VEVOR S1610 Bedienungsanleitung
1/14
S1610 CNC Engraving Machine
Catalog
1. Part List...2
2. Machine Assembly....................................................3
3. Control board and Laser.............................7
4. Candle Softare............7
5. Laser Grbl Softare..............................................................11
6. Offline Controller ....13
7. Restore factory settings..................................14
8. Online guide and video...................................14
Safty Notice
Avoid direct laser irradiation on eyes or skin
Away from children
Always wear protective glasses when use the machine
Prohibited from use in flammable objects or gases
Please cut off the power immediately in case of emergency
Shutdown steps: first cut off the power, then pull out the USB cable
Precautions
(1). All parts description just for illustrative purpose. If there is any difference, please refer to the actual part shape.
(2). Please make sure that the machine is under care when it is working.
(3). If your machine is equipped with an offline controller, please note that the offline controller and the computer
cannot be connected to the engraving machine at the same time, otherwise it will not work normally.
(4). If the U disk in the machine kit can't be read, please scan the QR code to see how to download the software and
related content.
Scan for assembly videos
S1610 Ver 1.2
1.Parts List
Part No Part Name Eplanation Quantit Picture Part No Part Name Eplanation Quantit Picture
01 Aluminum profile 20100*160mm 1
02 Aluminum profile 2020*220mm 6
03 Aluminum profile 2020*235mm 2
04 Right angle connector 2028 12
05 Right angle connector 2040 2 A3 T8 Nut (Z T8*15mm 1
06 X Smooth ais 10*260mm 2 A4 Z Lead scre T8*88mm 1
07 Y Smooth ais 10*235mm 2 A5 Z Smooth ais 8*92mm 2
08 X Lead scre T8*263mm 1 A6 Stepper motor 42HD 1
09 Y Lead scre T8*230mm 1 A7 Inner heagon scre M3*10 4
10 Support for smooth ais SK10 8 A8 Spindle motor 775 1
A9 Inner heagon scre M4*30 1
A10 Square Nut M4*2.5mm 1
A11 Inner heagon scre M3*18 4
14 Muff coupling(Z 8-5 1 Set
11 T8 Nut (X/Y 2 19 Spring 10.5 1
12 Stepper motor 42HD 2
13 Mounting for motor 3mm 2 Part No Part Name Eplanation Quantit Picture
14 Muff coupling (X/Y 8-5 2 Set C1 Control board VIGO 1
15 X-bearing support seat Flange bearings 1 C2 Column PA,M5*3 4
16 Nut support seat (Y) T8 1 23 Inner heagon scre M5*10 4
17 Y-bearing support seat 1 26 Ship nut M5-10 4
18 Guide block (Y) 4 C3 Stepper motor ire 4P 3
19 Spring 10.5 2 C4 Spindle motor ire 2P 1
20 Hand knobX/Y 8mm 2
21 Hand knobZ 5mm 1
22 Coerplate 6 C6 USB cable 1
23 Inner heagon scre M5*10 51 C7 Poer suppl 24V,5A 1
24 Inner heagon scre M5*8 14
25 Inner heagon scre M3*6 8 Part No Part Name Eplanation Quantit Picture
26 Ship nut M5-10 47 L1 Laser kit Optional 1 Set
27 Trapeoidal nut M5-20 18 L2 Laser ire 3P 1
L3 Protectie glass Optional 1
29 Set Scre for knob M4*5 3
30 ER11 C16-ER11-35L 5mm 1Set Part No Part Name Eplanation Quantit Picture
31 Milling cutter 3.175 1 Set 32-1 Pressing plate 50*20 4 PCS
32 Fiture 4 Set 32-2 Scre M6*40 4 PCS
33 Inner Heagon Wrench 2/2.5/3/4mm 1 Set 32-3 Scre M5*45 4 PCS
34 Nut Wrench 14# / 17mm 1 Set 32-4 Butterfl nut M5 4 PCS
35 Soft brush 1 32-5 Washer M6*2mm 4 PCS
36 U Disk 1
A1 1
A2 Guide block (Z) 1
Guide block (X)
1610 Parts List Component A ( Alread assembled )
2/14
24M5*1mmWasher28
Offline controller
and date cable
Control board package
Laser package Optional
Fiture33 assembl
Optional 1 Set
C5
Component Alread assembled 1 SetA
32-3
32- 32-2
32-1
32-
S1610 Ver 1.2
Step ①
Step ②
Step
11: T8 Nut 1PCS
19: Spring 1PCS
16: Nut support seat 1PCS
04: Right angle connector
2028 1PCS
28: Washer 2PCS
26: Ship nut M5 -10 2PCS
23: M5*10 Screw 2PCS
02Aluminum profile
2020*220 mm 2PCS
03Aluminum profile
2020*235mm 2PCS
4Set
02Aluminum profile
2020*220 mm 1PCS
First assemble 12 sets of
components for reserve
Press T8 nut to the bottom and
turn Y Lead screw at the same time
16: Nut support seat 1PCS
09: Y Lead screw T8*230mm 1PCS
29: M4*5 1PCS
20: Hand knob Φ8mm 1PCS
24: M5*8 2PCS Screw
12: Stepper motor 1PCS
Direction of
connecting wire
13: Mounting for motor 1PCS
25: M3*6 4PCS Screw
26: M5-10 2PCS Ship nut
17: Y-bearing support seat 1PCS
23: M5*10 2PCS Screw
26: Ship nut M5 -10 2PCS
2. Machie Aeb
14: Muff coupling 1PCS
3/14 S1610 Ver 1.2
18: Guide block
4PCS
10: Support for smooth axis 1PCS
26: Ship nut 2PCS
23: M5*10 screw 2PCS
07: Y Smooth axis
Φ10*235mm 2PCS
24: M5*8 Screw 10PCS
Step
Step
Step
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4Set
6Set
01Aluminum profile
20100*160 mm 1PCS
02Aluminum profile
2020*220 mm 2PCS
02Aluminum profile
2020*220 mm 2PCS
The direction of the
small hole is outward.
The direction of the
small hole is outward.
27: M5-20 10PCS
Trapezoidal nut
S1610 Ver 1.2
11: T8 Nut 1PCS
19: Spring 1PCS
30: ER11 assembly
Component A
Component A
08: X Lead screw
T8*263mm 1PCS
2Set
2Set
2Set
4Set
06: X Smooth axis
Φ10*260mm 2PCS
Step
Step
Step
-1.The support for smooth axis slides into
the aluminum profile T-slot from the top
-2. First, fix the above two 10 (Support for
smooth axis) on the aluminum profile.
-3. Then, component A and 06X Smooth axisare
assembled on the 10Support for smooth axis).
-4. Finally, assemble 06X Smooth axis,
adjust component A to left-right movement is smooth,
fixt the 10Support for smooth axis.
Press T8 nut to the bottom and turn X Lead screw at the same time
5/14
Component A
30: ER11 1Set
29: M4*5 1PCS
21: Hand knob Φ5mm 1PCS
23: M5*10 2PCS
Screw
27: Trapezoidal nut
M5-20 2PCS
10: 1PCS Support for
smooth axis
56mm 05: 2040 1PCS
26: M5-10 4PCS
Ship nut
23: M5*10 4PCS
Screw
S1610 Ver 1.2
29: M4*5 1PCS
20: Hand knobX
Φ8mm 1PCS
23: M5*10 1Pcs Screw
15: X-bearing 1PCS
26: Ship nut
1PCS
22: Coverplate 6PCS
Step
12: Stepper motor 1PCS
25: M3*6 screw 4PCS 13: Mounting for motor 1PCS
Direction of
connecting wire
24: M5*8 2PCS Screw
26: Ship nut 2PCS
11
Step
6/14
26: Ship nut 4PCS
C1: Control board 1PCS
C2: Column 4PCS
23: M5*10 4PCS
Screw
The plastic column must
be assembled between
the controlboard and
the aluminum parts.
14: Muff coupling 1PCS
S1610 Ver 1.2
7/14
3. Control-Board and Laser (Laser is optional)
3.1 Instructions for control board connection
The Motor-X/Y/Z interface on
board should be connected to the
X/Y/Z motors correspondingly. The
6Pin plug is for the motor, and the 4Pin
is for the control panel. Power interface
connects to the power supply and USB
connects to the computer. Connect the
spindle motor wire according to the
correct polarity.
In general, there is no need to
adjust the motor driver current.
If using laser, please connect the
laser to the control board with the 3pin
wire. Correctly focus the laser on the
materials to be engraved referring to
the laser instructions below before
starting engraving.
3.2 Instructions for laser (Laser is Optional).
Please wear the protective glasses before operating the laser!
When all the connections are completed, turn on the power, and the laser is standby for working. The red light on
the top of the laser is continuous lighting in this time.
Turn on the weak light and adjust the focal length (except the Fixed-Focus Laser)
Please lay the materials to be engraved flat under the laser. The recommended distance from laser outlet to
materials is 3~10cm. Out of range may be out of focus.
Turn on the weak light. Rotate the focusing ring slowly on the laser outlet to shrink the laser spots. When the laser
spot is smallest and clearest, it is the optimum state for laser engraving, then turn off the weak light.
If you use the fixed-focus laser XTS15D, please use the focusing measuring column to adjust the distance between
the light outlet and the engraved surface to 18mm.
Note: Laser XTS05/XTS08/XTS10 have a weak light switch on top of the lasers, you also can use the switch to turn
on weak light. Be sure to turn of the switch before you start laser engraving.
4. Candle Software
Candle is a GUI application for GRBL-based CNC-machines with G-Code visualizer. Candle
is an open-source software suitable for CNC machine tool processing. It supports G code
file processing and visual display.
XTS05
XTS08
XTS10
Is adjustable
XTS15D Laser
Is fixed-focus
Can't be adjusted
XTS15 Laser
Is adjustable
Focusing
R
ing
Focusing Ring Focusing Column
18mm
The terminal of the red dot of
the spindle motor is positive,
please plug in the red wire.
S1610 Ver 1.2
8/14
Supported functions:
(1) Controlling GRBL-based CNC-machine via console commands, buttons on form, numpad.
(2) Monitoring CNC-machine state.
(3) Load, edit, save and send G-code files to CNC-machine.
(4) Visualizing G-code files.
4.1 States
Work coordinates:
Represents current X, Y & Z local coordinates of the CNC.
Machine coordinates:
Represents current X, Y & Z absolute machine coordinates.
One of following CNC status:
Idle - waiting for a G-code command Running - running a G-code command
Home - homing cycle is executing
Check - G-code command check mode is turned on
Hold - paused by a "!" command, need to be restarted by a "~" command
Alarm - CNC doesn't know where it is and blocks all G-code commands
Door - door sensor has triggered
4.2 Control
Home button
Starts the homing cycle procedure with "$H" command
Z-probe
Starts the zero Z-axis search procedure using the command specified in the
settings ("Z-probe commands" box). Example command: G91G21;
G38.2Z-30F100; G0Z1; G38.2Z-1F10
Zero XY
Zeroes the "X" and "Y" coordinates in the local coordinate system. Also retains an local system offset ("G92") for later use.
Restore XYZ
Restores local system coordinates with "G92" command.
Safe Z
Moves tool by "Z"-axis to safe position. Position coordinate can be specified in the "Safe Z" setting. Position must be
specified in machine coordinates.
Reset
Resets CNC with "CTRL+X" command
Unlock Unlocks CNC with "$X" command.
4.3 Software using steps
(1). Install the driver
For the first time use, please connect the device to the computer via USB cable, and click the CH340-Driver.exe file in
the driver folder to install the driver. Under normal circumstances, the Win10 system will automatically identify and
install the driver. For Win7 and Win8 systems, please install it manually.
(2) Set the port and connection
After installing the driver, open the device manager of the computer and click on
the port option to see the content inside the red box on the screen shown in the
figure below (the port information is in brackets).
Remember the port information queried above, switch to the Candle software
interface and click the "Settings" option in the upper left corner. Selecting the setting
will pop up the setting window. Under "Connection", select the port name you
queried, select the baud rate 115200, and then click the "ok" to finish the setting.
S1610 Ver 1.2
9/14
(3). Complete connection
After setting the port and baud rate, click Finish. The
status bar at the top right of the Candle interface will show
Idle, and at the same time, the console at the bottom right
will display the information shown below, indicating that the
connection has been successfully established.
(4). Processing documents
Click "File" option at the top of candle, then click "New" to
create G-Code. On the command bar at the bottom of the
interface, click "Open" to select a G code file that has been
made to import the file. After importing, the middle of the
interface will display a visual graph composed of tool paths
(the position of the pen-shaped graph in the graph is the
current tool position). In the visualization window, hold down
the left mouse button to move to rotate the graph, and hold
down the right button to move. Graphics, scrolling the
middle wheel can zoom in and out of the graphics. At the
same time, the content of the G-Code will be displayed in the lower command bar. During processing, the machine will
run one by one according to the G-Code commands.
S1610 Ver 1.2
10/14
(5). Fixture, tool installation and Set the working coordinate origin
The fixture in the product kit is not
assembled. There are four sets in total. The
appearance and usage of the assembled
fixture are shown in the right figures.
Before running the G code program, you
need to find the position of the engraving
figure relative to the overall engraving plate.
There is a three-axis coordinate system in the
visual graphics. The origin of the three-axis
coordinate system is the tool setting point of
the actual processing graphic.
You can move the tool to determine the position of the engraving graphic relative to the overall engraving plate
based on the position of this origin. The engraving figure in the figure below is taken as an example.
After the selected tool position is started, the X/Y and Z axes are reset to zero (the are zeroing X/Y and Z axes
buttons). Before returning to zero, make sure that the tool approaches the distance of one sheet of paper for engraving,
and then return the X/Y and Z axes to zero (please use a flat-bottom sharp knife when engraving, and use a cylindrical
milling cutter when machining planes, slots, and holes) The effect is that the sculpted figure will be carved with the
blade tip as the origin.
The ER11 collet on the spindle motor should be clamped into the fixed head first, and it must be clamped in place.
When installing the cutter, please do not extend the collet too much, as shown in the first figure below.
(6) Start carving
After finding the engraving position, click the send button below and the device will automatically start engraving.
The status bar at the top right shows running. The visualization window shows that the tool is moving along the tool
path. You can choose the pause and stop buttons below when engraving. (After pausing, click again to continue the
previous carving. After termination, click Send to start processing from the beginning).
(7). Finished processing
After the processing is completed, the visualization window prompts that the engraving is completed and the time
required for carving.
S1610 Ver 1.2
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