i-Pulse (Yamaha) M20 Placement System - Image 1
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i-Pulse (Yamaha) M20 Placement System

Manufacturer
i-Pulse (Yamaha)
Model
M20
Type
Placement System
Year
2012
Category
Automation technology
Sub-category
Placement technology
Price: Upon request

Specifications

Overview

i-Pulse SMD placement machine with IQ Vision, a subsidiary of Yamaha

PCB Specifications

PCB thickness range
0.4mm-4.8mm
Min. PCB dimensions X/Y
50mm/30mm
Max. PCB dimensions X/Y
1480mm/510mm

Technical Specifications

Transport speed
900mm/s
Number of heads
4
Production output
24000CPH
Placement accuracy CHIP
+/-0.04mm
Placement accuracy IC
+/-0.025mm
Placement angle
+/-180°
Max. component size range
0402-120mm/90mm
Max. component height
30mm

Weight & Dimensions

Machine dimensions X/Y/Z
approx. 1750mm/1750mm/1450mm
Weight
approx. 1500kg

Accessories

Feeder carriages
3x
Tray feeders
2x
Documentation
Available

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AI Description

Beta

Capabilities

The i-Pulse M20 is a high-speed Surface Mount Device (SMD) placement machine designed for automated printed circuit board (PCB) assembly. With 4 placement heads and a production capacity of 24,000 components per hour, it precisely positions electronic components onto circuit boards with accuracy down to ±0.025mm for integrated circuits. The machine accommodates PCB sizes up to 1480mm × 510mm and handles component sizes ranging from 0402 (tiny chip resistors) to larger modules up to 120mm × 90mm.

Industries & Uses

Electronics manufacturers, contract manufacturers, and PCB assembly shops rely on placement machines like this to mass-produce circuit boards for consumer electronics, industrial controls, telecommunications equipment, and automotive components. Whether you're scaling up production or entering the assembly business, this machine eliminates manual placement errors and dramatically increases throughput compared to hand assembly.

What to Check When Buying

When evaluating this used M20, request complete maintenance records and verify the vision system (IQ Vision) functions properly—this is critical for accurate component placement. Inspect the placement heads for wear, test the transport speed to ensure it meets the 900mm/s specification, and check for any mechanical slack in the rails and positioning systems. Ask about calibration history and whether replacement feeders and nozzles are available. A machine from 2012 should have documented service intervals and any recent refurbishment performed.

This description is AI-generated and is intended as a general guide only. As with all AI-generated content, it may contain inaccuracies. Please verify all details directly with the seller before making a purchasing decision.

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