PhotoRobot System Overview

This module is the foundation for every PhotoRobot Academy certification. Before you operate, manage, install, network, or integrate PhotoRobot — you need a clear mental model of what the system is and what it does. This module gives you that model.

1. What PhotoRobot is

PhotoRobot is a software-driven hardware system that automates object photography. It produces still images, 360° spins, 3D models, animations, and video — all from the same workstation, with consistent quality, repeatable workflows, and minimal operator time per shot.

The platform exists in two layers:

• Hardware — robots, turntables, carousels, robotic arms, multi-cam rigs, integrated lighting, position lasers, ghost mannequins. Mechanical precision and stability are designed for continuous production use.
• Software — PhotoRobot _Controls (referred to as CAPP in product documentation). One application controls every connected robot, camera, light, and accessory; performs image post-processing; manages digital assets; and publishes output to wherever the customer needs it.

What separates PhotoRobot from “a camera on a turntable”:

• Integration of all elements — lights, background, lasers, machines, and software are designed to work as one system, not assembled from independent vendors.
• Mechanical resistance, toughness, and stability — built for production halls and continuous shifts, not for hobby studios.
• High degree of automation — presets, automatic post-processing, and automatic publishing happen during the photoshoot, not as a post-shoot batch job.
• Robotic Process Automation (RPA) — repeatable, precise, machine-driven workflows reduce labour cost, onboarding time, and time-to-market.

Key term — RPA in PhotoRobot context. Robotic Process Automation means the same trigger (e.g., scanning a barcode) reliably produces the same workflow (capture → process → publish) without operator interpretation. It is the reason a certified operator can shoot 200 SKUs/day with consistent output.

2. Brief history

• 2004 — Kamil Hrbáček founds PhotoRobot in Prague, originally for internal use at uni-max (a tool retailer needing fast product photography).
• 2005-2016 — First-generation software BASIP: controls for robots, cameras, lights. Image processing happened in third-party tools (SpinMe Studio, YaWah Server, FSI Viewer).
• 2014-Present — PhotoRobot _Controls (CAPP): full integrated workflow — hardware, capture, post-processing, publishing — in one application.
• 2024-Present — PhotoRobot Touch (iOS): iPhone-based capture with wizard-guided steps for handheld or simple 360 spin scenarios.
• Today — approximately 2,500 installations across 6 continents.

First commercial customer was Colorlus Studios (Verona, Italy), followed by MyClip Studios (Munich, Germany). Production and primary sales remain in Prague; secondary sales office in New York since 2024.

3. The 4-stage workflow

Every PhotoRobot session — whether you shoot one item or one thousand — passes through the same four stages. Memorize this. Every other module in Academy maps to one of these stages.

┌────────────┐      ┌─────────────┐      ┌────────────┐      ┌─────────────┐
│   SETUP    │ ───► │   CAPTURE   │ ───► │    EDIT    │ ───► │   PUBLISH   │
└────────────┘      └─────────────┘      └────────────┘      └─────────────┘
   Define what       Operate the          Post-process       Generate output
   you'll use:       hardware:            captured images:   in target formats
   workspace,        run the              cropping,          and deliver to
   cameras,          photography          background          customer's
   robots, lights,   sequence,            removal, color      systems (PIM,
   projects, items   capture frames       correction          eShop, DAM)

The 20s-to-publish claim from PhotoRobot marketing (“From capture to publish in under a minute”) is achievable only when SETUP is done correctly and presets are configured. A certified operator’s job is to make CAPTURE → EDIT → PUBLISH run automatically. SETUP is where mastery shows.

4. The product line — what’s a PhotoRobot machine

You will encounter these hardware categories across the manuals and Academy modules:

You don’t memorize every model in this module. You memorize the categories and the principle that all of them speak the same software language: any connected machine appears in PhotoRobot Controls, controlled with the same UI, configured with the same presets.

5. The software — PhotoRobot Controls (CAPP)

CAPP stands for Controls Application. It’s the desktop application that runs your studio. Three things to remember:

1. One installation controls everything. Cameras, robots, lights, post-processing, publishing — all from one window. You don’t open the camera vendor’s app, then switch to a robot app, then switch to a photo editor.
2. Local + Cloud. CAPP runs on your studio computer (macOS or Windows). A cloud version at app.photorobot.com mirrors data for review, sharing, and remote access. Operators work in the local app; managers and clients often work in the cloud.
3. Two release tracks: Stable + Preview. Production studios run Stable. Customers who want early access to new features run Preview, but Preview is not recommended for high-volume production.

Key term — Workspace. A workspace is the list of hardware in use for a particular photoshoot: which cameras, which robots, which lights. You can have multiple workspaces saved (different studio setups), but only one is active at a time. Module B05 covers workspace configuration in depth.

Key term — Project / Item / Folder. Inside CAPP, work is organized hierarchically: Projects (a campaign or shoot week) contain Items (individual photographed objects), and each Item contains Folders that hold images grouped by purpose (e.g., a spin folder for 360° rotation, a stills folder for separate still shots).

Other software components in the PhotoRobot ecosystem:

• PhotoRobot Locator — utility to find robots on a network. iOS + Android + desktop. (Module B04.)
• PhotoRobot Touch — iOS app for iPhone capture, barcode scanning, wizard workflows. (Module B18.)
• PhotoRobot Cloud — automatic backup, processing, sharing, client review. Tightly integrated with CAPP.

6. Applications — what customers produce

PhotoRobot’s output formats serve real business needs. As an operator, manager, or integrator, you need to know what your customer is actually selling — the format determines the workflow.

• Still images / packshot photography — single product shots on clean background. E-commerce listings, marketing material, GS1-compliant images (with barcodes, ingredient lists, on-package data).
• 360° product spins — interactive horizontal rotation. Drives e-commerce engagement; can also include multiple elevation rows (“3D spins”) for full vertical coverage.
• Photogrammetry 3D modeling — multi-row 360 + top/bottom views processed into a 3D mesh. Used for AR/VR, configurators, video games.
• Moving product animation — 360 spins that include movement, configuration changes, or interactions. Marketing and advertising use case.
• 360 product video — non-interactive video loop of rotating object. Embedded as MP4 or GIF in product listings, social media, email campaigns.

A real production studio rarely produces just one format. Your customer might need stills for the e-shop, a 360 spin for the product detail page, and a 3D model for the AR configurator — from the same item, in the same session. PhotoRobot’s design assumption is that all of these come out of one capture.

7. Supported peripherals

Brief list — full compatibility manuals live on photorobot.com. As an operator you’ll cross-reference these often.

• Cameras: Canon DSLR & mirrorless (primary, 2008-present). Nikon discontinued March 2024. iPhones via PhotoRobot Touch. Any third-party camera via integration as of CAPP 2.5.4.
• Lights: FOMEI (strobes, LED), Broncolor Siros (strobes), RotoLight (LED), Profoto D2, Aputure, ARRI, DMX-standard LED.
• Operating systems: macOS (CAPP), Windows (CAPP), iOS (Locator, Touch), Android (Locator). Linux support discontinued 2016.

Cameras and lights are the two integration points that have the most impact on capture quality and operator workflow. Module B08 (camera config) and B09/B10 (lighting) cover these in production-grade depth.

8. Key terms — glossary

9. What to read next

After this module, you’ll have the vocabulary and mental model. The recommended next modules depend on your certification path:

• Operators: continue with B02 Safety, then B05 Workspace configuration, then B06 Capture basics.
• Studio Managers: B05 Workspace configuration, B22 Item export, then B26 Industry 4.0 readiness.
• Network Specialists: B03 Network setup and B04 Locator app.
• Hardware Specialists: B02 Safety, then B13 Mechanical assembly, then machine-specific modules (B14, B15, B16).
• Integrators: B21 Viewer layouts and B22 Item export.

10. For full reference

Per Academy’s self-updating curriculum principle, this textbook is a brief conceptual overview. The canonical, always-up-to-date references on photorobot.com are:

• About PhotoRobot — Company History & Documentation — full company history, product line evolution, software versions, locations, languages, peripherals.
• Getting Started — A PhotoRobot User Support Manual — CAPP installation, workspace setup, project/item/folder organization, capture mode interface, general settings.

When you join your first hands-on session as an operator, manager, or installer — keep those two manuals open in a browser tab. You’ll come back to them often.

Module check

When you’re ready, take the module knowledge check for this module. It’s not graded for certification — it’s for you and your instructor to identify any gaps before moving on.

→ Take the module check  ·  5 questions, immediate feedback