Two-arm work cells  ·  Hamburg, DE

Robotic work cells for small‑part assembly.

Standardized two-arm cells focused on light assembly. Kitting, packing, labeling and inspection follow on the same cells.

Show us a task Watch the cell
S1 — a standardized two-arm robotic work cell with a central work surface and an emergency stop, set in a black extruded-aluminium frame.
FIG. 01  S1 — standardized two-arm work cell BIMANUAL · 2 × 6-DOF  ·  SINGLE STATION  ·  HARDWARE E-STOP  ·  SELECTING DESIGN PARTNERS
01 Example FIG. 02–03

AWAITING FOOTAGE

REC · T+00:00:00 FIG. 02
02 The S1 running a repetitive task.

AWAITING FOOTAGE

REC · T+00:00:00 FIG. 03
03 Teaching the S1 a new task.
02 Workflows ASSEMBLY-FIRST · SMALL PARTS · STATION-BASED
  • Light assemblyFocus COVERS · SCREWS · CLIPS · CONNECTORS · SUBASSEMBLIES
  • The same cell also runs
  • Kitting & sets SAMPLE KITS · CAMPAIGN BOXES · BUNDLES · B2B PREP
  • Packing & labeling PACK-OUTS · INSERTS · RELABELING
  • Inspection & returns VISUAL CHECKS · SORTING · REPACKING
03 System CELL → DEMONSTRATE → LEARN → COPY
  1. 01

    Cell. The S1 — one standardized two-arm cell.

  2. 02

    Demonstrate. New tasks are taught by hand.

  3. 03

    Learn. The cell learns from every correction.

  4. 04

    Copy. Cells are identical by design, so a trained task can be rolled out to more of them.

04 Contact FEASIBILITY FIRST

Have a repetitive manual task?

Film 30 seconds of it on your phone and send it over. If it fits the cell, we run a feasibility test.

roberto@structis.ai

GOOD FITSMALL PARTS · STATION-BASED · REPETITIVE · CLEAR INPUT / OUTPUT

NOT YETHEAVY ITEMS · MOBILE WAREHOUSE WORK · SAFETY-CRITICAL

Built in Hamburg by Roberto De La Cruz Gonzalez X / Twitter GitHub