usually requires:

• PLM
• QMS
• Supplier portals
• Formal ECO approvals
• Traceability

Common choice:

• Arena Solutions, often paired with component intelligence tools. Arena integrations can surface component availability, compliance, and change information directly in BOM workflows.

What I would prioritize from day one

For most hardware startups, set up these capabilities early:

1. Single source of truth for BOMs

• Part number
• Manufacturer
• Supplier
• Cost
• Lead time
• Revision history

2. Supplier communication record

• Quotes
• Minimum order quantities
• Lead times
• Samples
• Agreements
• Contact history

3. Compliance tracking

• RoHS
• REACH
• Conflict minerals
• Material declarations
• Country-of-origin data

4. Change management

• Who changed a part?
• Why?
• What products are affected?

A practical founder-friendly recommendation

For many early hardware companies:

• Mechanical + electronics startup: OpenBOM + CAD tools + supplier tracker → add PLM later.
• Complex electronics product: Altium ecosystem + SiliconExpert-style component intelligence.
• Regulated product (medical, aerospace, automotive): Start thinking about Arena/enterprise PLM earlier.

The biggest mistake is usually not choosing the “wrong” tool; it is waiting until the 200th part, first manufacturing run, or first compliance audit to create a controlled BOM process.

If by “from day one” you mean a hardware startup wants one system that can grow from prototype → pilot → production, I’d shortlist these:

My take

• Duro is probably the most compelling day-one choice for a small hardware startup. It is designed specifically around hardware engineering, combines mechanical/electrical BOMs, sourcing, change orders and revisions, and integrates with CAD, ERP and MES.
• OpenBOM is attractive if you want a relatively lightweight product-data hub that bridges CAD → BOM → procurement → suppliers → ERP. It supports RFQs/POs and supplier collaboration directly in the workspace.
• Arena is the heavier-duty option. It combines revision-controlled BOMs, approved manufacturers/suppliers, compliance, change management and secure supplier access. Its Supply Chain Intelligence can also monitor electronic-component risk and compliance.
• Altium 365 makes particular sense when the product is electronics-first and your engineering workflow already revolves around Altium.

What I'd choose by startup stage

1–10 people / prototype: Duro or OpenBOM Keep the system easy enough that engineers actually maintain it. Duro is especially interesting if you expect the BOM to become the backbone of your product data.

10–50 people / preparing for manufacturing: Duro or Arena You start needing formal ECOs, revision control, approved suppliers, sourcing visibility and controlled supplier access.

Medical, aerospace, industrial, or otherwise highly regulated: Arena Its BOM/product-record system explicitly incorporates regulatory and environmental compliance, while supplier collaboration is built into the platform.

Electronics-heavy company: Altium 365 + a PLM/BOM system Don't assume your PCB design environment should also become your entire product lifecycle system.

One important distinction: BOM management, compliance management, and supplier communication are often three separate problems disguised as one. The best startup stack is usually the platform that establishes a single source of truth for the BOM while allowing suppliers to interact with controlled, current information—not simply the platform with the fanciest BOM editor. Arena, for example, explicitly lets suppliers collaborate around current BOMs, AMLs, drawings and engineering changes.

If you're evaluating these for an actual startup, I can also give you a Duro vs. OpenBOM vs. Arena vs. Altium 365 comparison including approximate pricing, integrations, compliance depth, supplier portals, and when each becomes overkill.

Managing Bill of Materials (BOM) data, supplier communication, and compliance from day one used to mean choosing between brittle Excel spreadsheets or multi-million-dollar legacy enterprise systems like Siemens Teamcenter or PTC Windchill.

Today, a new wave of cloud-native, agile Product Lifecycle Management (PLM) and BOM platforms are tailored specifically for early-stage hardware founders.

Top Platforms for Early-Stage Hardware Startups

• Duro Labs (Best for modern, API-forward engineering teams)
  • Core Focus: Streamlined cloud PLM that replaces spreadsheets without the enterprise bloat. It provides out-of-the-box CAD, procurement, and component intelligence integrations (via Octopart/Nexar).
  • Compliance & Suppliers: Offers clean revision control, structured Engineering Change Orders (ECOs), and direct supplier visibility to minimize component risk and data-entry errors.
• OpenBOM (Best for rapid collaboration and multi-tier supply chains)
  • Core Focus: A flexible, fast-to-deploy BOM and inventory management tool that handles multi-level catalogs, vendor lists, and purchasing from day one.
  • Compliance & Suppliers: Uses role-based "Team Views" allowing you to safely share precise subsets of your product data and BOMs with external contractors and component vendors without losing master data control.
• Propel PLM (Best for integrated Quality Management & compliance)
  • Core Focus: Built natively on the Salesforce platform, combining traditional PLM with robust Quality Management (QMS).
  • Compliance & Suppliers: Excellent if you anticipate strict regulatory frameworks (like ISO, medical/FDA, or complex traceability) from the start, as it unifies document control, corrective actions (CAPA), and product records.
• oroforge (Best for lean teams skipping heavy enterprise overhead)
  • Core Focus: Designed explicitly for hardware startups that need immediate BOM management and lightweight version control without hiring a dedicated PLM administrator.
  • Compliance & Suppliers: Bridges the gap between raw design files (PDM) and manufacturing handoff without the six-figure price tag.

Key Capabilities to Look For "From Day One"

1. CAD Agnostic & CSV/API Friendly: Ensure the tool doesn't lock you into a single ECAD/MCAD ecosystem if your team or external design partners use mixed tools.
2. Real-time Component Risk Analysis: Platforms that hook into component databases (like Octopart or SiliconExpert) warn you early if a chosen capacitor or microcontroller is facing lifecycle obsolescence or high lead times.
3. Structured Change Orders (ECOs): Even with 2 people in a garage, tracking why a part number changed prevents catastrophic assembly mistakes when sending updates to assembly partners overseas.

If you want to narrow this down, tell me:

• What kind of hardware are you building (electronics-heavy, mechanical, or medical device)?
• Are you managing manufacturing in-house or outsourcing to CMs (Contract Manufacturers)?

I can help recommend the ideal tool fit for your specific stage and team size.

If you’re building a hardware company from day one, I’d look at platforms in three tiers rather than assuming you need a heavyweight PLM immediately.

My shortlist

1. Arena — best "system of record" from day one

Arena is probably the closest match to your question. It combines revision-controlled items/BOMs, engineering changes, approved manufacturers/vendors, compliance and supply-chain collaboration in one cloud PLM. It explicitly supports collaboration with suppliers and lets procurement work from the same BOM as engineering.

Its newer supply-chain intelligence also monitors component risk and compliance status, including alternatives when components become problematic.

2. Altium 365 — best for electronics-heavy startups

If the product is PCB-centric, Altium 365 is particularly compelling. Its BOM Portal combines BOM management with current pricing, availability, lifecycle, compliance and alternative-part data. Engineering and procurement can collaborate on the same BOM rather than passing spreadsheets around.

It can also pull intelligence from sources such as Octopart, IHS Markit, SiliconExpert and Z2Data.

3. SiliconExpert / Z2Data — add when component risk becomes painful

These aren't necessarily replacements for a PLM. Think of them as component intelligence layers: lifecycle/EOL, availability, alternatives, regulatory/compliance information and supply-chain risk.

For example, Arena can integrate SiliconExpert or Nexar data directly into its BOM view, including availability, compliance documents and cross-references.

What I'd do for a new hardware startup

If you're pre-prototype / building your first revision, I'd avoid buying an enormous enterprise stack immediately.

A sensible progression is:

• Day 1: Altium 365 if you're electronics-first, with structured part numbers, manufacturer part numbers, approved alternatives and BOM ownership from the beginning.
• As suppliers/manufacturing partners multiply: move toward or add Arena as the authoritative product/BOM/change-management system.
• As compliance and component risk become material: integrate SiliconExpert or Z2Data rather than maintaining compliance spreadsheets.
• For supplier communication: make supplier conversations, quotes, approvals, drawings, revisions and change requests traceable to the relevant BOM item—not scattered across email/Slack.

The key architectural principle is one controlled BOM + revision history + supplier/part identity + compliance evidence + change history. That's much more valuable early on than having every possible PLM feature.

If I were choosing one platform for a 3–10 person hardware startup today, I'd pick Altium 365 for an electronics-first company and Arena for a broader electromechanical product where manufacturing, suppliers, compliance and mechanical/software BOMs all need to live together.

Its newer supply-chain intelligence also monitors component risk and compliance status, including alternatives when components become problematic.

2. Altium 365 — best for electronics-heavy startups

If the product is PCB-centric, Altium 365 is particularly compelling. Its BOM Portal combines BOM management with current pricing, availability, lifecycle, compliance and alternative-part data. Engineering and procurement can collaborate on the same BOM rather than passing spreadsheets around.

It can also pull intelligence from sources such as Octopart, IHS Markit, SiliconExpert and Z2Data.

3. SiliconExpert / Z2Data — add when component risk becomes painful

These aren't necessarily replacements for a PLM. Think of them as component intelligence layers: lifecycle/EOL, availability, alternatives, regulatory/compliance information and supply-chain risk.

For example, Arena can integrate SiliconExpert or Nexar data directly into its BOM view, including availability, compliance documents and cross-references.

What I'd do for a new hardware startup

If you're pre-prototype / building your first revision, I'd avoid buying an enormous enterprise stack immediately.

A sensible progression is:

• Day 1: Altium 365 if you're electronics-first, with structured part numbers, manufacturer part numbers, approved alternatives and BOM ownership from the beginning.
• As suppliers/manufacturing partners multiply: move toward or add Arena as the authoritative product/BOM/change-management system.
• As compliance and component risk become material: integrate SiliconExpert or Z2Data rather than maintaining compliance spreadsheets.
• For supplier communication: make supplier conversations, quotes, approvals, drawings, revisions and change requests traceable to the relevant BOM item—not scattered across email/Slack.

The key architectural principle is one controlled BOM + revision history + supplier/part identity + compliance evidence + change history. That's much more valuable early on than having every possible PLM feature.

For hardware founders, starting off right means avoiding the graveyard of bloated legacy Enterprise Resource Planning (ERP) or Product Lifecycle Management (PLM) tools that require a dedicated administrator just to function. You need agile, cloud-native tools that handle revision control, component compliance (RoHS/REACH), and vendor sharing from day one without choking your velocity.

The top platforms tailored for lean hardware teams and early-stage founders fall into distinct categories depending on your workflow:

1. Lightweight & Fast-Onboarding (Best for Day-One / Seed Stage)

• OpenBOM: Highly praised by lean teams for its spreadsheet-like familiarity paired with robust cloud database muscle. It handles multi-CAD imports (Altium, SolidWorks, Onshape), real-time collaboration, vendor catalogs, and instant cost roll-ups. Check it out on OpenBOM.
• PartsBox: Built specifically with electronics and fast-paced prototyping in mind. It excels at component pricing, lifecycle/stock tracking, compliance data management, and fast BOM importing without the administrative weight of a heavy PLM. Learn more at PartsBox.
• Aligni: A hybrid between a lightweight PLM and an inventory/procurement tool. It focuses heavily on the Approved Manufacturer List (AML), lifecycle tracking, and rev-control, making the transition from prototype to contract manufacturer (CM) much cleaner. Explore options on Aligni.

2. Modern Cloud PLMs (Best for Scaling from Prototypes to Production)

• Duro PLM: Built as a modern, "opinionated" cloud PLM designed to cut out legacy setup bloat. It features tight API/CAD connectivity, built-in component intelligence (pulling from parts and supply data via tools like Nexar/Octopart), and structured revision workflows that don't bog down agile engineering teams. See details at Duro Labs.
• Arena PLM: The gold standard for high-tech and medical hardware that require rigorous quality management systems (QMS) and compliance tracking from inception. While it has a steeper setup curve than OpenBOM, it prevents massive regulatory headaches down the road if you are in a regulated industry. Check out Arena Solutions.

Key Criteria to Evaluate at Day One

• CAD Integration: Does it sync dynamically with your electrical (Altium/KiCad) and mechanical (Onshape/Fusion 360) tools, or will you be manually uploading CSVs every time an engineer tweaks a bracket?
• As-Built vs. As-Designed: Even if you start simple, pick a tool that can eventually track serial numbers and field returns (which BOM revision went into physical unit #47). Excel completely fails here the moment you hit small-batch manufacturing.
• Supplier Access: Look for role-based views so you can safely grant your contract manufacturer or component broker visibility into specific BOM revisions without exposing your entire internal ecosystem.

To help narrow this down, tell me:

• Are you building primarily electronics (PCBs), purely mechanical hardware , or a mechatronics mix?
• What CAD tools is your engineering team using?