What preparations need to be made before installing a handheld laser welding machine? 90% of the purchasers have overlooked these matters.
Many purchasers place orders with Chinese laser welding machine manufacturers and then simply wait for the equipment to arrive, thinking that once it is powered on, they can start working immediately. However, in actual scenarios, there are many cases where the equipment arrives but due to the unsuitable on-site conditions, it cannot be installed and debugged immediately, or even delays the production schedule. This article sorts out the four preparatory tasks that need to be completed in advance before the handheld laser welding machine is installed, to help purchasers achieve "production starts as soon as the equipment arrives".
Preparation 1: Is the power supply compatible?
This is the most fundamental and easily overlooked issue. Laser welding equipment of different power levels have different power requirements:
|
Equipment power |
Recommended power supply specifications |
Notes |
|
800W/1200W air-cooled |
220V/Single phase/16A or above |
Ordinary industrial socket |
|
1500W water-cooled |
380V/Three phase/25A or above |
Professional electrician wiring |
|
2000W/3000W water-cooled |
380V/Three phase/32-40A or above |
Separate wiring |
Suggested action: Before signing the contract, inform the supplier of the current power supply conditions of the factory and confirm the power supply compatibility. For workshops with insufficient power capacity, apply for expansion or plan dedicated lines in advance to avoid the situation where the equipment arrives but there is no power available. Professional manufacturers such as Qingdao Tongzhe Industrial Equipment Co., Ltd. usually ask about the customer's power conditions before selling and provide detailed power configuration suggestions to help customers make infrastructure preparations in advance.
Preparation 2: Does the installation site meet the requirements?
Although the handheld laser welding machine is more flexible than traditional bench-type equipment, it still has certain site requirements:
Equipment footprint: Mainframe (approximately 0.8 - 1.2 square meters) + Water cooling unit (approximately 0.5 square meters) + Working area (operating radius of 3 - 5 meters), sufficient space must be reserved.
Ventilation conditions: During the welding process, smoke and metal vapors are produced. It is recommended to install an exhaust system or use a welding gun with dust removal function.
Environmental temperature: The recommended operating temperature range for the equipment is between 5°C and 40°C. Avoid direct sunlight or placing it close to high-temperature heat sources.
Ground levelness: The water-cooling machine must be placed horizontally; otherwise, it will affect the operation of the water pump and the efficiency of cooling.
Suggested action: Beforehand, mark out the areas for placing equipment in the workshop and ensure the space and ventilation conditions are adequate. When purchasing multiple laser welding machines in bulk, it is even more important to plan the overall layout in advance to avoid confusion caused by temporarily rearranging space after the equipment arrives.

Step 3: Have the operators been properly assigned?
Some purchasers believe that they can arrange for operators to come on board after the equipment arrives. However, in reality, the early allocation of operators directly affects the speed at which the equipment can be put into operation:
It is recommended to appoint 1-2 operators in advance. Before the equipment arrives, they can preview it by referring to the operation manual or video materials provided by the supplier.
Welding experience is not a mandatory requirement. Personnel with basic knowledge of argon arc welding can get up to speed more quickly. However, even beginners can master the basic operations within 1-2 weeks after undergoing systematic training.
Assign dedicated liaison personnel: During the equipment installation and commissioning process, there must be on-site factory personnel to provide continuous supervision. On one hand, they can learn the operation and maintenance knowledge; on the other hand, if any minor issues occur with the equipment later, internal personnel can first attempt to diagnose the problem, thereby reducing unnecessary downtime and waiting.
Step 4: Have the consumables and spare parts been purchased in a synchronized manner?
The daily consumables for handheld laser welding machines include protective lenses, ceramic rings, copper tips, anti-splash oil, etc. Many customers only bought the main unit but overlooked the initial purchase of consumables. As a result, after the equipment was debugged, it was found that the consumables were used up or there was no inventory. They had to urgently place an order and wait for delivery, causing unnecessary delays in the project schedule.
Suggested actions: When purchasing the mainframe, simultaneously confirm the consumable list and prices with the exporter of the fiber laser welding machine. It is recommended to prepare the first batch of supplies based on a usage period of 1-3 months. When cooperating with manufacturers like Qingdao Tongzhe Industrial Equipment Co., Ltd. who focus on providing accessories, it is advisable to clearly specify the supply cycle and long-term purchase price for commonly used and easily damaged parts in the contract to ensure continuous supply for future use.
Summary
Equipment procurement is not a one-time transaction. The preparatory work between placing an order and putting the equipment into production also determines the efficiency of project implementation. It is recommended that the purchasing party, when inquiring about prices from Chinese laser welding machine manufacturers, simultaneously organize and arrange the power supply conditions of the factory, the site space, and the personnel allocation, and include the procurement of consumables in the budget. By doing a thorough job before the equipment arrives, the equipment can truly achieve "power on and welding" upon arrival, further shortening the investment return cycle.
