FLUX Chuck Rotary Manual

1. Unboxing
2. Hardware Interface
   • 2.1. Jaw Seats
     • 2.1.1 Installation Guide for the Stepped and L-shaped Jaws
     • 2.1.2 Installation Guide for the Hexagonal Jaws
   • 2.2 Size Adjusting Knob
     • 2.2.1 Demonstration of the Size Adjusting Knob
   • 2.3 Angle Adjusting Knob
     • 2.3.1 Demonstration of the Angle Adjusting Knob
   • 2.4. Base
     • 2.4.1 Demonstration of Reposition the Chuck Body
   • 2.5. Tail Support
   • 2.6. Connection Sockets
   • 2.7. Angle Indication
   • 2.8. Stop Screw
   • 2.9. Flipping Feature
3. Gripping Objects
   • 3.1 Cylinder
     • 3.1.1 Cylinder Objects External Gripping
     • 3.1.2 Cylinder Objects Internal Gripping
     • 3.1.3 Cylinder Objects Internal Gripping with Stepped Jaws
     • 3.1.4 Larger Cylinder Objects External Gripping
   • 3.2 Mug
     • 3.2.1 Mugs External Gripping
     • 3.2.2 Mugs Internal Gripping
     • 3.2.3 Mugs Internal Gripping with Stepped Jaws
   • 3.3 Goblet
   • 3.4 Cone
     • 3.4.1 Cone Object External Gripping
     • 3.4.2 Cone Object Internal Gripping
     • 3.4.3 Cone Object Internal Gripping with Stepped Jaws
   • 3.5 Long
   • 3.6 Sphere
   • 3.7 Ring
4. Other Accessories (Need to be Purchased Separately)
   • 4.1 Riser Set
     • 4.1.1 Riser Set Before and After Demonstration
     • 4.1.2 Riser Set Installation Guide
   • 4.2 Support Module
     • 4.2.1 Support Module Demonstration
     • 4.2.2 Support Module Wheels and Seat Changing Guide
5. Start Engraving
   • HEXA
   • Ador
   • beamo
   • Lazervida

Tail Support Set (Support x 1 pc + Thumb Screws x 2 pcs)
(This support set will be mainly used for sphere objects and short heavy objects)

Connection Cable
(This cable will connect the rotary to the machine.
For Ador, Beambox 2, and beamo, a 6-pin to 7-Pin cable will be recevied.
(For HEXA and Lazervida, a 4-pin to 4-pin cable will be received.

Soft Ruler
(The soft ruler measures the dimension of the object, which must be entered into the software before starting a task.)

2.1. Jaw Seats

There are three jaw seats on the rotary. The jaws will be sitting on them and screwed firmly. Jaws On Jaws Off Back to 2. Hardware Interface   The holes on the seats are threaded holes for the hex screws. Depending on the size of the objects, the jaws can be fixed closer or further by screwing into different holes. Closest Farthest

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Back to 2.1. Jaw Seats

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2.2 Size Adjusting Knob

The knob is used to change the distance between the jaws, which indicates the size of the object. Please see the video to learn how it works.

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2.2.1 Demonstration of the Size Adjusting Knob

2.3. Angle Indication

The angle indication indicates the angle that the head of the rotary is at.

2.4. Stop Screw

The stop screw limits the head of the rotary to be hanging when flipping 180 degrees.
This screw must be screwed firmly.

2.5. Base

The body of the rotary can be repositioned. There are screw holes on the base, and the body can be screwed into different holes to change its position. Some applications, such as using longer objects, might need to change the body's position to reduce the total length of the rotary plugs in the object.

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2.5.1 Demonstration of Reposition the Chuck Body

2.6. Tail Support

Tail support is used to support the other side of the object. It is usually used in Sphere Objects and short heavy objects to prevent them from falling down of the jaws.

2.7. Connection Sockets

As mentioned, the connection cable will make a connection between the rotary and the machine. The socket is where the cable will go. The sockets are for different models. Please see the table below to find your correct socket. 

2.8 Angle Adjusting Knob

The Angle Adjusting Knob is mainly used as a tool to level the object horizontally. It can also change the direction of the object 180 degrees for special applications.
Please see the video to learn how it works.

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2.8.1 Demonstration of the Angle Adjusting Knob

2.9. Flipping Feature

When you loosen the angle adjusting knob, the head of the rotary can be flipped 180 degrees.
For some applications, the flipping is necessary. Please know the default position and the flipped position, as they will affect the original position of your engraving.

Default Position (The top is flat.)	Flipped Position (The motor is up.)

3.2 Mug

Mugs come with handles; usually, the handle may hit the base of the rotary, so flipping 180 degrees to avoid this.

Back to 3. Gripping Objects

Back to 3. Gripping Objects

3.3 Goblet

Please be cautious, as some goblets can be fragile. Gripping from the bottom is recommended. A support module, which must be purchased separately, is also recommended for goblet objects.

(*The support module used at the end of the video will have to be purchased separately.)

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3.4 Cone

Cone objects can be gripped externally or internally.

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3.5 Long

The support module will be required for the long objects, and it will have to be purchased separately.

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3.6 Sphere

It is recommended that the sphere objects be engraved only in the center area, which has a minor difference in focus distance. The Tail Support Set will be used in sphere objects.

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3.7 Ring

The ring-type material is similar to the cylinder's internal gripping.

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4.1 Riser Set

The riser set has a riser block and a taller tail support. This is usually used for mugs with bigger handles or larger sphere objects.

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Back to 4.1 Riser Set 

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4.2 Support Module

The support module is used for longer or heavier objects that support and lift the other side of the objects.

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