Features

Frame: ABS+PC

Technology: SLA

Printing Material: Resin

Color Options: YES
Multi-functional Inks: Yes
Portable: YES

Chargeable: YES

Safety Mode: YES
Pen dimension: 219*40*26mm
Package dimension: 246mm*135mm*50mm
Best Working Temperature: 15°C-25°C
Certificate: CE, FCC, RoHS
Package: FS996204*1, Inks*3, USB*1, Safety Pin*1, Use Manual*1, Dust-free Paper*1

High-tech

Open age of universal creation Open universal creation age：
Creation can fly with ideas
Continuous temperature-changing: painting on glass (graphic 1), the front is a blue swan, the back side is a red swan; pour hot water in the cup, when temperature achieve 30 ℃, the blue swan change to white(graphic 2); when temperature achieve 70 ℃, red swan change to white(graphic 3); Finally pour cold water (less than 30 ℃), it will change back to original color(graphic 4).
Works Created by FS996204

The Safest 3D Creative Printing Pen in the World
Technology Traditional hot-melting products（melting plastic） FS996204 （photo-curing charging portable）
Using light-sensitive resin which is liquid, extrude through micro motor, finalize
Brief Using PLA/ABS material, heating through 200 ~ 220℃ to melt into
introduction the design and curing after the lighting of LED, it is portable after charging
liquid, then extrude to draw and wait until solidified. without the limitation of power supply.
It adopts the principle of Glue gun, to extrude the PLA/ABS after
Wireless and Chargeable, without danger or hot. Safety switch to keep eye
Security melting with 200-220 ℃. Users will easily get burnt and must use with out of Led Light. power supply.
Fault condition Consumable material itself contains impurities which easily cause jam Using high purity resin, without impurities, no jam.
Replaceable ink to nozzle.
Lower usage cost, Better customer experience.
Limited color richness A variety of colors, Different effects like Aromatic, Glow in Dark,
Material
No special effect Transparent, Color Changing and so on

technical barri
Low technology, easy to copy
er
High technical barriers, with multiple patents, including laser, mechanical and electrical, materials technology

CONTENT
Part Two Part Three
Market How to Draw
Awards

CONTENT
Part Two Part Three
Market How to Draw
Example of Introductory Course
Introductory Course
（One）Butterfly
Key points：
The courseware conforms to two characteristics: 1. The operation is simple and easy to draw
2. Can be recognized easily, east to win applause
This course focuses on relationship between plane and space and difference between 2D and 3D in the real world

Example of Introductory Course Steps

Example of Introductory Course
Introductory
（Two）Flowers and plants
Key points：
To realize one unique function of FS996204 3D creative printing pen-moulding.
The course will focus on the moulding theory, to develop thinking consciousness

Example of Introductory Course
Example 1 by moulding：Grass(headwear)

Example of Introductory Course
How to draw it？
Pre-preparation： step1：

A clamp Draw the shape on the surface of
A piece of leaf or petal the leaf with 3D creative pen, then drawing a stem then to be cured by
LED light

step2：
Stick each part with FS996204

Example of Introductory Course
Example 2 by moulding

Example of Introductory Course
Example of drawing directly

Key Points：
The work will not only look in similar appearance as real, but also rolls like real wheel
Example of Intermediate Course Steps

Example of Intermediate Course Steps

Example of Intermediate Course Finished Work

Example of Advanced Course
Advanced courseware
（Two）DIY Mechanical bicycle
Key Points：
The key point is joint and the difficulty are those four sleeves, there are many basic parts, so we need to separate those parts according to proportion.
The course will focus on the sleeve principle, to teach children how to design and make the model.
Steps
Attention: The key point is the design of spindle, ensuring children to think about the principle of rotating, then design it by themselves.
Step1： Step2：Draw the handlebar and the Step3：
Draw the front wheel by FS996204 part attached to the the front wheel Stick them

Steps Step4：
Draw the back wheel with Polyes Step5：
Draw the seat and the part Step6： Stick them Q1 attached to the back wheel
Steps

Step7：
Draw the car rims in different sizes, and connect them with a chain

Step6：
Draw the central triangle bracket finally

Steps
Step9：
Stick each part together, then a bicycle is finished

PS：Children can learn about the moving principle of a bicycle through the rotating of wheels.