XAutoLab Mini S1 Desktop SMT Pick & Place Machine

$999.00$1,299.00Save 23%
Automation EquipmentDesktop SMTPCB AssemblyPCB PrototypingSMT Pick and PlaceHeavy Goods (Free Shipping)SMT Pick & Place Machines

SKU: 9280550666408

Volume pricing available β€” 5+ units qualify for quantity breaks. Contact us for dealer, education and customization options. We ship worldwide with duties covered.

MINI S1 is special for 1–5 PCB prototype only.

TheΒ XAutoLab Mini S1 is a compact desktop SMT pick and place machine designed for PCB prototyping, R&D validation, education, and small-batch assembly.

It combines a dual vision system (top and bottom cameras) with a rigid all-metal structure to deliver reliable placement accuracy in a space-saving desktop form factor. Mini S1 is ideal for users who need faster and more consistent assembly than manual placement, without the complexity or footprint of a full SMT production line.

With support for common SMD components and a simplified workflow, Mini S1 offers a short learning curve while maintaining practical accuracy for real engineering work. It is especially suitable for engineers, labs, startups, and maker teams working on prototype runs or low-volume production.

Key capabilities include:

Desktop-sized design suitable for labs and workbenches

Dual vision system for component recognition and placement correction

Manual-friendly workflow with visual assistance

Stable all-metal mechanical structure

Optimized for 1–5 PCB prototype or test batches

Technical overview:

Maximum PCB size: 150 Γ— 200 mm

Placement accuracy: Β±0.05 mm

Placement speed: 1,000–1,500 CPH (depending on components and operation)

Supported components: 0402 / 0603 / 0805 / 1206, SOT-23, SOP-8, SOP-16, and similar packages

Control interface: USB

Software: XAutoLab self-developed software (Windows 10 and above), supports CSV import and manual visual programming

Mini S1 is designed as an entry-level visual pick and place solution that balances accuracy, flexibility, and ease of use β€” making it a practical choice for early-stage hardware development and small-scale SMT assembly.