(506) 2240-6804
Fpv 3d print
We are here to help you with your 3D printing needs! – Brain3D
Brain3D specializes in 3D printed Parts. Our primary focus for over 5 years has been the FPV community but we also do commercial printing jobs. So if you need anything printed or designed for prototyping or production, please feel free to contact us. We also can make custom designs and print almost any file you supply to us. If you would like something custom printed please contact us via FB messanger or by email at [email protected]
Stock GoPro Mounting Adjustable Protective Cases - GoPro & Insta360 & DJI (Choose Casing)
$10.00
Stock GoPro Mounting Adjustable Base (Choose Frame)
$5.00
Stock GoPro Mounting Adjustable Vertical Protective Cases - (Choose Casing)
Regular price $10. 00
Thumb Screw & Nut Combo - Light Weight Version - (For Stock GoPro Tab Style Adjustable Mounting)
Regular price $3.75
Thumb Screw & Nut Combo (For Stock GoPro Tab Style Adjustable Mounting)
Regular price $3.50
Glass ND Filter - ND2, ND4, ND8, ND16, ND32
Regular price $4.95
Camera Butter Black Diamond Universal ND Filter (fits TBS jello guard mounts)
Regular price $9.
99
XT60 & XT30 & XT90 Charge Indicator Covers
$8.00
XT60 & XT30 Single Charge Indicator Covers
$8.00
Balance Plug Protectors
Regular price $10.00
Pre-Printed & Blemished Prints (Discounted Prints)
$7.00
Forever Tubes (Black Caps Included)
Regular price $3.
00
TBS Crossfire IMMORTAL T Adjustable Vertical Antenna Holder
Regular price $7.00
TBS CROSSFIRE IMMORTAL T V2 ANTENNA
Regular price $5.95
DJI Action 2 Universal Camera Mount
$15.00
At Cncmadness our focus has been carbon fiber machining for such things as Drone, racing sim parts, RC car and truck parts and more. We have also done work in other materials such as aluminum, fiberglass(G10), plastics and wood for a variety of applications.
https://cncmadness.com/
Fpv best STL files for 3D printer・Cults
dji fpv battery slot holder
€8.
62
Osmo Action Vertical Mount FPV
Free
3 INCH RACING DRONE
€17.95
Air unit DjiO3
€1.60
BGh2 Gyro Logging Mount for Hero 9/10
Free
Black opal 3D printable version
Free
GPS Modul Holder (BN-180) for Eachine Cvatar FPV
€1 -50% €0.50
ARMATTAN ROOSTER GOPRO HERO 11 MINI MOUNT
€2 -25% €1.50
Armattan Marmotte GOPRO HERO 11 MINI MOUNT
€2 -25% €1.
50
Rebel Yeti 8'' - 10'' Arm cup replacement
Free
Fatshark Transformer Frsky Skyvision HDZero adapter
Free
Fatshark Transformer Frsky Skyvision HDZero monitor adapter
Free
GRL PRO 2 Gopro Hero 11 Mini Mount 25 Degree
€4.50
iFlight Nazgul GOPRO HERO 11 MINI MOUNT
€1.50
ImpulseRC Apex GoPro 11 mini mount 30 degrees GPS BN220
€5
ImpulseRC Apex GoPro 11 mini mount 25 degrees GPS BN220
€5
ImpulseRC Apex GoPro 11 mini mount 20 degrees GPS BN220
€5
ImpulseRC Apex GoPro 11 mini mount 15 degrees GPS BN220
€5
ImpulseRC Apex GoPro 11 mini mount 30 degrees
€5
ImpulseRC Apex GoPro 11 mini mount 25 degrees
€5
ImpulseRC Apex GoPro 11 mini mount 20 degrees
€5
ImpulseRC Apex GoPro 11 mini mount 15 degrees
€5
DJI AVATA CAMERA GOPRO MOUNT
€2.
50
Gopro hero 9 mount tbs source one
€2
Gopro hero 10 mount tbs source one
€2
Gopro hero 9 mount Iflight DC7
€2
Gopro hero 10 mount Iflight DC7
€2
AOS7 FPV Frame SMA, GPS & Immortal-T Mount
Free
Armattan Marmot Badger GoPro 11 mini mount GPS BN220
€5
Armattan Marmot Badger GoPro 11 mini mount
€5
Armattan Beaver GoPro 11 mini mount 15 degrees
€5
Armattan Beaver GoPro 11 mini mount 20 degrees
€5
Armattan Beaver GoPro 11 mini mount 25 degrees
€5
Armattan Beaver GoPro 11 mini mount 30 degrees
€5
GoPro Hero 11 mini adjustable
€5
GoPro Hero 11 mini adjustable GPS BN220 slot
€5
Armattan Beaver Ultralight GoPro 9/10/11 mount - 25 degrees
€5
Armattan Beaver light GoPro 9/10/11 - 25 degrees
€5
Armattan Marmot Badger ultralight GoPro 9/10/11 mount GPS BN220
€5
Armattan Marmot Badger light GoPro 9/10/11 mount GPS BN220
€5
Armattan Marmot Badger light GoPro 9/10/11 mount
€5
Armattan Beaver GoPro 9/10/11 - GPS BN220 - 25 degrees
Free
Armattan Beaver GoPro 9/10/11 - 25 degrees
Free
Armattan Marmot Badger GoPro 9/10/11 mount - Adjustable - GPS
Free
Armattan Marmot Badger GoPro 9/10/11 mount - Adjustable
Free
Armattan Marmot Badger GoPro 9/10/11 mount
Free
Armattan Marmot Badger GoPro 9/10/11 mount - GPS BN220
Free
Armattan Marmot Badger GoPro 9/10/11 mount - ND TBS
Free
Services of 3D printing of parts to order in Moscow!
TOTALPRINT3D provides custom 3D printing services in Moscow and throughout Russia.
We make functional parts, spare parts, prototypes and figurines from plastic on a 3D printer from
1 pc. with a guarantee of quality and timing.
| Order 3D printing |
3D printing of plastic parts
with a guarantee!
TOTALPRINT3D provides custom 3D printing services in Moscow and throughout Russia.
We 3D print functional parts, spare parts, prototypes and plastic figurines from 1 piece.
| Order 3D printing |
Today, 3D printing is the fastest and most economical way to make almost any plastic part!
Consider manufacturing parts for your ideas and projects using the most popular technologies (FDM, SLS, SLA, DLP) from industrial plastics and composites.
Why should 3D printing be ordered from us?
Manufacture from 1 part
We manufacture both piece parts and small series orders.
Own fleet of equipment
We do not resell the services of other manufacturers. All orders are made only by the Totalprint3D team using their own equipment!
Proven materials
We use only proven engineering plastics and composites based on them from a domestic manufacturer!
We work with Phys. and Yur. persons
We work under an agreement with individuals and legal entities. If necessary, we conclude a confidentiality agreement (NDA).
Strict reporting
You can check the progress of work at any time! We will send a detailed photo and video report!
Convenient payment system
For individuals, we use card payments through the online cash desk.
For legal entities and individual entrepreneurs, payment is made by bank transfer.
Professional team
Our team consists of young engineers with more than 5 years of experience in 3D technologies in various industries!
Precise dimensions
We ensure the accuracy of manufacturing parts from 0.
05 mm!
We do post-processing of parts
At the request of the customer, we produce finishing products: chemical polishing, grinding and painting products.
Examples of 3D printing in TOTALPRINT3D:
More projects you can see in our INSTAGRAM.
Materials for 3D printing:
We have selected the 20 most popular materials for 3D printing, which will suit most of your tasks.
Base Resins
Composite Resins
Photopolymers
Special Materials
Base Resins
Composite Resins Photopolymers Special Materials
ABS is the base material used for 3D printing. Its main advantage is high rigidity, interlayer adhesion and excellent machinability with an abrasive tool. Of the negative properties of this material, it should be noted toxicity (in no case should contact with food be allowed), rapid destruction under the influence of ultraviolet radiation and poor resistance to solvents.
Medium strength, suitable for body and functional parts operating in non-aggressive environments. It softens at about +70 degrees.
Perhaps the most common plastic for 3D printing!
Low shrinkage, high stiffness and solvent resistance. However, it has low heat resistance (it softens at +50 degrees), it is rather difficult to process with abrasive and cutting tools at high speeds and is destroyed under the influence of ultraviolet radiation.
This material is perfect for making product prototypes and unloaded functional parts.
ATTENTION! Advertising claims about environmental safety and suitability for contact with food have no evidence base! Plastic decomposes only in special bioreactors!
This material is also called "ABS killer". It has medium hardness, does not dissolve in anything, does not shrink during printing and is resistant to ultraviolet radiation, it is quite well processed by abrasives and cutting tools. It softens at about +70 degrees.
Suitable for everything! It is acceptable to use with food products (cutting for dough and mastic).
This material is almost similar in properties to ABS plastic, but it is suitable for contact with food products (you can make punches for cookies!) and in the case of special solvent treatment you can get a transparent product. Ideal for bottle mockups, neon letters and lights).
The material is similar in properties to ABS, but unlike ABS, it is UV resistant. Suitable for parts that are installed outdoors.
Impact-resistant glass-filled (30%) polyurethane-based composite with heat resistance up to 110 degrees. "Soft" version of TPU GF-10.
Possesses high chemical resistance to solutions of acids and alkalis, fats, oils, xylene, diesel fuel. Limited to gasoline, kerosene, acetone, dichloromethane. Excellent for drilling and threading. Very difficult to sand and paint (special primer required).
WARNING! Available in off-white and black only.
Impact-resistant glass-filled (10%) composite based on polyurethane with heat resistance up to 110 degrees for printing large gears, strong housings, mechanically loaded parts, aerodynamic body kits for cars.
Possesses high chemical resistance to solutions of acids and alkalis, fats, oils, xylene, diesel fuel. Limited to gasoline, kerosene, acetone, dichloromethane. Excellent for drilling and threading. Very difficult to sand and paint (special primer required).
ATTENTION! Available in off-white and black only.
Composite based on ABS and PA6 with 8% fiberglass.
Suitable for end product applications where high impact and UV resistance is required.
Inert to most commercially available chemical solvents, ideal for underhood printing and auto tuning.
WARNING! Available in off-white and black only.
Impact-resistant carbon-filled (5%) material for mechanically loaded parts (gears, tool elements, housings, etc.
). Resistant to all types of solvents, gasolines, acids and alkalis, oils and fats.
Works well with abrasive and cutting tools, incl. at high speeds.
Structural composite based on chopped glass fiber reinforced ABS. Fiberglass content - 12%.
Has outstanding strength characteristics (compared to most 3D printing materials), increased hardness, elasticity, tensile and compressive strength, low print shrinkage.
Unlike plastic FORMAX - not electrically conductive!
VIKA softening point: 118°C.
Available in black only.
High impact flame retardant (UL94 V-0) polymer/polymer composite based on ASA (acrylonitrile styrene acrylate) modified with polycarbonate (PC). Designed for professional use. Ideal for the manufacture of connector blocks for wires, electrical instrument cases, electrical connectors, parts with increased fire safety requirements. Possesses the highest resistance to burning, self-extinguishing.
Engineering material based on ABS with added carbon fiber (30%), capable of withstanding heavy loads and high temperatures, with virtually no shrinkage during printing.
Compared to conventional ABS, it has the following advantages:
- Increased strength and rigidity
- Very good dimensional stability
- Lightweight
- Excellent finish (hidden layers)
CAUTION! Conductive material!
The material is similar in its characteristics to TOTALPRO CF-5 carbon fiber, but due to the foaming structure it has a reduced density (up to 0.8 g/cm3 versus 1.15 g/cm3 for CF-5). This property makes it possible to successfully use this plastic in the manufacture of elements of unmanned aerial vehicles and radio-controlled aircraft / helicopters, as well as in the creation of objects with positive buoyancy.
If you ask us "what is the strongest plastic for 3D printing?", then the answer is unequivocal - ULTRAN 630! This is the most durable material for 3D printing currently available in Russia (in terms of tensile strength, it is comparable to aluminum alloys).
In addition to outstanding strength, it is resistant to all external influences (solvents, ultraviolet, etc.) and is the most heat-resistant plastic (it softens after 135 degrees).
Excellent for:
- surgical items to be sterilized in steam autoclaves;
- power parts;
- parts exposed to aggressive chemical attack;
If you are familiar with Lost Wax Casting (LVM), then this material is for you! This modified wax is designed to create printing waxes of simple and complex parts for further casting from metal (usually steel, aluminum, bronze, brass).
Flexible materials of various stiffness are intended primarily for 3D printing of rubber-like products.
Gray photopolymer base.
Highly detailed and medium durability.
Suitable for figurines, mockup parts and accurate prototypes.
Orange high precision photopolymer.
Has very high (~130 degrees) heat resistance and amazing detail. Hard and brittle. It is intended, first of all, for high-precision details of mock-ups, figurines, master models for pouring into silicone.
Photopolymer with improved impact and bending strength. Ideal for various technical parts subject to cyclic loads (latches, clamps, carabiners, etc.).
Structural photopolymer, properties similar to ABS plastic.
Excellent for micro gears and functional parts.
Photopolymer with heat resistance up to 190 degrees! It has high rigidity and is intended for functional parts operating for a long time at high temperatures (bushings, dielectric spacers, etc.)
Price of 3D printing services:
Attention! The minimum order amount is 4000r.
You can see the full price list for the services provided in the PRICES section
3D printing "PRO"
From 30 r/cc
3D printing with structural composite plastics based on ABS, polyurethane and polyamide, reinforced with glass and carbon fibers.
Used in the manufacture of functional parts subject to various loads (mechanical, thermal, chemical).
| ORDER |
3D printing "LIGHT"
From 8 r/cc.
3D printing with base plastics PLA, ABS, SBS, PETG
It is used for models, figurines, decorative details, templates, equipment and other products that are not subject to mechanical and thermal loads.
| ORDER |
Where are we?
Detailed contact information and directions to the pickup point can be found in the CONTACTS section
Where are we located?
Detailed contact information and directions for
to the point of issue of orders can be found in the section CONTACTS
E-mail: [email protected]
Phone: +7(495)109-19-72
Office and production:
Moscow, Vnukovo, st. 1st regular d.6
Receiving samples and issuing orders:
Moscow, Leningradsky pr-t d.45Gk37
ONLY ON WEEKDAYS! from 8:00 to 17:00.
Working hours:
Weekdays: 10:00-19:00 (break 13:00-14:00)
Weekends: 10:00-16:00 (break 13:00-14:00)
Download company details
The first layer does not stick when printing on a 3D printer?
Home » Articles » Problems with 3D Printing » First layer not sticking when printing on a 3D printer?
First coat not sticking?
This problem needs to be urgently solved, since the quality of the model construction depends on the first layer serving as the basis, or rather on the reliability of its fastening to the desktop. There are several reasons for its appearance, consider the most common of them.
1. Print platform skewed.
The print platform must be in an absolutely flat horizontal position before starting the 3D printer, otherwise the distance between the nozzle and it will be uneven. To align it with the design of the printer, screws and handles are provided, as well as a special function - the "Bed leveling wizard".
It can be found in the "Tools" menu and can be used to step-by-step configure the platform by setting the required parameters.
2. Wrong working distance calibration.
Leveling the worktable is only half the battle, it is important to place the extruder nozzle over it correctly so that there is enough free space for the filament to exit, but at the same time the filament seems to be pressed into it. To do this, you need to use the calibration function of the working platform, which most modern models have. If your 3D printer does not have this feature, then you will have to manually calibrate the desktop - fix the print head in a static position and stop the motors, and then adjust the distance by moving the print unit.
Another way to calibrate the 3D printer desktop is software adjustment, which is highly accurate and easy to use. You will find all the necessary parameters for it in the menu. All you need to do is to correct the indicators in the slicer G-Code.
Initially, it is better to set small distance values, and then control them by test printing and, if necessary, make changes to them.
When calibrating the 3D printer desktop, please note the following:
- If the nozzle is at a considerable distance from the build platform, there will always be a risk of the filament coming off during printing due to insufficient pressure on it.
- Insufficient clearance between the build bed and the nozzle can cause damage to them and poor print quality due to lack of space for the filament to exit and form a 3D model.
- A normal distance between the nozzle and the work table will ensure that the layers are formed correctly over the entire surface area and that they adhere well to each other.
Consider the above recommendations and do not ignore the need for calibration.
3. Print speed selected incorrectly.
An incorrectly selected print speed can break the adhesion between the layers of the model being grown.
This is especially true for the output of the first layer. Its insufficient adhesion to the working surface indicates too high a print speed. The output of the filament thread can and should be slowed down using the corresponding First Layer Speed function from the Edit Process Settings menu. When printing the first layer, reduce the speed settings set by the program by half.
4. Incorrect operating temperature setting.
A 3D model may warp if it cools quickly. High-temperature ABS plastics “sin” with this, which need to be given more time to cool than other materials. Cooling models provide special fans. They have their own operating parameters, which users can change on their own. With rapid cooling, there is a risk of plastic peeling off the desktop, which provokes deformation of the 3D model. Switching off the fan is usually enough to prevent this. This will allow the first layers of the model to cool slowly and reduce the risk of deformation to zero.
To turn off the fans, the Cooling function is provided from the Edit Process Settings menu. Some models even allow users to specify a different fan speed for the first layer and each subsequent layer. When printing a 3D model with high-temperature ABS plastics, the fan can be completely turned off and the platform heating turned on, which eliminates the risk of deformation of the first layer. This feature is found in the Edit Process SettingsTemperature menu. To turn on the platform heating, you need to specify the temperature parameters of the first layer of the future model. In order not to make a mistake with them, we recommend using the established material heating standards that are used for 3D printing. In the presence of drafts, additional protection of the working platform from cooling is required.
5. Wrong material selection for platform protection.
For both professional and amateur 3D printing, different filaments are used, so their reaction to the consumables used - tape, glue, etc.
