Tag Archives: SMT machine

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PCB board handling system Destacker Build Procedure

Destacker Build Procedure    SDM0029



1.    Obtain the proper shop packet and check order for build information. Pull all parts if any parts are missing,         fill out a shortage sheet and give a copy to the appropriate material coordinator.


2.    Pull the latest Electrical and Mechanical prints.


3.    The following procedure is for a 29″ Destacker. Attach leg and control box to main beam. Leg should be flush to         left side of main beam. Control box should be 3″ from right side of main beam. Attach width units to main beam,         4-3/8″ from either end square to main beam and Parallel to each other.


4.    The following procedure is for the 44″ and 58″ Destackers Attach leg and control box to main beam. Leg 7-5/8″ from     left end control box 7-5/8″ from right end. Attach width units to main beam 8.975″ from either end. Square to main         beam and parallel to each other.


5.    Attach rear rail to width supports parallel to main beam 3/8″ overhand from either end of main beam.


6.    Level conveyor from side to side and front to back, off rear rail


7.    Attach front rail to width supports. Match level to rear rail, especially front to back. Make parallel to rear rail. Make         ends even with rear rail.

8.    Install motors, pulleys, UHMW and belts on rails.


9.    Attach Destacker assy to rails


10.    Assemble valve pack assy and install


11.    Attach air input assy


12.    Attach front cover and wire into control box


13.    Run pneumatic lines, load program software and test.


14.    Complete check sheet, turn over to QC



End of Document




45798401 Tube Continuity to save Auto Insertion machine running cost



45798407 Tube Continuity

45798406 Tube Continuity

45798405 Tube Continuity

45798404 Tube Continuity

45798403 Tube Continuity

45798402 Tube Continuity

45798401 Tube Continuity



Preventive Maintenance Schedule


WARNING Do not perform any preventive maintenance with power on unless specifically instructed otherwise. Failure to observe this warning may result in personal injury.


CAUTION When performing machine maintenance, wear a wrist strap connected to ground to prevent electrostatic discharge damage to printed circuit boards.


500,000 Cycles Check: Perform Maintenance:

  1. Clean the clinch scrap tube with the pipe cleaner (40940101) twice daily (every 250,000 cycles).


3,000,000 Cycles Check: Perform Maintenance:

  1. Check for excessive wear on the pins 1. Lubricate the cutter linkage pins with Magnalube and linkage. Replace if necessary. (40833809).


12,000,000 Cycles Check: Perform Maintenance:

Check for worn cutters and bushings on 1. Replace if necessary. the cut and clinch by observing the quality of the production board component leads. 2. Lubricate the clinch lead screw with Super Blue (BLKM07680). 3. Replace the O-rings and bumpers in the cutter cylinders on the cut and clinch assembly. 4. Lubricate the three surfaces of the notch in the rocker guide Kendall Super Blue (BLKM07680).

48,000,000 Cycles Check: Perform Maintenance: 1. Lubricate the anvil slides with Kendall Super Blue (40833838) and grease gun (47408201).




S -1688 Stencil Cleaner Machine USER MANUAL for PCB Assembly

Meet the Needs of the SMT Age



Please read this user manual carefully before running









S-1688 Stencil Cleaner Machine

















TEL : 0755-83203237

FAX : 0755-23240492

ADD : Room 1806, Block 3, Jinyun COFCO, Qianjin 2nd Road ,Baoan District,
Shenzhen City, China





1.0 safety warning……………………………………………………………………………….3


2.0 product presentation


3.0 installation requirements……………………………………………………………….4


4.0 Operations Guide……………………………………………..…….………………………………..5


5.0 The cleaning of the solvent is added, platoon and storage tank………………………………………………………..………….…………………………………………..13


6.0 Replacement of filter element………………………………………………………15


7.0 Product use precautions……………………………….…………..……………….…………………………………..16


8.0 working principle………………………………………….………………………………………..16


9.0 Maintenance, fault handling ……………………….………………………………………16





















1.0 safety warning

1.1 Please read this manual carefully.


1.2 Please strictly follow the installation requirements in this instruction and the guide to operation. The installation and use of this equipment.


1.3 Please equip a person to operate the equipment


1.4 The operator must wear protective glasses, protective gloves, protective respirators and other protective products.


2.0 product presentation


2.1 Name: full pneumatic steel net cleaning machine


2.2 model: S-1688


2.3 Product features


Use full pneumatic logic control, one-click operation, easy to finish cleaning and drying


2) No power supply, no fire hazard.


3) The cleaning frequency system is automatically counted to facilitate the replacement of consumables in time to ensure the quality of cleaning work.


4) The cleaning pressure can be adjusted according to the need to ensure the stability of steel mesh tension, thus ensuring the longer service life of the steel net.


5) The whole operation process is completely closed, avoiding the direct contact between the workers and the cleaning fluid


6) Various types of cleaning fluid can be used for efficient cleaning


Can effectively remove solder paste, such as red glue residue and more from steel mesh, wire mesh, copper mesh, microporous network, scraper, fixture, PCB, etc.


8) The three – level filtration device ensures the recycling of cleaning fluid, and realizes the minimal loss of cleaning fluid.


Asymmetric rotating spray arm: ensure the cleaning of fine PCB holes.


Digital free setting cleaning and drying time



2.5. Main technical parameters:


Application stencil, glue screen , copper screen
Stencil size Standard 29 inch and below
Clean liquid capacity Max 50L , Min 20 L
Cleaning fluid volume 40L
Cleaning method  Rotary double-sided pressure injection and
high-pressure air spraying ( cleaning and drying )
Clean time 2~4 min (stencil and copper net)
Rinse time 2~4 min (stencil and copper net )
Dry time 2~5 min
External air supply 0.4Mpa~0.6Mpa
Air consumption 400~600L/Min*2
Air outlet size Φ125*25mm
Weight  320Kg
Dimension  980mm(L)*700mm(W)*1730mm(H)
Tin filter method Three class filter (10μm,5μm,1μm)


3.0 installation requirements…


3. 1. Installation site


In order to ensure safe production and prevent possible damage to the equipment, the equipment should be installed in a place that meets the following environmental conditions


1) Stay away from sources and heat sources


2The air is dry and well ventilated


3) Clean, clean, flat and unshaken ground


3. 2. Installation accessories, required energy and precautions


1) The source pressure is : 0.4Mpa~0.6Mpa


2)Taken the air over diameter for : 12mm, a quick joint is needed


3) The top of the equipment is designed : The 125mm exhaust port shall be connected to the outside by independent air duct



4) matters need attention: In order to ensure safe production, customers must ensure that the following security measures are installed in place. Otherwise, the company does not assume any responsibility for security

It is at least 3 meters away from the electric equipment, away from fire source and heat source


The ground wire must be connected, and the earth shall not be connected to any other electrified equipment


The exhaust duct of this equipment shall not be connected to any equipment that can produce heat source. (such as reflow soldering wave soldering of SMT, etc.)


3.3 installation space


To facilitate the maintenance and replacement of spare parts for equipment operation, please leave more than one meter space around the equipment


4.0 Operations Guide


A Preparation before operation


4.1.1 connect the air source to the machine, the gas source is connected well, the display lamp is highlighted and the subsequent work can be continued


4.1.2 check if air pressure in the standard rating (04-0.6 MPa) range. Lower than 0.4mpa will affect the cleaning effect and reduce production efficiency (too low will not activate the machine).

Higher than 0.6mpa can result in damage to the mechanical gas system and all parts of the system.

Adjust the pressure method: pull upward gently to adjust the knob and rotate to the right————- Increase pressure

Go to the right ————– reduce stress

After reaching the required pressure, press the adjusting knob, air pressure lock and pressure to complete the gas connection, and the lamp is highlighted



4.1.3 check whether the top exhaust duct is unblocked or unblocked, which will result in damage to the environment and other consequences of the cleaning effect





4.1.4 check the glass viewport of the door panel through the liquid road to check the solvent reserves. The normal state is above the M position, and the machine can meet the various cleaning effects. The amount of liquid stored in this model is the maximum amount (40L).
















4.1.5 if the solvent is not enough, please add adding method in time: see adding solvent method


4.1.6 the pump access panel is opened with a randomly attached triangle key to check whether the ball valves are in normal condition

Ball (the ball valve of pump outlet filter) A ball valve D (pump inlet connection of the reservoir fluid Xiang ball valve) opens, B ((the ball) of white PE tube pump discharge ball valve C (white PE tube pump inlet ball valve) closed















4.2 time setting


4.2.1The setting of the cleaning time (see figure below), gently rotate the timer protection cap to the left and pull up the cover.


General cleaning time is

Minutes, depending on the actual situation, will be different.

This timer is measured in seconds (S) with a range of 10-999 seconds (S).

It can be set to 0, otherwise the machine will not start and may damage the timer and other components.


















4.2.2 setting of drying time

Operation method and cleaning time setting.

The general drying time is 4-6 minutes depending on the actual situation.There will be an elongation of the aqueous solvents.


4.2.3The cleaning and drying time are automatic reset.

That is, one set, multiple times (N times).

When the pressure is less than the required number, the timer can be reset and the device cannot be started.

At this point, the black reset button on the upper row of the timer can be reset manually.






















4.2.4The counter’s use of this counter is the increment counter, each cleaning a steel net, automatically into the system,

One of them is going up.

The count range is 0-999999.

Mainly used for cleaning work statistics, timely replacement of consumables (filter element), etc.

The filter cartridge should be changed when cleaning up to 1500.

Specific visual cleaning products are different and different.

When the counter displays the number to reach the target number, press the 4.2.3 method to open the cover, then press the black reset button on the left of the timer and the counter is reset.


4.3 placement of steel mesh

4.3.1 press the inner door safety button to open the cleaning room








4.3.2 lift the steel net with both hands, gently place the front in the cleaning room chute roller and push it gently forward to the sliding channel steel

Fixed fixture on the net.

The steel net is in the middle of the fixture and chute. The top of the steel net is at the top of the cleaning room

Steel mesh fixture middle.(see below.)



















4.3.3 when placing the steel mesh, the steel mesh shall not be in contact with the door to avoid damaging the steel net and sealant














4.3.4After the steel net is placed, close the cleaning door.

The inner door should be kept in good condition, otherwise, the solvent will be expelled outside, causing machine damage or environmental damage, more likely to cause personal injury













4.3.5 after the inside door is closed, continue to close the outer security door.

The security door is closed and the light is on, so that the following operation can be continued.

If the security door is not closed, the lamp will be retracted and the machine will not be able to start.

After closing the door again, the machine can be started



















4.4 the start of the machine


4.4.1 press the start button lightly and the machine will start to run.

The machine will be automatically restored until the cleaning is completed









4.4.2 use the emergency stop button to press the emergency stop button when the emergency situation is in place. The machine will stop running.

The emergency situation is eliminated and the machine is restarted








4.5 adjustment of cleaning pressure

After the machine starts, pay attention to the pump input air source pressure and output cleaning pressure.

In order to achieve the best cleaning effect and maintain the tension of the steel mesh, the pressure should be adjusted








4.5.1 pump input air source pressure is generally maintained at about 0.4mpa


4.5.2 cleaning pressure is generally maintained at about 0.2-0.3MPa










4.5.3 adjustment of pump pressure: gently pull the adjusting knob of the pressure-reducing valve and turn the pressure on the right to increase the pressure to the left.

After adjusting well, press the adjusting knob to lock and adjust the work.

Note: this valve is the pressure reducing valve, the pressure adjustment will not be higher than the air source









4.6 the setting time is terminated and the machine is automatically stopped.

A cleaning cycle is over


5. Add, drain, and container for the solvent


5.1 addition of solvent

5.1.1 let the machine stop and open the access panel.

5.1.2 close ball valve B, D, open ball valve A, C.

Insert the “IN” pipe IN the ball valve C into the container containing the solvent.

Control the “IN” tube and start the machine until the machine drains the solvent.















5.2 discharge solvent and storage tank cleaning

5.2.1 open the liquid access panel and start the machine according to the normal procedure.

Close the ball valve D, open the ball valve C, and leave the machine idle for 1 minute.

In order to take out the solvent in the filter.

5.2.2 Open 8 screws on the tank and remove the reservoir cover..


5.2.3 press the stop switch to stop the machine.

Close the ball valve A and C, insert the “OUT” pipe of ball valve B into the container and slowly open the ball valve D.

Take care to control the “OUT” pipe at this time so as not to cause an accident.


5.2.4 when the solvent location of the reservoir is lower than the outlet filter of the reservoir, close the ball valve C and open the ball valve D.

Insert the white PE tube into the storage tank to remove the remaining solution


5.2.5When the solvent is removed, loosen the filter to fix the wire, remove the filter bag, remove the filter of the outlet and clean it with water or other means.

When the storage tank is cleaned and reloaded, cover the tank and lock the container



5.2.6 the liquid storage tank shall be cleaned and the solvent shall be drained and the machine shall be turned off.

Use a shovel knife to clean up the thick residues, leaving the small residue with a cloth strip


5.3 precautions for solvents


5.3.1 please wear protective equipment, such as protective gloves, protective glasses, protective masks, etc. to avoid direct contact with the human body and affect health and other safety accidents.

When operating, please pay special attention to the “IN” and “OUT” piping that controls the activity so as not to cause unnecessary security


6. Replacement of filter element

Replace the filter cartridge when cleaning a certain amount of steel net, the filter element needs to be replaced to satisfy the cleaning effect.

The replacement method is as follows


6.1. Remove the bottom of the filter with the left hand of the filter and remove the wrench into the disassembly hole, rotate the wrench to the left, remove the filter, then remove the filter element












6.2 installation of filter element

Wipe the filter clean and put in the new filter. (note that you can install a 5-micron filter on the outside by installing a 1-micron filter.

Then the left hand holds the bottom of the filter, and the right hand moves the filter nut.

When the hands are wrung, remove the wrench and hold it until it is unscrewed.

Pay attention to the filter cartridge when operating, the position of the filter should be put in place, for the positive


6.3 Replacement of seal rings

The sealing ring of the filter shall be soaked in the solvent for a long time because the chemical function will become larger. When the filter is removed, it will be difficult to install again.

The sealing ring should be removed at this time, with the spare ring installed.

Close the sealing ring after getting bigger, and substitute elastic back for backup


7. Use precautions

7.1. The installation site of the equipment is strictly prohibited near the source of fire, heat source and power supply.

The ground wire and exhaust duct must be installed and installed completely independently. It shall not be connected or connected with any other equipment


7.2. Replace the solvent, add, discharge the solvent, change the filter core, and when the steel net is taken, please wear protective equipment.To ensure the operator’s health and safety accidents.


7.3. Require strict access, adjustment and use of air source pressure according to the rated standard.Operate the machine according to the operating instructions and procedures of the machine.


7.4. It is not possible to bring cloth, paper scraps or other sundries into the machine cleaning room, or leave it in the storage tank, or it may cause blockage of the pipe and damage to the machine.


7.5. When operating the machine, please pay attention to the moderate intensity to avoid damage to the machine components.


7.6. No solvent cleaning machine surface or other non-stainless steel components shall be used to ensure the service life of the machine


8. Working principle


S-1688 Stencil Cleaner Machine

9.0 maintenance and fault handling


9.1 maintenance













9.2 fault handling













DIP, PCB Assembly,Chip Mounter, Pick and Place, IC Mounter, High Speed Mounter, Wave soldering,LED lighting, LED Lamp, LED Display, LED tube,UPS, Power Converter, Power Adepter, Mobile Charger, PCB board handling system, Loader, Unloader, Conveyor,Shuttle, Chip Mounter, Pick and Place, IC Mounter, High Speed Mounter Induction Cooker, AC, Electric Cooker, Fan, TV, Settle Box

Reflow oven process principle and introduction

The reflow oven process principle and introduction

As we know,reflow oven is the most important welding technology in surface mount technology. It has been widely used in many industries including mobile phones, computers, automotive electronics, control circuits, communications, LED lighting and many other industries. More and more electronic devices are converted from through hole to surface mount, and reflow oven  replaces wave  soldering is a obvious  trend in welding industry.

So what is the role of reflow oven equipment in the increasingly mature lead-free SMT process? Let’s take a look at the whole SMT surface mount line:

The whole SMT surface mounting line consists of three parts, such as steel mesh solder paste printing machine, SMT machine and reflow oven furnace. For the machine, and compared with lead free, and no new demands on the equipment itself; for screen printing machine, and a lead-free solder paste in the physical properties there are some differences, so put forward some improvement on the device itself, but there is no qualitative change. the key of lead-free  is  in the reflow oven.

The lead paste (Sn63Pb37) melting point of 183 degrees, if you want to form a good weld must have the thickness of 0.5-3.5um intermetallic compounds in welding, intermetallic compound formation temperature is above the melting point of 10-15, the lead welding is 195-200. The maximum withstand temperature of the electronic device on the circuit board is generally 240 degrees. Therefore, for lead welding, the ideal welding process window is 195-240 degrees.

Because of the change of melting point of lead-free solder paste, lead-free welding has brought great changes for welding process. At present, the lead-free solder paste is Sn96Ag0.5Cu3.5 and the melting point is 217-221 degrees. Good lead-free solder must also be formed 0.5-3.5um thickness intermetallic compounds, intermetallic compound formation temperature is also above the melting point of 10-15 degrees, for lead-free welding, that is, 230-235 degrees. Since the highest temperature of lead-free solder electronic device will not change, therefore, for lead-free soldering, ideal welding process window is 230-245 degrees.
The substantial reduction of process window brings great challenge to ensure welding quality, and also brings higher requirements to stability and reliability of lead-free wave soldering equipment. Because the equipment itself is coupled with the electronic device transverse temperature difference, due to differences in size of heat capacity will produce temperature difference in the heating process, so in the process control of lead-free reflow oven can be adjusted in the process of welding temperature window becomes very small, this is the real lead-free reflow to the difficulty.


3D Model viewing LED lighting SMT assembly machine

      Service Engineers Built Southern Machinery

      Higher Quality, Lower Costs, Most Knowledgeable and helpful Engineers

      Service Engineer Built Southern Machinery

      Service Engineer Built Southern Machinery

      Did you know that Southern Machinery was founded by a Veteran Service Engineer? Founder, Jason Wu spent over 12 years as a service engineer. Jason’s mode of operation is tailored to the engineering needs of your manufacturing system. If you need guidance with design, CAD, equipment configuration, training, just ask! Southern Machinery is not just a place to buy machines, but also a place to get your technical questions answered. So ask us! We want to help you solve your PCBA problems.

      Do you have a question you need answered and can’t seem to locate the information you need? Ask us and we will feature your Q&A!



      High Quality, Lower Cost SMT Factory

      Smart SMT Factory

      what is in a full smt equipment line

      It is time to reexamine how you manufacture. Regardless of your industry, or the size, the opportunity to create a smart factory will no doubt decrease your costs and increase your profits. As technology advances, it is smarter to consider turning your aged model of outsourcing manual labor to a self-manufacturing model using surface mount and auto insertion technologies. If you can have the control of manufacturing your own unique products in-house, decreasing cost, time, and increasing your ROI, why wouldn’t you join the competition and reevaluate your current model?

      Southern Machinery has over 20 years of experience, carefully designing your customized tailor-made SMT machines to fit your production. Investing in a customized SMT line for your manufacturing will set to improve your quality, productivity, and reliability.

      What we provide:
      Full LED solutions tailored to your product
      Core technology with our equipment
      Highly skilled and professional tech service
      Deep experience in LED factory setup
      All Solutions to your LED Assembly for Quality and best ROI

      what is in a full smt equipment line
      Full SMT Line:

      LED types: (LED blub, LED tube,  LED strip, LED lens)

      PCB size: 600mm, ~1200mm

      Quantity: No command, start stage

      SMT Line Design: Workers: 3-4 people (1 printer operator, 1 mounting operator, 1-2 Quality Control)

      Capacity: 20000-22000pcs/hour (28000CPH FOR IPC9850)

      Compressed air:6.0kgf/cm²

      More Details here!




      LED Manufacturing 💡🔦

      Bright Idea! Stop importing from China and Invest in LED Assembly Equipment


      Today, LEDs are used for bulbs and tubes but increasingly they are being used in the many lighting components necessary for automobiles, airplanes, appliances, computers, electronics, televisions and more. LEDs use a whopping 80% less energy than old Incandescent Lighting and 50% less than Compact Fluorescent Lighting. Soon, international mandates to deal with climate change, like the Paris Agreement, will make an already huge market, topple over with growth and opportunity.

      LEDs offer a promising solution to deal with energy agendas set forth by conventional international treaties and local environmental policies that seek to gain quantifiable reductions in fossil fuel usage. LEDs are a simple, yet integral solution to improving energy efficiency and helping to solve the issue of climate change. Are you keeping up with the Paris Agreement and what that means for a BOOMING LED Market?

      Souther Machinery provides full-service equipment for LED Manufacturing Solutions. Please call us at 0755-83203237 if you would like more information about our LED SMT Manufacturing Technologies and to discuss how we can help you participate in this expanding global market.

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      Pneumatic stencil cleaner replaces manual cleaning step by step

      SMT PCBA,Stencil cleaner

      S-1688 Pneumatic Stencil Cleaner

      Truly Automatic

      For cleaning various stencils and misprinted PCBs, the combination of features offered by our S-1688 make it a unique, truly automatic cleaner. The threshold for usefulness of automation is allowing the operator to walk away from the process without worry. Stencil cleaners that require manual positioning and movement of stencils require attention from experienced operators to ensure consistent cleaning.

      pneumatic stencil cleaner smthelp.com

      S-1688 Pneumatic Stencil Cleaner

      Economic and Environmental

      No-rinse, aqueous cleaning agents for 100% closed loop process, for conformity to present and future economic and environmental operating requirements.The operator can start the cycle and walk away from the cleaning operation. Also, its compact footprint, integrated castors, and trivial connection requirements-its only connection is to a 240 volt outlet, with no water or drainage requirements-make it very flexible.

      Pnumatic stencil cleaner

      S-1688 Pneumatic Stencil Cleaner

      Frees the Operator

      S-1688 frees the operator by combining a specifically shaped ultrasonic cleaning chamber, continuous filtering of the cleaning bath, automatic indication of liquid level and filter status, and an automatic loading/unloading of the stencil. Its integrated loading arm ensures that every stencil is position precisely the same way in the cleaning tank, and that it is withdrawn from the cleaning chemistry as soon as the cycle is finished. Its filtration system continuously removes soils from the cleaning liquid, often maintaining the cleaning effectiveness of the medium for a year or longer (depending on usage, of course)

      S-1688 stencil cleaner

      S-1688 Pneumatic Stencil Cleaner

      Efficient, Fast, Safe

      Pneumatic design of stencil cleaning machine adopts full pneumatic control wash, to clean the stencil type circuit board, can effectively remove the solder paste and flux residue driven by the pneumatic logic control and efficient, fast, safe is cleaning the stencil current and recommended method, using rotating efficient atomization spray arms, four heavy solution filtration cycle use, simple maintenance, all stainless steel body, guarantee the life span.Adjust the appropriate screen hanging rack, move to clean items to center position, can be carried out on the screen or circuit board cleaning.

      S-1688 Pneumatic stencil cleaner

      • Complete pneumatic operation without any fire risk
      • Equipment is ergonomically in designed
      • Cleaning and drying process is a simple one-button operation
      • Patented nozzle precision design ensure high cleaning process
      • Interior special design for better effect on rinsing and drying
      • Stencil tension is not affected during the cleaning process
      • Auto liquid feeding and draining system
        our levels filtering system with precise exhaust design and control
      • Liquid can be recycled which results in lower solvent consumption
      • Internationally recognized critical components are used to ensure
        long-term quality and reliability
      • Modular design to ensure easy maintenance
      • Solder paste and glue will adhere to the stencil hole during printing process
      • Manual cleaning is not effective in removing the solder paste deposit. Solidified and hardened deposits can cause the stencil mesh to deform
      • The printing quality will be adversely affected if the stencil is used
        without proper cleaning
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      Pnumatic stencil cleaner packing
      Pneumatic stencil cleaner
      Pnumatic stencil cleaner
      Pneumatic stencil cleaner
      Pnumatic stencil cleaner
      Pneumatic stencil cleaner
      Pnumatic stencil cleaner
      Pneumatic stencil cleaner
      Pnumatic stencil cleaner
      Pneumatic stencil cleaner





      S-1688 Pneumatic Stencil cleaner

      Optimal SMT stencil cleaning performance to improve Electronic Product Quality

      Advantages of (2)

      Powerful Cleaning Capability

      Two ultrasonic cleansing head panels clear each the back and front sides of the metallic stencil concurrently. Ultrasonic power is utilized on to the stencil offering superior cleansing functionality.

      Ease of Operation

      Just press the beginning button and the method of cleansing and drying might be accomplished. No operator dealing with is required.

      Low-VOC Cleaning Agent

      Low-VOC cleansing agent, VIGON SC200 can be utilized for SC-AH100F-LV. There is not any flash level, low evaporation and virtually no odor. A good working setting might be maintained.

      Reduction of CO2 Emission

      reduces power consumption because of the shortened tact time and accordingly reduces CO2 emissions.

      Cleaning Evaluation



      Advantages of (2)
      Powerful Cleaning Capability

      Two ultrasonic cleansing head panels clear each the back and front sides of the metallic stencil concurrently. Ultrasonic power is utilized on to the stencil offering superior cleansing functionality.

      Ease of Operation
      Just press the beginning button and the method of cleansing and drying might be accomplished. No operator dealing with is required.

      Low-VOC Cleaning Agent
      Low-VOC cleansing agent, VIGON SC200 can be utilized for SC-AH100F-LV. There is not any flash level, low evaporation and virtually no odor. A good working setting might be maintained.

      Reduction of CO2 Emission
      reduces power consumption because of the shortened tact time and accordingly reduces CO2 emissions.

      Cleaning Evaluation