Dual Platform Desktop Robot LED Light Automatic Soldering Machine

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MOQ : 1 Piece

Dual Platform Desktop Robot LED Light Automatic Soldering Machine Specification

Frame Type
Desktop

Accuracy
+0.02mm repeat accuracy

Production Capacity
One station

Voltage
220V AC

Frequency
50HZ

Drive
Stepper

Features
4 axle + tin solder, Program recording capability: 1000, Min tin length: 0.01 mm, Solder wire dia: 0.3-1.2mm

Machine Type
Dual Platform Desktop Robot

Motor Power
Stepper motor

Control System
Direct coordinate programming, teaching

Operating Temperature
0-40C

Product Type
LED Light Automatic Soldering Machine

Technology
High frequency eddy current heating

Power Source
220V AC/50HZ

Operating Type
Desktop, automatic

Pressure
0.4-0.8MPa, clean and dry

Dimension (L*W*H)
650*550*850 mm

Weight (kg)
65 kg

Usage & Applications
LED light soldering, PCB assembly

Tin Feeding
No tin wire alarm

Load Capacity
6 kg

Environment Humidity
20%-95%

Program Capacity
1000 programs

Working Speed
X/Y/Z:600mm/s

Temperature Range
100-500C

Axis Travel
500*300*100*360 mm

Soldering Program Input
Coordinate direct entry

Station Type
Single station

Soldering Method
Automated desktop robot

Dual Platform Desktop Robot LED Light Automatic Soldering Machine Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Month

Delivery Time
7 Days

About Dual Platform Desktop Robot LED Light Automatic Soldering Machine

Procure the distinguished Dual Platform Desktop Robot LED Light Automatic Soldering Machine, designed for sterling performance with a working speed of up to 600mm/s and axis travel of 500*300*100*360 mm. With a valuable program capacity of 1000, this desktop unit employs advanced high-frequency eddy current heating and stepper motor technology for precision soldering. Utilise this offer for enhanced PCB assembly and LED light applications. This is your last chance to acquire a reliable, automated, single-station model, perfect for manufacturers, suppliers, and traders across India.

Competitive Edge and Application Scope

The Dual Platform Desktop Robot LED Light Automatic Soldering Machine provides a competitive edge with high-speed, precise soldering accuracy (+0.02mm) and robust automation. Apart from LED light soldering, the machine is invaluable for PCB assembly and other precision desktop applications in electronics manufacturing. It is well-suited for clean and dry environments in industries requiring advanced automation at a distinguished quality.

Export Market Insights & Transaction Details

Estimate the expanding demand for this automatic soldering machine in international markets, with active export to regions seeking reliable assembly solutions. Sale price negotiations may include sample availability, allowing evaluation of machine capability before full order placement. Charges can be tailored to standard payment terms for bulk procurement, positioning this automation technology as a valuable asset globally.

FAQ's of Dual Platform Desktop Robot LED Light Automatic Soldering Machine:

Q: How does the Dual Platform Desktop Robot ensure precise soldering?

A: The machine utilises a stepper motor with high-frequency eddy current heating, offering repeat accuracy of +0.02mm, enabling sterling precision for every soldering application.

Q: What is the process for inputting soldering programs?

A: Soldering programs can be entered directly using coordinate-based programming or through teaching, allowing users to set up to 1000 programs tailored to different soldering tasks.

Q: Where can this soldering machine typically be deployed?

A: Common sites of application include electronics manufacturing units, PCB assembly lines, and facilities producing or servicing LED lights, benefiting from automated and consistent soldering.

Q: When would a no tin wire alarm be activated?

A: The no tin wire alarm activates automatically when the machine detects the absence of solder wire feed, alerting users to intervene and resume efficient operation.

Q: What advantages does dual platform design provide?

A: The dual platform design supports continuous operation, allowing one station to work while another is prepared, increasing throughput and operational versatility for valuable output.

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