●Robotic Platforms

Platforms for building robotic applications.

Robot hardware, control and application software — designed to work together so applications can be built, tested and deployed faster.

P.01Robotic Platforms

SAM — Sliding Arm Machine

AVAILABLE

A special-purpose robotic machine built for the new generation of smart industries.

SAM combines a powerful 12-degree motion platform with an X-Y slide for maximum reach. It runs on open hardware, supports cloud-based device management, and comes fully assembled or as a DIY kit.

SAM product render: aluminium-frame workstation with touchscreen and overhead sliding arm
  • High performance

    12-degree motion platform with an X-Y slide for maximum reach.

  • Open architecture

    Fully supports Raspberry Pi and NVIDIA Jetson Orin Nano.

  • Next-gen tech

    Cloud-based device management and DIY kit options.

  • Cost-effective

    Low time-to-market for industrial applications.

SPECIFICATIONS
MOTION12-degree motion platform with X-Y slide
PAYLOAD · REACH2 kg · 3 ft (customizable)
ACCURACY0.5 mm
COMPUTERaspberry Pi or NVIDIA Jetson Orin Nano
SOFTWAREDREAMSCAPE™ · Control Center (free version included)
APPLICATIONSProduct assembly plants · warehouses & dark stores · food processing equipment
P.02Robotic Platforms

DREAMSCAPE™ — Robot Application Builder

AVAILABLE

Simulate today. Deploy tomorrow.

DREAMSCAPE™ bridges the gap between physical robotics and digital simulation. Build, simulate and verify robot operations in a fully synchronised, real-time 3D multi-user environment — then deploy them to real hardware.

DREAMSCAPE robot application builder showing the SAM digital twin in a 3D workspace
  • Real-time collaboration

    Robot positions, joints and environment changes sync instantly across users, with organisation workspaces and access control.

  • High-fidelity digital twins

    Import environments, robots and objects as GLB/ZIP packages and switch between test environments.

  • Kinematics & simulation

    Automated pathfinding, trajectory execution, seek-point calculation and realistic grip and release.

  • Task & path planning

    Place points with drag-and-drop gizmos, connect them into paths and save Move / Grip / Release actions as tasks.

  • Collision detection

    Real-time mesh and bounding-box checks stop unsafe paths, with visual alerts and automatic halt.

  • RoboGPT AI assistant

    Control simulations in natural language or by voice — "Go and pick the apple" — with AI-generated trajectories and task sequences.

  • ROS 2 bridge

    Move the robot through ROS 2 and connect RViz and external ROS workflows.

SPECIFICATIONS
RUNS INWeb browser · multi-user
FILE FORMATSGLB models · ZIP twins · JSON points & paths · PCD point clouds
INTEGRATIONSROS 2 · RViz
DEPLOYMENTCloud hosted or self-hosted (Docker / Kubernetes)
USE CASESManufacturing & automation · education & research · robotics development · industrial training · innovation labs
P.03Robotic Platforms

Control Center

AVAILABLE

Turn your simulation into reality.

The Robot Control Center is a full soft teach pendant. It picks up motion data from DREAMSCAPE™ and controls SAM hardware — bridging digital planning and physical execution.

A free software version is available with SAM hardware.

Robot Control Center execute-task screen listing robot tasks and task details
  • Soft teach pendant

    A complete control interface that can also be embedded into hardware teach pendants.

  • Robot & chassis configuration

    Robot connection, motors, grippers, cameras and communication protocol, all set from one screen.

  • Workspace

    Points, paths, tasks and work volumes that define safe operating boundaries.

  • Robot motions

    Task execution, seek point / path / coordinate, quick jog commands and gripper control.

  • Batch command files

    Run sequences such as move, pick, move, release from a single command file.

  • Unified workflow

    Controls DREAMSCAPE™-based applications and SAM hardware together.

SPECIFICATIONS
ACCESSWeb browser
HARDWARE LINKRaspberry Pi connected to the robot
PROTOCOLSGPIO (direct pin control) · K-Bus (bus communication, 1200–921600 bps)
CAMERASUp to 4, with live streaming
GRIPPERSDual, with independent I/O mapping
MOTOR SPEED1–1000 RPM, configurable per motor
P.04Robotic Platforms

Cobot — P3-R600

Compact high-precision 6-axis industrial arm.

The P3-R600 robotic manipulator is a compact six-axis articulated arm with ±0.02 mm repeatability, a 3 kg payload and a 600 mm reach — mountable on the floor, wall or ceiling.

  • Ultra-high precision

    19-bit encoder resolution delivers ±0.02 mm repeatability for demanding assembly and pick-and-place tasks.

  • Flexible installation

    Mount on the ceiling, floor or wall without loss of performance.

  • Integrated safety system

    Friction brakes on every joint hold position during power loss.

  • Energy efficient & rugged

    150 W average power consumption with an IP54 industrial ingress rating.

SPECIFICATIONS
MODELP3-R600
AXES6
PAYLOAD3 kg
MAXIMUM REACH600 mm
REPEATABILITY±0.02 mm
WEIGHT13 kg
AVERAGE POWER150 W
PROTECTIONIP54
MOUNTINGAny (ceiling, floor, wall)
ENCODER19-bit
COMMUNICATIONK-Bus
BRAKESFriction brakes on all joints
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