ISO/TS 15066 Certified

Steel arms,human pace.No cage between.

Cobots that assemble, weld, and palletize alongside your team — unbox to production in under 4 hours. Built for mixed-SKU lines where throughput has to flex with demand.

CE MarkedISO 10218-1OSHA CompliantUL Listed
PAYLOAD5–30 kg capacityREACH ENVELOPE850–1300 mm radiusREPEAT ACCURACY±0.02 mm (ISO 9283)COLLABORATIVE ZONENo cage requiredCollaborative spaceRestricted speed zone
PalletizingMachine TendingArc WeldingQuality InspectionAssemblyScrew DrivingPick & PlaceDispensing
PalletizingMachine TendingArc WeldingQuality InspectionAssemblyScrew DrivingPick & PlaceDispensing
01 / Applications

One platform,
every process.

Redeploy the same arm from palletizing on Monday to machine tending on Thursday. No re-engineering — just a new program loaded in minutes.

High Volume

Palletizing

Stack mixed-SKU cartons at up to 1,200 cycles per hour. Force-sensing wrists detect misaligned layers and self-correct — no downtime, no crushed product.

3× faster than manualat 1,200 cycles/hr
Payload: 5–30 kg · Reach: 1,300 mm · Cycle: 3 sec
Precision

Arc Welding

Consistent weld beads on complex geometries. Teach a path once by hand-guiding — the cobot replicates it across every shift.

±0.1 mm pathconsistency
Torch: GMAW/TIG · Speed: 600 mm/min
Lights-Out

Machine Tending

Load CNC lathes, mills, and injection molders around the clock. Integrates with machine door signals via I/O — no custom PLC code.

94% OEEmeasured average
I/O: 24V digital · Protocol: Modbus, EtherNet/IP
Vision-AI

Quality Inspection

Integrated 3D vision cameras catch surface defects, dimensional drift, and missing features at line speed — logged to your MES automatically.

< 0.3% escape ratedefect detection
Vision: 5MP 3D · Cycle: 1.8 sec/part
Force-Sensing

Precision Assembly

Insert bearings, snap connectors, drive screws, and seat O-rings with force-torque feedback that detects insertion errors before they become scrap. Works alongside operators on the same sub-assembly bench.

6-axis force torque± 0.1 N sensitivity
Force sensing: ±150 N · Torque: ±10 Nm · Gripper: pneumatic or servo-electric
02 / Comparison

Cobot vs.
Traditional Robot.

Twelve parameters that production managers, integration engineers, and operations directors actually care about. Every number is based on measured deployments — not marketing estimates.

Cobot
Traditional Robot
Floor Footprint
0.3 m²
4–8 m²
Integration Time
4–8 hrs
4–12 wks
Fencing Cost
$0
$15–40K
Programming Method
Hand-guide + drag UI
Pendant teach / G-code
Redeployment Speed
< 30 min
2–5 days
Payload Capacity
5–30 kg
10–2,000 kg
Safety Rating
ISO/TS 15066 Cat 3
ISO 10218 (caged)
Energy Draw
0.5 kW avg
3–15 kW avg
ROI Horizon
8–14 months
24–48 months
Maintenance Interval
10,000 hr MTBF
5,000 hr MTBF
Downtime Risk
Hot-swap modules
Specialist required
Total Cell Cost
$45–90K
$150–400K
11/12Parameters won by Cobot
−62%Average total cell cost reduction
8 moTypical ROI payback period
03 / How It Works

Peel back every layer —
spec by spec.

Hover any card to see the engineering behind the headline. This is how an integration engineer evaluates a cobot — component by component.

Layer 01

Hardware

Engineered for the floor
Joint Architecture
6-DOFdegrees of freedom

Hollow-shaft wrist with integrated torque sensing on all six joints.

Hover for specs
Max joint speed: 180°/s
Gear ratio: 160:1 harmonic
IP Rating: IP67 (all joints)
Sealed for coolant, chips, and wash-down environments.
Force-Torque Sensor
±0.1 Nsensitivity

6-axis wrist sensor detects contact before damage occurs.

Hover for specs
Force range: ±150 N
Torque range: ±10 Nm
Sample rate: 500 Hz
Stops within 100 ms of unexpected contact — no cage needed.
End Effectors
40+certified grippers

Pneumatic, servo-electric, and magnetic options with tool-change in < 60 sec.

Hover for specs
Quick-change: ISO 9409-1
Gripper force: 10–400 N
Tool weight: up to 3 kg
One arm handles welding torch Monday, vacuum gripper Tuesday.
Layer 02

Software

Drag. Guide. Run.
Drag-to-Program
< 15 minfirst program

Physically guide the arm through the motion — waypoints recorded automatically.

Hover for specs
No code required
Visual flowchart editor
Offline simulation mode
Production operators retrain the arm — no integrator callback needed.
Force Feedback Tuning
Real-timeadaptive control

Adjust compliance, speed, and force limits from a touchscreen while the arm runs.

Hover for specs
Compliance: 0.1–100 mm/N
Speed scaling: 1–100%
Safety zones: 8 configurable
Tune in production without stopping the line.
MES / PLC Integration
30+ protocolsout of the box

Modbus, EtherNet/IP, PROFINET, OPC-UA — connects to your existing infrastructure.

Hover for specs
REST API included
MQTT for IIoT dashboards
Siemens, Allen-Bradley, Fanuc
Your PLC talks to it on day one. No custom middleware.
Layer 03

Integration

Unbox to production: measured in hours
Hour 1–2
Mechanicalinstallation

Bolt to floor, table, or ceiling mount. Connect power and I/O.

Hover for specs
Base plate: 4× M12 bolts
Power: 100–240V AC, 15A
I/O: 24V digital, 16 in / 16 out
Any millwright can install — no robotics background needed.
Hour 2–3
Programyour first task

Hand-guide the arm, set waypoints, define force limits. Run simulation.

Hover for specs
Guided setup wizard
Pre-built task templates
Collision-free path check
Voodoo Manufacturing (Brooklyn, NY) — first run in 3 hrs 40 min.
Hour 4+
Productionrunning live

Operator monitors from the HMI. Cobot logs every cycle to your MES.

Hover for specs
Cycle logging: automatic
OEE dashboard: built-in
Remote monitoring: included
Average deployment: 4.2 hours. Fastest recorded: 2 hrs 55 min.
04 / Cost Calculator

See every number
before you decide.

Enter your current cycle time, annual volume, and labor rate. We output a side-by-side savings projection — yours to download as a PDF, no email required. Transparency is our sales method.

Annual labor cost reduction breakdown
Cobot total cell cost estimate (hardware + integration)
Payback period in months
5-year net savings projection

Prefer to see it live?

Book a Cell Demo

On-site or virtual — we run your actual part through the cobot work cell and record it. No canned demo. Your part, your cycle time.

Schedule a Cell Demo

Your Savings Projection