Super Helper 3D Printer User Manual - PowerPoint Presentation

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Super Helper 3D Printer

User ManualVersion：WB.SH.V1.0Update Time：2016.10.07Applies to：Super Helper 105, 105L, 155L

Slide2

Product Introduction

WB.SH.V1.0www.australiansourced.com.au1FeederWoven net tubeUSB port

Screw rod

Coupling

Power port

Filament

Control knob

LCD screen

SD

Card

Handle

Transparent tube

Laser device

(

SH105L

,

SH155L)

Nozzle

Working platform

Platform knob

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SPECIFICATIONS

Print technology: FDM (fused deposition modeling)Print material: PLAFilament diameter: Φ 1.75 mmBuild size:

105×105×155 mm

Layer thickness:

0.04 - 0.25 mm

Nozzle move speed:

50 - 100 mm/s

Nozzle diameter:

0.4 mm/0.25 mm(optional)

0.8 mm (optional

）

Positioning precision: 0.010 mm (X, Y, Z axis)

PHYSICAL DIMENSIONS

Machine size:

258×326×375 mm

Carton size:

390×300×420 mm

Machine weight:

3.6 kg

Shipping weight:

5.9 kg

3D design software:

SolidWorks, PRO-E, UG, Auto CAD, 3DsMax, Maya, Rhino, 3D-ONE

POWER SUPPLY REQUIREMENTS

AC Input:

100 - 240 V, 50 - 60 Hz

Machine power:

45 W (power saving)

WB.SH.V1.0

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WB-SH105 product parameters

FUNCTION

Load/unload filament automatically

Change filament during printing

Print from SD card

TEMPERATURE

Nozzles:

0 - 240 ℃

Nozzle heating time:

Less than two minutes

3D PRINTING SOFTWARE

File format:

.stlPrint format: .G-CodeOperation software: Winware (recommended), Cura, RepetierHost, Simplify3D, Slic3r, etc.Supports: Windows

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SPECIFICATION

Print technology: FDM (fused deposition modeling)Print materials: PLAFilament diameter: Φ 1.75 mmBuild size:

105×105×155 mm

Layer thickness:

0.04 - 0.25 mm

Nozzle move speed:

50- 100 mm/s

Nozzle diameter:

0.4 mm/0.25 mm (optional)

0.8 mm (optional)

Positioning precision: 0.00025 mm for Z

0.0125mm for X/Y

PHYSICAL DIMENSIONS

Machine size:

258×326×375 mm

Shipping box:

390×300×420 mm

Machine weight:

3.7 kg

Shipping weight:

6.0 kg

TEMPERATURE

Nozzles:

0 - 240 ℃

Nozzle heating time:

Less than 2 min

3D PRINTING SOFTWARE

File Type:

.

stl

Printing type:

.

G-Code

Operation software:

Winware

,

Cura

,

RepetierHost

, Simplify3D, Slic3r

Supports:

Windows

3D design software:

SolidWorks, PRO-E, UG, Auto CAD3DsMax, Maya, Rhino, 3D-ONE, etc.ENGRAVING,CUTTING SOFTWAREFile type: bmp, jpg, jpeg, pngOperation software:Supports: Windows3D design software: Adobe, PhotoShop, Adobe Illustrator, CorelDraw etc.ELECTRICALAC Input:

100-240 V, 50 - 60 Hz

Machine Power:

45 W (efficient energy use)

WB.SH.V1.0

WB-SH105L product parameters

FUNCTION

Load/unload filament automatically

Change filament during printing

Print from SD card

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WB-SH105L product parameters continued

Laser engraving parametersSuitable for laser engraving: wood, bamboo, paper, cork, rubber, plastic (phone shell), metal (coated), glass (coated),paper, leather, food and other nonmetal material products. Suitable for laser cutting: paper, cloth, leather, felt, cork, wood and non-metal thin material.Laser engraving unsuitable on: metal (uncoated), crystal, glass (uncoated), porcelain.

Engraving size: 105*105*100 mm

Height: 0-100 mm

Move speed: 20-50 mm/s

Precision:

0.00025 mm for Z

0.0125mm for X/Y

Laser device

AC Input: 500 mV

Laser wave: 405nm

Laser frequency colour: Black

Device size: 25*25*25 mm

Device weight: 45g/pcs

Voltage: 24 V

Current: 210 mA

WB.SH.V1.0

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SPECIFICATION

Print technology: FDM (fused deposition modeling)Print materials: PLAFilament diameter: Φ 1.75

mm

Build size:

155×155×205 mm

Layer thickness:

0.04 - 0.25 mm

Nozzle move speed:

50- 100 mm / s

Nozzle diameter:

0.4 mm/0.25 mm (optional)

0.8 mm (optional)

Positioning Precision: 0.00025 mm for Z

0.0125mm for X/Y

PHYSICAL DIMENSIONS

Machine size:

308×340×425 mm

Shipping box:

390×355×470 mm

Machine weight:

4.0 kg

Shipping weight:

6.5 kg

FUNCTION

Load/unload filament automatically

Change filament during printing

Print from SD card

TEMPERATURE

Nozzles:

0 - 240 ℃

Nozzle heating time:

Less than 2 min

3D PRINTING SOFTWARE

File type:

.

stl

Printing type:

.

G-Code

Operation software:

Winware,

Cura

, Repetier-Host, Simplify3D, Slic3rSupports: Windows3D design software: Solidworks, PRO-E, UG, Auto CAD3DsMax, Maya, Rhino, 3D-ONE, etc.WB.SH.V1.05WB-SH155L product parameters

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WB-SH155L product parameters continued

ENGRAVING, CUTTING SOFTWAREFile type: bmp, jpg, jpeg, pngOperation software: .GSupports: Windows3D design software:

Adobe,

PhotoShop

, Adobe Illustrator, CorelDraw etc.

ELECTRICAL

AC input:

100-240 V, 50 - 60 Hz

Machine power:

45W (efficient energy use)

Laser engraving parameters

Suitable for laser engraving: wood board, bamboo, rubber, plastic (phone shell), metal (coated), glass (coated),

paper, leather, food and nonmetal material product surface.

Unsuitable for laser engraving: metal (uncoated), crystal

，

glass

(uncoated

), porcelain.

Suitable for laser cutting: paper, cloth, leather, felt, cork wood and nonmetal thin material.

Engraving Size: 155*155*150 mm

Hight: 0-150 mm

Moving speed: 20-50 mm/s

Precision:

0.00025 mm for Z

0.0125mm for X/Y

Laser device

AC Input: 500 mV

Laser wave: 405nm

Laser frequency color: Black

Device size:25*25*25 mm

Device weight: 45g/pcs

Voltage: 24 V

Current: 210 mA

WB.SH.V1.0

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Operating the control knob:

LCD Screen below displays information after printing commencesWB.SH.V1.07Basic operationPressTurn clockwiseTurn anticlockwise

Nozzle target temperature

Nozzle present temperature

Printing speed percentage

Name of file

Rotation speed of cooling fan

Use time

Progress bar

XYZ

axis value

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Slide9

Main Menu

Items in the main menu are as follows: Print from SD card, preheat, change filament, auto home, move axis, adjust platform, control menuWB.SH.V1.08Print from SD card Select file in SD Card for: 3D printing, laser engraving/cutting. It will notify ‘no SD card’ if SD card is not inserted.

*.G format file is for laser engraving/cutting. *.G-Code is for 3D printing.

Preheat/cool down

Employ to preheat, and/or cool prior to 3D printing

Change

filament

Will notify

changing

of

filament roll.

L

oad

and

unload filament automatic

a

lly

Auto home

Return to the 0.0.0 coordinate value

Move axis

Applied to move nozzle position in X, Y axis and platform in Z axis.

Control applied to extend and retract filament.

Adjust platform

Exercise to adjust the platform level

Control menu

Used to set the nozzle temperature, the cool down fan speed, and the laser switch

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Slide10

Main Menu

- Move AxisWB.SH.V1.09Select movementOf the X/Y/Z extruder (E axis)

Move and merge X/Y axis to a 1 mm length

Adjust the bottom to move X/Y/Z extruder (E axis)

Move and merge X/Y axis to a 10 mm length

Move X, Y, Z extruder

to 0.1 mm

(E axis)

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Main Menu –

Move Axis Continued WB.SH.V1.010Back to main menuCooling fan

Turn fan on/off

Laser

Turn

laser

on/off

Set the preheat temperature

Use to set the preheat target temperature function

Auto home

Take single X or Y, axis home

Rotation speed of the cooling fan

Set the

rate/speed of the cooling fan

Advanced setting

Other uses

Take single X axis to auto home

Take single Y axis to auto home

Take single Z axis to auto home

Determine the target temperature during the preheating of the nozzle

0 indicates the fan is off

Sets the speed of the cooling fan during preheating

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Slide12

Menu during printing

WB.SH.V1.011Parameter adjustment during printing.Include printing speed, nozzle and temperature.

Pause printing.

Change filament while printing.

Stop printing and save to defer printing.

Adjust the X axis skewing in printing.

Adjust the temperature of the printing nozzle.

Adjust the speed of the working fan.

Adjust the filament extruder output.

Delete current printing and save to reschedule printing file; file name

winbo.g

Adjust the percentage of the printing speed.

Adjust the Y axis skewing in printing.

Adjust the Z axis skewing in printing.

Rotate the bottom to adjust X/Y/Z

Skewing. Use predominantly to continue using the file.

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Printing Preparation

Step 1 Secure the spool holder in the 3D printer handle.Step 2 Attach the filament.

Step 4

Plug in to a 100-240V adapter.

Tips:

The Super Helper 3D printer design does not have

an on/off switch. The machine needs to be plugged in to be on.

12

Step 3

Plug power cable into side of machine as shown above.

Step 5

Select change filament, machine will preheat automatically, unload the filament according to the instructions.

Step 6

Press white plug to release tension and insert filament into feeder.

LCD screen tips:

Insert filament

click to next step.

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Printing preparation continued

WB.SH.V1.013Step 7 Click load filament automaticallyLCD screen tips: Push the filament in and click to print.Step 8

Clean the added filament after loading

automatically

.

Note: If the filament does not feed automatically, manually feed the filament with your hands.

Slide15

Adjusting the platform automatically

Step 1: Prepare the base stability. Lift the machine for convenient adjustment. Step 2: Choose level bed, moving XYZ to the origin.Step 3: Press the knob, moving the nozzle to the first point.

WB.SH.V1.0

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Step 4:

Place a piece of A4 paper between the platform and the nozzle

Step 5:

If you are able to move the A4 paper without resistance, adjust the nut under the platform and lift until there is obvious resistance. Press the button to next step.

Step 6:

Follow the LCD tips. Adjust the screws.

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Adjust the working platform manually

Step 1: Prepare the base stability. Lift the machine for convenient adjustment.Step 2: Select auto home. Step 3:

Move the nozzle up following the first screw for adjustment after auto home.

Create a gap between the nozzle and the machine; approximately 0.03mm (same thickness as a piece of A4 paper).

WB.SH.V1.0

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Step 4:

Adjust the screws according to the first one.

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Changing the filament

Step 1: Click change filament and follow the steps. Tips: Changing the filament entails an unloading and loading process.Step 2:

The filament will come out of the nozzle following extrusion.

Step 3:

Pull through the filament.

Step 4:

Put the end of the filament through the small hole in the spool to prevent the material from knotting.

Step 5:

Replace filament with a new one.

Step 6:

Press the white button and insert the filament into the extruder.

Slide18

Changing the filament continued

Step 7: Click the knob to feed the filament automatically.LCD will display: Filament load.Step 8: When the feeding stops, push the filament through the extruder until the filament comes out of the nozzle.WB.SH.V1.017

Reminder:

If the filament tube guide needs to be pulled out, make sure you unscrew the latch first.

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Using the 3D printing and laser cutting platform

Step 1: Affix the platform and lift the front side of the board.Step 2: Pull the printing board out slowly.WB.SH.V1.018

Step 3:

Place the laser cutting board on the platform.

Notes

The plastic printing board is for 3D printing only, not for laser engraving or cutting.

When using the plastic printing board for 3D printing, ensure a layer of glue is applied to board prior to printing. This will ensure an easy removal of printed object.

When inserting any printing board, ensure that the board is pushed in all the way past the two dimples. Failure to do this

will

result in printing, engraving and cutting discrepancies.

Take caution with the laser engraving and cutting board as both items have sharp edges.

Ensure the laser engraving and cutting boards remain in good shape.

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Use solid glue

In order to adhere the model on the plastic, add a small amount of solid glue onto the plastic printing plate. It is worth noting not to add too much glue or the model will stick and plastic plate may break. Solid glue is water soluble, non-toxic and tasteless. After printing the model, if the adhesion area is large and not easy to remove, place into warm water for 20 minutes. When the solid glue has dissolved, the model can be removed easily.

WB.SH.V1.0

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Slide21

Printing from the SD card

WB.SH.V1.020Note:After slicing object via Winware software, do not save .G-Code file directly onto SD card, because it is a lengthy process. Save to PC first.

Step 1

Save the .G-Code file exported from Winware onto your computer then copy it to the SD card.

Step 2

Insert the SD card into the SD card slot in the machine.

Step 3

Enter menu, choose ‘Print from SD’ to select the .G-Code file to print

.

Step 2

3D printer will print automatically (engraving).

Slide22

WB.SH.V1.0

21Removing models from printing plate Take out and bend the 3D printing board, the object can be removed easily.If the object is difficult to remove due to over use of glue, put into warm water for 20 minutes to dissolve glue remnants.

Printed object can now be removed from printing plate.

Slide23

Support

After-sale services termsTo protect customer interest, WINBO makes these promises to purchasers: A High quality products All apparatuses from WINBO are of high quality. B Technical supportWINBO is dedicated to the provision of continuous technical support to all WINBO 3D printer users, including: Provision of all information relating to the device’s are continual and free.

Support is available by phone, e-mail, or other IM tools.

Condition of remote on-line analysis and debugging.

For support and general inquiries please contact:

Phone/Text: 0458 224 888

WhatsApp: +61 458 224 888

E-mail: admin@australiansourced.com.au

WB.SH.V1.0

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WB.SH.V1.0

23C WarrantyWINBO provides a warranty for all 3D printers. 1. Warranty period - 12 months from the date of receipt. 2. Warranty coverage - main board, LCD panel and key board, power switch, motor, optical axis, screw, bearing parts and main structural parts (non-artificial damage).3. Not covered by the warranty - nozzle, line pipe, fan, printing materials (like ABS and PLA filaments), glass plate and tool set.4. Under the following circumstances WINBO will not provide warranty coverage:Damage due to improper operation, storage or maintenance. Damage due to private disassembling or refit.If the warranty certificate is altered.Damage caused by natural disasters or if the appliance is kept in an unsuitable environment.

Out of warranty period.

5. WINBO will not provide on-site service for free.

6. Should the machine need to be returned for repair, both WINBO and the customer will share shipping costs. The machine is to be repacked in its original packaging (there is no need to include accessories in order to prevent secondary damage ).

7. WINBO has the final decision after-sale.

Support continued

Slide25

D

、MaintenanceWINBO provides maintenance service for WINBO 3D printers under the following terms: Maintenance scope - 3D printers sold by WINBO.2. Maintenance modes: Remote assistance, replacement of parts, repair (in factory), maintenance costs. Repair parts replacement fee to be paid by the customer.For machines out of warranty, customers will need to pay for all shipping costs .WB.SH.V1.024Support continued

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WB.SH.V1.0

25Support continuedTerms for products under warranty:The machine is guaranteed for 365 days from date of purchase. An additional warranty period can be purchased. Filament, vulnerable parts, and tools are not included in the warranty.After the warranty period, WINBO will provide maintenance services for the lifetime of the machine for a fee.Valid warranty certificates include: Unbroken and clear S&N labels, a valid invoice.

Please visit WINBO’s official website (www.winbo.top) to register the warranty.

Consumers need to login in to WINBO to confirm the product source, and guarantee rights in terms of after-sales service.

If under warranty, and the machine is sent to the to WINBO factory, where it is found that the problem was caused by normal use, free maintenance will be provided. Replaced parts belong to WINBO. Round-trip freight and on-site repairs are not included in the warranty.

Terms for products out of warranty:

If the machine or spare parts have exceeded the warranty period.

Failure caused by operation not according to the ways and precautions in user manual.

Failure or damage that caused by wrong installation, wrong storage or wrong use.

Failure caused by wrong operation.

Failure caused by abnormal voltage, improper environment. And damage during transportation or

buyer’s carrying.

Failure caused by force majeure factors, such as natural disasters (earthquake, fire, lightning, etc.)

Failure caused by the disassembly, repair, modification without manufacturer authorization.

Failure or damage caused by disassembly not by our authorized agency or person.

Failure or damage because of not using Winbo 3D printing materials.

If you have any issues with your machine, or you have any questions or suggestions, please login to

www.australiansourced.com.au

and send us an email. We will try our very best to solve most issues for you as soon as possible.