42 parts / minVision Guided
Continuous on-the-fly camera tracking
SUB-MILLIMETER ASSEMBLY & PICK-AND-PLACE (±0.02MM)
Sub-Millimeter Cobot Assembly & Pick-and-Place Automation Cells
Achieve micron-level electronic insertion, automated screw driving with torque control, and rapid quality sorting with integrated 6-axis force feedback.
Calibrate My Facility Layout
ISO 15066 fenceless verified
Empirical Benchmark8.8 mos.Payback
Projected offset+€48,900 annual operating savings
Micro-Insertion Tact Time & Accuracy Matrix
A. Throughput and Cycle-Time Matrix
1.8 sec / insertion±0.02mm Tolerance
Spiral search algorithm feedback
0.5 to 5.0 NmZero Stripping
Automatic screw feeder synchronizer
TAKTDefect rate reduced by 94% on fragile electronics PCB insertion. Tact time remains constant regardless of operator fatigue during 8-hour shift cycles.
Simulate Facility Flow B. Hardware compatibility and EOAT fit
| Hardware category | Brand | Supported models and EOAT | Fieldbus protocol | Safety and industrial specification |
|---|---|---|---|---|
| Cobot Arm | Techman Robot | TM5-900 AI / Integrated Vision Spec | GigE / EtherCAT | ISO Class 5 Cleanroom Ready |
| Cobot Arm | Universal Robots | UR3e / UR5e Lightweight Precision Arm | Profinet / USB 3.0 | ISO 15066 ESD Protected |
| EOAT Mechanical | OnRobot / Robotiq | RG2 Electric Gripper & 6-Axis Force Sensor | Modbus RTU RS485 | Fingertip Soft Touch Pad |
| EOAT Mechanical | Weber / Desoutter | SEV Automated Screwdriving Spindle | EtherNet/IP Fieldbus | Depth & Angle Verification |
ISO 15066 / ESD Safe IEC 61340-5-1
Delicate Sub-Assembly HRI & Cleanroom Compatibility
Force sensors detect jamming resistance as low as 0.5N, retracting the tool instantly before delicate connector pins or plastic housings snap. Fully compliant with cleanroom and electronics anti-static mandates.
TUV and CE compliant fenceless deployment for EU production floors.
Collision-stop and compliance architecture
✓
Sub-newton sensitivity protecting miniature components✓
Integrated AI 5MP vision alignment checking part orientation✓
ESD-certified carbon composite arm skinsD. B2B Financial Matrix and ROI Analysis
Two-shift operation (16 h/day)Continuous three-shift operation (24 h/day)
Option 1: asset ownership
Turnkey IntegrationCapEx Direct Purchase
Total cell investment:€36,500
Calculated payback:8.8 mos.
Annual labor-cost offset:+€48,900/yr
For production teams that want to capitalize the cell and run without an ongoing lease commitment.
Configure CapEx IntegrationPopular in B2B
Option 2: no down payment
OpEx RaaS Rental
Monthly operating rental:€1,150 / mo.
Cashflow from day 1:+€3,020 / mo. net
Maintenance and EOAT swaps:100% included
Fast automation without waiting for a large capital budget approval cycle.
Launch OpEx RaaS ApplicationHardware diagnostics
Cobot technical specification matrix
Payload, reach, repeatability, and deployment fit for engineering review before selecting a Project Builder workflow.
Universal Robots UR5e
- Payload
- 5 kg
- Reach
- 850 mm
- Precision
- +/- 0.03 mm repeatability
- Weight
- 20.7 kg
Application fit
CNC machine tending · Light assembly · Pick and place · Inspection and testing
Doosan M0609
- Payload
- 6 kg
- Reach
- 900 mm
- Precision
- +/- 0.03 mm repeatability
- Weight
- 27 kg
Application fit
Precision assembly · Machine tending · Screwdriving · Quality inspection
Swipe or use arrows to compare models
Universal Robots UR5e
- Payload
- 5 kg
- Reach
- 850 mm
- Precision
- +/- 0.03 mm repeatability
- Weight
- 20.7 kg
Application fit
CNC machine tending · Light assembly · Pick and place · Inspection and testing
Doosan M0609
- Payload
- 6 kg
- Reach
- 900 mm
- Precision
- +/- 0.03 mm repeatability
- Weight
- 27 kg
Application fit
Precision assembly · Machine tending · Screwdriving · Quality inspection
Product names may be trademarks of their respective manufacturers. Images are reference visuals for comparison; final payload, reach, repeatability, safety limits, and integration scope must be verified against the current manufacturer datasheet and site audit.
Engineering references
Check these assumptions before sizing the cell
These short references help connect this application workflow with the terms, safety checks, and cost model used elsewhere on BotNots.
RepeatabilityMatch positioning spread to weld seams, machine loading, inspection, or assembly fit.IP protection classCheck whether arm, gripper, sensors, and cable exits fit dust, splash, or cleaning exposure.PayloadSeparate robot rating from the real part, gripper, reach, and center-of-mass load.Cobot pricingReview modeled CapEx and RaaS ranges before requesting a cell quote.Safety standardsCheck where ISO 10218, ISO/TS 15066, CE, and validation fit the integration.Cobot vs industrial robotScreen whether a collaborative or guarded industrial cell is the better baseline.
FAQ
Pick-and-place FAQ
These questions focus on precision, part variation, and when another automation type may be better.
FAQ 01
When does pick-and-place need vision or force sensing?
FAQ 01
When does pick-and-place need vision or force sensing?
Pick-and-place needs vision or force sensing when parts are not presented in a fixed repeatable location, orientation, or tolerance window. Simple fixtures may be enough for stable parts, while loose bins, reflective surfaces, small connectors, or insertion tasks usually need sensing and validation.
FAQ 02
How much part variation can a cobot handle?
FAQ 02
How much part variation can a cobot handle?
A cobot can handle part variation when the gripper, sensing, program logic, and fixtures are designed around the expected range. Variation in size, surface, weight, orientation, or stiffness must be tested with representative parts before assuming one EOAT can cover every SKU.
FAQ 03
When is a SCARA, delta, or industrial robot better than a cobot?
FAQ 03
When is a SCARA, delta, or industrial robot better than a cobot?
A SCARA, delta, or industrial robot may be better when the task needs very high speed, high stiffness, small-parts sorting at scale, or a guarded cell with no operator access during production. A cobot is strongest when flexibility, access, and simpler redeployment matter more than maximum throughput.
Step 1: Select your automation process
Which process in your manufacturing facility requires instant robotic automation?
Select one vertical below to calibrate kinematic calculations.
Production planning
Related Workflows
Connect adjacent automation processes when planning the complete production flow.
Review CNC machine-tending workflows for automated loading, unloading, and lights-out production.
Evaluate end-of-line palletizing requirements for finished parts, cartons, and production containers.
Need to validate payload, reach, and repeatability first? Compare cobot technical specifications across the available hardware classes.