High-Temperature Warpage Testing Device
MALCOM SRS-360Q/SRS-600Q

MALCOM

SRS-360Q/SRS-600Q


High-Temperature Warpage Testing Device<br>MALCOM SRS-360Q/SRS-600Q
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  • High-Temperature Warpage Testing Device<br>MALCOM SRS-360Q/SRS-600Q

Product Video

Product Overview

Summary:

In recent years, as AI-related semiconductor packaging and printed circuit boards (PCBs) have evolved toward higher density and larger sizes, serious reliability issues have emerged during the bonding process with components such as ball grid array (BGA) devices. This issue stems from "warpage"—the deformation of substrates and packaged components caused by heating and cooling during bonding. 
This device uses a high-resolution laser sensor with a resolution of up to 1000 dpi (dots per inch) to perform three-dimensional displacement measurements, enabling it to detect overall "warpage" and deformation—from BGA components down to large-sized substrates. 
The measurement method of this device is as follows: Throughout the entire process—from heating to cooling—surface temperatures at all locations on the encapsulated components and substrate surfaces are repeatedly measured, calculated, and provided to the user, along with their relationship to "warpage." 
 


 

Product Features

MALCOM high-temperature warpage equipment features a user-friendly operating interface. First, the test can be completed in just 3 steps: ① set the reflow soldering temperature curve parameters; ② place the bag-packaged substrate sample inside; and ③ start the equipment and wait for the detection results. The entire process requires no specialized technical personnel—ordinary operators can easily get started after a brief training session.

Secondly, in terms of operational convenience, there’s no need for steps like spraying white paint, pre-baking, or removing balls before detection—saving not only workspace but also significantly reducing labor and time. Finally, in terms of appearance design, a transparent window has been incorporated, enabling visual observation and allowing real-time monitoring of material deformation inside the furnace at various temperatures.

Product Specifications

Product

MALCOM High-Temperature Warpage Testing System

Model

SRS-360Q

SRS-600Q

Principle of measurement

Laser Scanning Method

Light source

Blue Semiconductor Laser, 405nm, Class 2M

Measuring light amplitude

X-axis: 144mm

Determining Reproducibility

(Repeatability accuracy)

Z-axis: 2 µm
X-axis: 4 µm

Determine the temperature range

Room temperature to 300°C

Heating rate

Maximum rate: 3°C/sec ※Depends on sample shape

Sample Size

360mm × 360mm

600mm × 600mm

Visual field testing

345mm × 345mm

576mm × 576mm

Resolution (dots per inch)

Wide-angle mode: Below 100 dpi Pancake mode: 1000 dpi

Measure spacing (pixels)

Wide-angle mode: 250 µm and above Narrow-angle mode: 25 µm

Time · Scan Count

Wide-angle mode: 6 seconds / 3 or more times

Wide-angle mode: 12 seconds / 4 or more shots

Number of data points
※Equivalent to 600mm × 600mm

Up to 360 billion points

Measurement Area

Automatic Tracking

Elements

Wide-angle mode

Narrow-angle mode

Time measurement

〇Short

X-Length

Data Resolution

× Low (Rough)

〇 High (Clear)

Data Volume

〇Small

X University

Wide-angle mode is suitable for samples that don’t require high resolution and are relatively large in size.
Narrow-angle mode is suitable for samples that require high resolution.
 

Product Advantages

Application Areas

Recommended Products

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