Download RFQ, validation, thermal derating, STEP/STL request, and pilot-lot templates for custom robot servo programs.
Use the STEP/STL request brief to define the envelope, datums, connector exit, cable route, and interface constraints required before project-specific geometry work.
Plan project-specific compliance and traceability files early so certification assumptions are visible before pilot or mass production.
Downloadable worksheets and checklists for servo sizing, thermal derating, validation planning, RFQ completeness, and pilot-lot readiness.
These templates are usable before the first engineering call. Exact STEP/STL files remain project-specific because geometry depends on your motor envelope, flange datum, cable route, connector exit, and housing constraints.
CSV
A field-by-field checklist for torque-speed-duty targets, drawings, protocol, sample quantity, acceptance tests, and open decisions.
Use before the first supplier email so engineering, sourcing, and procurement are aligned on required inputs.
CSV
A starting validation matrix for torque, current, heat rise, backlash, encoder zero, communication, burn-in, and outgoing inspection.
Use when samples are being scoped and the buyer needs pass/fail evidence before pilot approval.
CSV
A compact worksheet for comparing ambient, housing, winding, duty cycle, current limit, and sealed-joint thermal margin.
Use when peak torque looks acceptable but continuous-duty heat rise is still the main project risk.
Markdown
A request brief that lists the drawings, datums, connector exits, cable routes, and acceptance limits needed before project-specific geometry work.
Use before requesting project-specific STEP or STL geometry for a custom motor, drive, or actuator package.
CSV
A prototype-to-pilot gate checklist for CTQ freeze, fixtures, EOL test records, ECO status, yield review, and early-MP release.
Use when an EVT or DVT prototype is moving toward pilot lot and mass-production readiness review.
| Resource | Includes | Use When | Next Page |
|---|---|---|---|
| CAD / STEP envelope request brief | Required geometry inputs for motor OD, stack length, shaft or bore, flange datum, connector exit, mounting holes, and cooling boundary | Use before quoting when your team needs project-specific STEP or STL geometry after the envelope and interface baseline are clear. | Custom servo motors |
| Drive PCBA outline review | Board outline, voltage and current target, feedback interface, connector map, heat path, and keep-out zones | Use when a cabinet drive is too large or the servo drive must sit inside the robot body. | Custom servo drives |
| BLDC Servo Drive Sizing Tool | Continuous current, peak current, mechanical power, electrical power, thermal derating constraints | Use when determining exact drive specifications for robotic applications. | BLDC servo drive |
| CANopen Cobot Joint Drive Evaluator | Cobot joint torque/speed sizing, annular drive dissipation, CiA 402 bus load, dual-loop encoder bandwidth, and hardware STO safety | Use when designing collaborative robot joints and evaluating multi-axis CANopen cycle time and thermal conduction limits. | Cobot CANopen drive |
| CANopen Cobot Wrist Drive Sizing & Bandwidth Guide | Tool payload inertia, J4/J5/J6 torque breakdowns, 48V conduction thermal modeling, dual-loop BiSS-C feedback, and smart PWM brake control | Use when sizing miniature servo drives for cobot wrists and verifying 1 Mbps CiA 402 bus cycle times. | Cobot wrist CANopen drive |
| Integrated actuator interface pack | Output flange, bearing datum, reducer ratio, encoder zero, harness route, protocol, and calibration needs | Use when the buyer wants a tested joint module instead of separate motor, drive, gearbox, and encoder sourcing. | Integrated robot servos |
| RFQ baseline checklist | Application, scope boundary, torque-speed-duty target, voltage, protocol, drawings, quantity, and acceptance tests | Use when the project is early and the first task is to make the RFQ clear enough for useful engineering feedback. | RFQ review |
| Input | Why It Matters | Useful Output |
|---|---|---|
| Robot axis and envelope | Defines whether the page path should focus on motor geometry, drive PCBA, integrated actuator packaging, or full-stack sourcing. | A shared drawing baseline for OD, axial height, bore, flange, connector exit, mounting datum, and cable route. |
| Torque-speed-duty target | Separates peak marketing numbers from continuous load, acceleration, hold torque, and heat-rise reality. | A motor and drive sizing window covering voltage, phase current, torque margin, speed limit, thermal boundary, and duty cycle. |
| Voltage, protocol, and feedback | Locks the electrical platform early enough to prevent late PCB, encoder, firmware, and controller-side changes. | A control interface note covering CAN FD, CANopen, EtherCAT, UART, PWM, encoder type, bootloader, and diagnostics. |
| Sample and pilot assumptions | Prevents a prototype-only build from becoming an unplanned production transfer problem. | A prototype, EVT, pilot, and mass-production plan with fixture, calibration, burn-in, labeling, and inspection evidence. |
Send the completed RFQ baseline, envelope brief, drawings, and acceptance limits so we can review whether a project-specific STEP, STL, or interface file is needed.
Inquiry Email
Include drawings, torque/speed, protocol, and prototype quantity.
