Manual Forming for Taped Axials (Vertical) – MAP 301 V

Manual Forming for Taped Axials (Vertical) – MAP 301 V by Estovir Technologies

Estovir Technologies introduces the MAP 301 V—a compact, efficient machine designed for manual forming of taped axial components into a vertical V-shape. The unit is ideal for dense PCB assemblies where vertical mounting is essential. It is manually operated through a crank, ensuring complete control and precise lead formation. The MAP 301 V is best suited for medium-volume production across electronics, automotive, and assembly industries.

Technical Specification:

Model: MAP 301 V

Operation Type: Manual

Forming Type: Vertical V-Shape Bend

Lead Diameter: Ø 0.4 mm to Ø 1.37 mm (soft wire)

Component Power: 3A & 5A Diode

Output Capacity: 10,000 – 18,000 pcs/hr

Dimensions: 250 × 250 × 200 mm

Weight: 5 kg

Component Forming Parameters:

A (Lead Length) 4–18 mm

B (Lead Spacing from Body) 5–10 mm

C (Body Gap (Min. distance between component body and bend) Minimum 3 mm

D (Component Body Diameter) 5–8 mm

W (Lead Wire Diameter) 0.35–1 mm

P (Pitch Between Leads) 5–13.5 mm

H (Overall Height) A + B + C

Key Features of Manual Forming for Taped Axials (Vertical) – MAP 301 V

High-Speed Output: Delivers an output capacity of up to 18,000 pieces per hour, enabling fast and efficient production.

Precision V-Shape Lead Forming: Forms components into a consistent vertical V-shape, ideal for densely populated circuit boards.

Manual Crank Operation: Manual operation via crank handle provides enhanced control and accuracy without relying on electricity.

Supports Lead Diameters Up to 1.37mm: Accommodates various component sizes, making it highly adaptable to different production requirements.

Compact Machine Design: Its compact footprint (190 mm × 175 mm × 190 mm) saves space on the production floor.

Rugged Industrial Build: Built with durable materials for vibration-free operation and long-term stability in industrial conditions.

Quick Changeover Capability: Allows fast pitch and leg length adjustments, significantly reducing downtime during component changeovers.

Low Maintenance Requirement: Designed with simplicity in mind, requiring minimal maintenance while maintaining high performance.