How do I prepare an RFQ for a custom electric screwdriver?
To prepare an RFQ for a custom electric screwdriver, provide the supplier with the target application, required performance, product configuration, customization details, quantity, packaging, and destination market.
We recommend including:
Target application: phone repair, laptop repair, electronics assembly, retail, DIY, or industrial use
Electric torque range: required minimum and maximum torque
Torque levels: fixed torque or multiple adjustable levels
Rotation speed / RPM
Automatic-stop requirement
Manual torque requirement
Motor preference: brushed, coreless, brushless, or supplier recommendation
Gearbox requirement: metal planetary gearbox, target life, and noise level
Battery: voltage, capacity, runtime, charging time, and USB-C requirement
Bit interface: H4 / 4 mm or H6.35 / 6.35 mm
Bit material: S2, CR-V, or other material
Bit profiles and quantities: Phillips, Torx, Pentalobe, Tri-point, Hex, Slotted, etc.
Long-bit requirements
Product size and weight
Housing material: aluminum, plastic, or other material
Color and surface finish
Logo and private-label requirements
Accessories and case configuration
Retail packaging, barcode, manual, and labels
Compliance requirements: CE, RoHS, FCC, UN38.3, or other destination-market requirements
QC requirements: torque tolerance, runout, hardness, aging, battery, and functional testing
Sample quantity and sample deadline
Order quantity: for example 500, 1,000, 3,000, or 5,000 pcs
Target price
Destination country
Required Incoterm: EXW, FOB, CIF, DDP, etc.
Expected delivery date
For ToolQeen OEM projects, buyers do not need to specify every engineering detail at the beginning. If you provide the application, target torque, speed, bit configuration, quantity, target price, and market, we can recommend the motor, gearbox, battery, PCB, and suitable existing platform.
A clear RFQ helps the factory quote the correct product instead of the cheapest approximate model, and reduces repeated revisions during sampling and mass production.