DOBOT MG400 - Dobot MG400 robotic arm, 440 mm, 750 g
3105.45 EUR
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The DOBOT MG400 industrial robot is a lightweight desktop robot with a footprint smaller than a piece of A4 paper. It is designed to make automation accessible and affordable for small and medium-sized businesses. With a load capacity of 750 g, a maximum range of 440 mm, hand guidance and collision detection, the MG400 is the perfect robot for implementing small automation solutions.
Thanks to its intuitive programming options, such as teaching & playback or graphical programming, the DOBOT MG400 enables every user-no matter their level of programming experience-to commission the robot quickly and easily.
Features
EAN: 6970632060045
Delivery Cost: 14.95 EUR
Availability: in stock
Delivery Time: 4-5 business days
Condition: new
The DOBOT MG400 industrial robot is a lightweight desktop robot with a footprint smaller than a piece of A4 paper. It is designed to make automation accessible and affordable for small and medium-sized businesses. With a load capacity of 750 g, a maximum range of 440 mm, hand guidance and collision detection, the MG400 is the perfect robot for implementing small automation solutions.
Thanks to its intuitive programming options, such as teaching & playback or graphical programming, the DOBOT MG400 enables every user-no matter their level of programming experience-to commission the robot quickly and easily.
Features
- Comprehensive industrial quality, designed for continuous loading
- Professional hardware: modern servo drive technology, use of absolute encoders
- High precision: repeatability of ± 0.05 mm
- Thanks to the integrated vibration damper algorithm and ensured trajectory accuracy of multi-axis motion, repeatability is improved by 60% and residual vibration is reduced by 70%
- Freedrive mode: manual guidance to teach in complex trajectories
- Variety of programming options: graphical programming via Blockly, support of e.g. Python or Lua script
EAN: 6970632060045
Delivery Cost: 14.95 EUR
Availability: in stock
Delivery Time: 4-5 business days
Condition: new
Comparison of Similar Products
Details:
- Content: 10 pieces
- Dimensions: 15 x 440 mm
- Material: 100% recycled plastic
- Colour: green
- Product features: safety catch
- Sustainable product: recyclable
- Sustainable packaging: recyclable
Thanks to the ATX 3.1 standard and native 12V-2x6 support, the power supply unit is perfectly suited to modern PCIe 5.0 graphics cards. Developed by Lian Li, the 12V-2x6 cable ensures maximum stability and secure connections with soldered copper connectors.
Other highlights include fully modular cable management, a 92-mm FDB fan with ZERO-RPM mode for quiet operation, comprehensive protection mechanisms (OCP, OVP, SCP, OPP, RRP, OTP) and an exclusive cable design that prevents GPU clearance issues.
The SP V2 combines compactness, power and efficiency - ideal for high-end mini PCs.
Thanks to the ATX 3.1 standard and native 12V-2x6 support, the power supply unit is perfectly suited to modern PCIe 5.0 graphics cards. Developed by Lian Li, the 12V-2x6 cable ensures maximum stability and secure connections with soldered copper connectors.
Other highlights include fully modular cable management, a 92-mm FDB fan with ZERO-RPM mode for quiet operation, comprehensive protection mechanisms (OCP, OVP, SCP, OPP, RRP, OTP) and an exclusive cable design that prevents GPU clearance issues.
The SP V2 combines compactness, power and efficiency - ideal for high-end mini PCs.
The LC6750G-SI V3.1 is an 80 PLUS GOLD-certified, fully modular ATX power supply unit that ensures good performance and stability in the system.
Part of the Integrator series, the LC6750G-SI V3.1 power supply unit provides 750 watts of power and serves as a reliable power solution for a wide range of applications. Equipped with a quiet 135-mm fan, it operates efficiently and ensures optimal cooling.
- ATX form factor
- 750 watt
- 135-mm fan
- Fully modular cable management
- Black braided cables
- 80 PLUS® Gold certified
- Efficiency up to 90%
- Full range: 100 - 240 V
- Six safety circuits
- DC-to-DC technology
- Powerful +12 V line (62.4 A)
- 3x PCIe 6+2-pin
- 1x PCIe 5.1 12-V-2x6 12+4-pin
Fully modular and sleeved cables
With a fully modular cable management system, the LC6750G-SI V3.1 offers users maximum flexibility during installation and system configuration.
The LC6750G-SI V3.1 Integrator series power supply unit is supplied with high-quality black sleeved cables that not only provide a clean and attractive look, but also make installation neat and straightforward.
With ceramic socket and plastic bulb, average life of 20,000 hours, non-dimmable, diameter 16 mm, length 54 mm, for 230-V mains voltage
This increases productivity while reducing working hours, resources and operating costs. The reduced spray behaviour of the wires increases safety and ensures a clean working area.
PERFORMANCE AND PRODUCTIVITY - Optimised performance through guaranteed and consistent 100% continuous flux core
HIGH-QUALITY SOLDER JOINTS - Long-lasting, high-strength solder joints with no cracking, even on difficult surfaces
LOW OPERATING COSTS - Up to 70% less peak consumption and low total cost of ownership by saving time and resources while increasing productivity
REDUCED PROCESSING - Increases direct user safety and cleanliness of the working area
FLOW AND HEAT PERFORMANCE - Patented alloys guarantee optimum soldering results
MAXIMUM FLEXIBILITY - Wide range of alloys and fluxes, as well as different wire diameters
TOP WETTING - Fast and homogeneous wetting due to 100% continuous flux core
The DOBOT Magician Lite provides a simple and playful way to get started with robot programming at home. The compact design and multi-functional robotic arm mean you can discover and design to your heart's content. In addition to DOBOTStudio, you can also learn user-friendly and playful programming using the DOBOTBlock development environment. When used in combination with the Magic Box, the DOBOT Magician Lite can be turned into a standalone device, making it even more convenient. The DOBOT Magician Lite is a versatile robot that can be used for countless applications and has been designed for users of all levels of experience.
DOBOTStudio software
The DOBOT Magician Lite is controlled using the free DOBOTStudio software, which is available for Windows and Mac. Three programming options are available: script mode, the graphical programming interface (Blockly) and the teaching & playback function.
- Thread: M12
- Package content: 1
- Weight: 20 g
- Material 1: special tool steel
- Packaging height: 24 mm
- Packaging width: 150 mm
- Packaging length: 467 mm
Readability: 1.0g
Weighing range: max. 4.0kg
Weighing plate: 170x150 mm
Dimensions: 165x230x80 mm
Weight: 1000g
- Auto-Off function after three minutes to conserve battery life
-Quantities: Reference quantities can be selected,
display can be switched from quantity to weight.
- Recipe: Separate memory for weight
the tare container and recipe ingredients.
-Percentage determination: Displays the deviation
from the reference weight (100%) in % instead of grams.
-RS232C interface, bidirectional, to
connect a printer or PC.
Incl. Power adapter,
Battery operation possible (9-V block).
- 80 PLUS® Gold certified
- ATX 3.1 & PCIe 5.1 compatible
- Native 12V-2×6 connection with dual-colour design
- Quiet 120-mm fan
Positively switching
At only 12 mm in width, the digital input terminal has over 16 channels.
The device registers binary control signals from the field range, e.g. from sensors, transmitters, switches or proximity switches.
The terminal is equipped with CAGE-CLAMP® connections, enabling single-stranded conductors to be inserted directly.
An RC filter is connected upstream of each input channel with a time constant of 3.0 ms for suppressing interference.
The signal state of each channel is indicated by means of a green status LED.
Field and system levels are galvanically isolated from one another.
Number of inputs: 16
Power consumption (internal): 25 mA
Voltage via power contacts: DC 24 V (-25% ... +30%)
Signal voltage (0): DC -3 V ... +5 V
Signal voltage (1): DC +15 V ... +30 V
Input filter: 3.0 ms
Typical input current: +0.6 mA (at DC -3 V ... +5 V) +2.1 mA ... +2.4 mA (at DC 15 V...+32 V)
Potential separation: 500 V system/field
Connection technology: CAGE CLAMP®S
Cross-sections:
• 0.08 mm² single-stranded/
• 0.25 mm² fine-stranded ... 1.5 mm²/AWG 28/22 ... 14
Insulation stripping lengths 8 ... 9 mm / 0.33 in
Width: 12 mm
Weight: 50 g
Positively switching
At only 12 mm in width, the digital output terminal has over 16 channels.
It issues binary control signals from the automation device to the connected actuators (e.g. solenoids, contactors, transmitters, relays or other electronic loads).
The terminal is equipped with CAGE-CLAMP® connections, enabling single-stranded conductors to be inserted directly. The signal state of each channel is indicated by means of a green status LED.
Field and system levels are galvanically isolated from one another.
Number of outputs: 16
Max. power consumption (internal): 40 mA
Voltage via power contacts: DC 24 V (-25% ... +30%)
Load type: ohmic, inductive, lamp load
Max. Switching frequency 1 kHz
Max. output current: 0.5 A short-circuit proof
Typical power consumption (field side): 29 mA
Potential separation: 500 V system/field
Connection technology: CAGE CLAMP®S
Cross-sections:
• 0.08 mm² single-stranded/
• 0.25 mm² fine-stranded ... 1.5 mm²/AWG 28/22 ... 14
Insulation stripping lengths 8 ... 9 mm / 0.33 in
Width: 12 mm
Weight: 50 g
It outputs binary control signals from the automation device to the connected actuators (e.g. solenoid valves, contactors, encoders, relays or other electrical loads).
The module has push-in CAGE CLAMP® connections and thus enables the direct connection of solid conductors.
The signal status of each channel is indicated by a green status LED.
Field and system levels are galvanically isolated from each other.
An operating tool with 2.5mm blade (210-719) is required to open the push-in CAGE CLAMP® connections.
The device is suitable for use under difficult ambient conditions:
- greatly extended temperature range
- higher dielectric strength and EMC resistance
- higher vibration and shock resistance
It outputs binary control signals from the automation device to the connected actuators (e.g. solenoid valves, contactors, encoders, relays or other electrical loads).
The module has push-in CAGE CLAMP® connections and thus enables the direct connection of solid conductors.
The signal status of each channel is indicated by a green status LED.
Field and system levels are galvanically isolated from each other.
An operating tool with 2.5mm blade (210-719) is required to open the push-in CAGE CLAMP® connections.
The device is suitable for use under difficult ambient conditions:
- greatly extended temperature range
- higher dielectric strength and EMC resistance
- higher vibration and shock resistance
It acquires binary control signals from the field, e.g. from sensors, encoders, switches or proximity switches.
The module has push-in CAGE CLAMP® connections and thus enables the direct connection of solid conductors.
Each input channel is preceded by an RC filter with a time constant of 3.0 ms for noise suppression.
The signal status of each channel is indicated by a green status LED.
Field and system levels are galvanically isolated from each other.
An operating tool with 2.5mm blade (210-719) is required to open the push-in CAGE CLAMP® connections.
The device is suitable for use under difficult ambient conditions:
- greatly extended temperature range
- higher dielectric strength and EMC resistance
- higher vibration and shock resistance
Technical details
telescopic arm 280 - 800 mm
Mirror 40x65 mm with LED light
Includes handy retaining clip
Weight approx. 75 g
Power supplied by 2x CR2032 button cells (included)
Water bottle made of aluminium with plastic cap, assorted colours, food safe.
Dimensions: 218x73x73 mm
Weight: 115 g
Colours: black, silver, red, blue (unfortunately particular colours cannot be selected)
Versatile PLA filament for precise and aesthetically pleasing results.
BEDROCK 3D PLA is a high-quality, plant-based filament based on polylactic acid - designed for users who expect consistent print quality, easy handling and a clean, shiny surface finish. Its excellent flow properties and rapid cooling enable sharp edges, precise details and high dimensional accuracy - even at higher print speeds.
Sustainable, dimensionally stable and easy to process
The biodegradable BEDROCK 3D PLA is made from renewable raw materials and combines environmental awareness with industrial performance. It hardly warps, shows minimal shrinkage and is therefore ideal for open 3D printing systems. Due to the low processing temperatures and uncomplicated adhesion to common printing surfaces-such as glass or PEI-users achieve reproducible results without the need for time-consuming calibration.
Versatile PLA filament for precise and aesthetically pleasing results.
BEDROCK 3D PLA is a high-quality, plant-based filament based on polylactic acid - designed for users who expect consistent print quality, easy handling and a clean, shiny surface finish. Its excellent flow properties and rapid cooling enable sharp edges, precise details and high dimensional accuracy - even at higher print speeds.
Sustainable, dimensionally stable and easy to process
The biodegradable BEDROCK 3D PLA is made from renewable raw materials and combines environmental awareness with industrial performance. It hardly warps, shows minimal shrinkage and is therefore ideal for open 3D printing systems. Due to the low processing temperatures and uncomplicated adhesion to common printing surfaces-such as glass or PEI-users achieve reproducible results without the need for time-consuming calibration.
Versatile PLA filament for precise and aesthetically pleasing results.
BEDROCK 3D PLA is a high-quality, plant-based filament based on polylactic acid - designed for users who expect consistent print quality, easy handling and a clean, shiny surface finish. Its excellent flow properties and rapid cooling enable sharp edges, precise details and high dimensional accuracy - even at higher print speeds.
Sustainable, dimensionally stable and easy to process
The biodegradable BEDROCK 3D PLA is made from renewable raw materials and combines environmental awareness with industrial performance. It hardly warps, shows minimal shrinkage and is therefore ideal for open 3D printing systems. Due to the low processing temperatures and uncomplicated adhesion to common printing surfaces-such as glass or PEI-users achieve reproducible results without the need for time-consuming calibration.
Versatile PLA filament for precise and aesthetically pleasing results.
BEDROCK 3D PLA is a high-quality, plant-based filament based on polylactic acid - designed for users who expect consistent print quality, easy handling and a clean, shiny surface finish. Its excellent flow properties and rapid cooling enable sharp edges, precise details and high dimensional accuracy - even at higher print speeds.
Sustainable, dimensionally stable and easy to process
The biodegradable BEDROCK 3D PLA is made from renewable raw materials and combines environmental awareness with industrial performance. It hardly warps, shows minimal shrinkage and is therefore ideal for open 3D printing systems. Due to the low processing temperatures and uncomplicated adhesion to common printing surfaces-such as glass or PEI-users achieve reproducible results without the need for time-consuming calibration.
Versatile PLA filament for precise and aesthetically pleasing results.
BEDROCK 3D PLA is a high-quality, plant-based filament based on polylactic acid - designed for users who expect consistent print quality, easy handling and a clean, shiny surface finish. Its excellent flow properties and rapid cooling enable sharp edges, precise details and high dimensional accuracy - even at higher print speeds.
Sustainable, dimensionally stable and easy to process
The biodegradable BEDROCK 3D PLA is made from renewable raw materials and combines environmental awareness with industrial performance. It hardly warps, shows minimal shrinkage and is therefore ideal for open 3D printing systems. Due to the low processing temperatures and uncomplicated adhesion to common printing surfaces-such as glass or PEI-users achieve reproducible results without the need for time-consuming calibration.
Versatile PLA filament for precise and aesthetically pleasing results.
BEDROCK 3D PLA is a high-quality, plant-based filament based on polylactic acid - designed for users who expect consistent print quality, easy handling and a clean, shiny surface finish. Its excellent flow properties and rapid cooling enable sharp edges, precise details and high dimensional accuracy - even at higher print speeds.
Sustainable, dimensionally stable and easy to process
The biodegradable BEDROCK 3D PLA is made from renewable raw materials and combines environmental awareness with industrial performance. It hardly warps, shows minimal shrinkage and is therefore ideal for open 3D printing systems. Due to the low processing temperatures and uncomplicated adhesion to common printing surfaces-such as glass or PEI-users achieve reproducible results without the need for time-consuming calibration.
Versatile PLA filament for precise and aesthetically pleasing results.
BEDROCK 3D PLA is a high-quality, plant-based filament based on polylactic acid - designed for users who expect consistent print quality, easy handling and a clean, shiny surface finish. Its excellent flow properties and rapid cooling enable sharp edges, precise details and high dimensional accuracy - even at higher print speeds.
Sustainable, dimensionally stable and easy to process
The biodegradable BEDROCK 3D PLA is made from renewable raw materials and combines environmental awareness with industrial performance. It hardly warps, shows minimal shrinkage and is therefore ideal for open 3D printing systems. Due to the low processing temperatures and uncomplicated adhesion to common printing surfaces-such as glass or PEI-users achieve reproducible results without the need for time-consuming calibration.
Versatile PLA filament for precise and aesthetically pleasing results.
BEDROCK 3D PLA is a high-quality, plant-based filament based on polylactic acid - designed for users who expect consistent print quality, easy handling and a clean, shiny surface finish. Its excellent flow properties and rapid cooling enable sharp edges, precise details and high dimensional accuracy - even at higher print speeds.
Sustainable, dimensionally stable and easy to process
The biodegradable BEDROCK 3D PLA is made from renewable raw materials and combines environmental awareness with industrial performance. It hardly warps, shows minimal shrinkage and is therefore ideal for open 3D printing systems. Due to the low processing temperatures and uncomplicated adhesion to common printing surfaces-such as glass or PEI-users achieve reproducible results without the need for time-consuming calibration.
Versatile PLA filament for precise and aesthetically pleasing results.
BEDROCK 3D PLA is a high-quality, plant-based filament based on polylactic acid - designed for users who expect consistent print quality, easy handling and a clean, shiny surface finish. Its excellent flow properties and rapid cooling enable sharp edges, precise details and high dimensional accuracy - even at higher print speeds.
Sustainable, dimensionally stable and easy to process
The biodegradable BEDROCK 3D PLA is made from renewable raw materials and combines environmental awareness with industrial performance. It hardly warps, shows minimal shrinkage and is therefore ideal for open 3D printing systems. Due to the low processing temperatures and uncomplicated adhesion to common printing surfaces-such as glass or PEI-users achieve reproducible results without the need for time-consuming calibration.
Versatile PLA filament for precise and aesthetically pleasing results.
BEDROCK 3D PLA is a high-quality, plant-based filament based on polylactic acid - designed for users who expect consistent print quality, easy handling and a clean, shiny surface finish. Its excellent flow properties and rapid cooling enable sharp edges, precise details and high dimensional accuracy - even at higher print speeds.
Sustainable, dimensionally stable and easy to process
The biodegradable BEDROCK 3D PLA is made from renewable raw materials and combines environmental awareness with industrial performance. It hardly warps, shows minimal shrinkage and is therefore ideal for open 3D printing systems. Due to the low processing temperatures and uncomplicated adhesion to common printing surfaces-such as glass or PEI-users achieve reproducible results without the need for time-consuming calibration.
Versatile PLA filament for precise and aesthetically pleasing results.
BEDROCK 3D PLA is a high-quality, plant-based filament based on polylactic acid - designed for users who expect consistent print quality, easy handling and a clean, shiny surface finish. Its excellent flow properties and rapid cooling enable sharp edges, precise details and high dimensional accuracy - even at higher print speeds.
Sustainable, dimensionally stable and easy to process
The biodegradable BEDROCK 3D PLA is made from renewable raw materials and combines environmental awareness with industrial performance. It hardly warps, shows minimal shrinkage and is therefore ideal for open 3D printing systems. Due to the low processing temperatures and uncomplicated adhesion to common printing surfaces-such as glass or PEI-users achieve reproducible results without the need for time-consuming calibration.
- Thanks to good adhesion and pre-configured print profiles, anyone can achieve perfect results quickly and easily the first time around
- In comparison with PLA and Tough PLA, Ultimaker PETG offers the widest range of technical applications - ideal for industrial parts, tools and prototypes
- As one of the most affordable technical materials for 3D printing and with a good mix of properties, Ultimaker PETG is a great way to standardise printing processes in your company
Here are some of the key mechanical properties of Ultimaker PETG:
- Good chemical resistance to lubricants, oils, alcohol, acids and alkalis
- Can withstand humid environments and temperatures up to 76°C
- Tough and wear-resistant
- Ultimaker PETG is available in 14 different colours, including transparent and fluorescent, and is suitable for a wide range of applications: from colour coding to transparent components
Versatile PLA filament for precise and aesthetically pleasing results.
BEDROCK 3D PLA is a high-quality, plant-based filament based on polylactic acid - designed for users who expect consistent print quality, easy handling and a clean, shiny surface finish. Its excellent flow properties and rapid cooling enable sharp edges, precise details and high dimensional accuracy - even at higher print speeds.
Sustainable, dimensionally stable and easy to process
The biodegradable BEDROCK 3D PLA is made from renewable raw materials and combines environmental awareness with industrial performance. It hardly warps, shows minimal shrinkage and is therefore ideal for open 3D printing systems. Due to the low processing temperatures and uncomplicated adhesion to common printing surfaces-such as glass or PEI-users achieve reproducible results without the need for time-consuming calibration.
Versatile PLA filament for precise and aesthetically pleasing results.
BEDROCK 3D PLA is a high-quality, plant-based filament based on polylactic acid - designed for users who expect consistent print quality, easy handling and a clean, shiny surface finish. Its excellent flow properties and rapid cooling enable sharp edges, precise details and high dimensional accuracy - even at higher print speeds.
Sustainable, dimensionally stable and easy to process
The biodegradable BEDROCK 3D PLA is made from renewable raw materials and combines environmental awareness with industrial performance. It hardly warps, shows minimal shrinkage and is therefore ideal for open 3D printing systems. Due to the low processing temperatures and uncomplicated adhesion to common printing surfaces-such as glass or PEI-users achieve reproducible results without the need for time-consuming calibration.
Versatile PLA filament for precise and aesthetically pleasing results.
BEDROCK 3D PLA is a high-quality, plant-based filament based on polylactic acid - designed for users who expect consistent print quality, easy handling and a clean, shiny surface finish. Its excellent flow properties and rapid cooling enable sharp edges, precise details and high dimensional accuracy - even at higher print speeds.
Sustainable, dimensionally stable and easy to process
The biodegradable BEDROCK 3D PLA is made from renewable raw materials and combines environmental awareness with industrial performance. It hardly warps, shows minimal shrinkage and is therefore ideal for open 3D printing systems. Due to the low processing temperatures and uncomplicated adhesion to common printing surfaces-such as glass or PEI-users achieve reproducible results without the need for time-consuming calibration.
BEDROCK 3D PLA PRO1 was developed as an engineering-grade filament that combines the ease-of-use of PLA with the performance of technical plastics. It is ideal for functional prototypes, devices, serial parts and print farms where reliability, efficiency and repeatability are critical. The material delivers consistently high-quality results - print after print.
Customisable performance for every application
PLA PRO1 is suitable for an extraordinarily wide range of processes and applications: The print parameters can be altered to prioritise maximum speed, maximum strength or optimised surface quality - or to combine them in a balanced manner. This flexibility sets PLA PRO1 apart from conventional filaments and makes it a universal material for demanding printing tasks.
Optimised flow properties and excellent layer adhesion
The specially designed material formulation ensures excellent layer adhesion and stable extrusion. The result is precise, homogeneous components with high mechanical integrity. Even complex geometries and overhangs can be reliably printed - in many cases without additional support structures.
Versatile PLA filament for precise and aesthetically pleasing results.
BEDROCK 3D PLA is a high-quality, plant-based filament based on polylactic acid - designed for users who expect consistent print quality, easy handling and a clean, shiny surface finish. Its excellent flow properties and rapid cooling enable sharp edges, precise details and high dimensional accuracy - even at higher print speeds.
Sustainable, dimensionally stable and easy to process
The biodegradable BEDROCK 3D PLA is made from renewable raw materials and combines environmental awareness with industrial performance. It hardly warps, shows minimal shrinkage and is therefore ideal for open 3D printing systems. Due to the low processing temperatures and uncomplicated adhesion to common printing surfaces-such as glass or PEI-users achieve reproducible results without the need for time-consuming calibration.
Versatile PLA filament for precise and aesthetically pleasing results.
BEDROCK 3D PLA is a high-quality, plant-based filament based on polylactic acid - designed for users who expect consistent print quality, easy handling and a clean, shiny surface finish. Its excellent flow properties and rapid cooling enable sharp edges, precise details and high dimensional accuracy - even at higher print speeds.
Sustainable, dimensionally stable and easy to process
The biodegradable BEDROCK 3D PLA is made from renewable raw materials and combines environmental awareness with industrial performance. It hardly warps, shows minimal shrinkage and is therefore ideal for open 3D printing systems. Due to the low processing temperatures and uncomplicated adhesion to common printing surfaces-such as glass or PEI-users achieve reproducible results without the need for time-consuming calibration.
BEDROCK 3D PLA PRO1 was developed as an engineering-grade filament that combines the ease-of-use of PLA with the performance of technical plastics. It is ideal for functional prototypes, devices, serial parts and print farms where reliability, efficiency and repeatability are critical. The material delivers consistently high-quality results - print after print.
Customisable performance for every application
PLA PRO1 is suitable for an extraordinarily wide range of processes and applications: The print parameters can be altered to prioritise maximum speed, maximum strength or optimised surface quality - or to combine them in a balanced manner. This flexibility sets PLA PRO1 apart from conventional filaments and makes it a universal material for demanding printing tasks.
Optimised flow properties and excellent layer adhesion
The specially designed material formulation ensures excellent layer adhesion and stable extrusion. The result is precise, homogeneous components with high mechanical integrity. Even complex geometries and overhangs can be reliably printed - in many cases without additional support structures.
Versatile PLA filament for precise and aesthetically pleasing results.
BEDROCK 3D PLA is a high-quality, plant-based filament based on polylactic acid - designed for users who expect consistent print quality, easy handling and a clean, shiny surface finish. Its excellent flow properties and rapid cooling enable sharp edges, precise details and high dimensional accuracy - even at higher print speeds.
Sustainable, dimensionally stable and easy to process
The biodegradable BEDROCK 3D PLA is made from renewable raw materials and combines environmental awareness with industrial performance. It hardly warps, shows minimal shrinkage and is therefore ideal for open 3D printing systems. Due to the low processing temperatures and uncomplicated adhesion to common printing surfaces-such as glass or PEI-users achieve reproducible results without the need for time-consuming calibration.
Versatile PLA filament for precise and aesthetically pleasing results.
BEDROCK 3D PLA is a high-quality, plant-based filament based on polylactic acid - designed for users who expect consistent print quality, easy handling and a clean, shiny surface finish. Its excellent flow properties and rapid cooling enable sharp edges, precise details and high dimensional accuracy - even at higher print speeds.
Sustainable, dimensionally stable and easy to process
The biodegradable BEDROCK 3D PLA is made from renewable raw materials and combines environmental awareness with industrial performance. It hardly warps, shows minimal shrinkage and is therefore ideal for open 3D printing systems. Due to the low processing temperatures and uncomplicated adhesion to common printing surfaces-such as glass or PEI-users achieve reproducible results without the need for time-consuming calibration.
Sophisticated ABS for maximum process reliability.
BEDROCK 3D ABS Fusion+ has been specially designed to eliminate the typical weaknesses of standard ABS filaments. Thanks to optimised flow properties and improved dimensional stability, it can be used to reliably and reproducibly create components of professional quality - without warping, cracking or adhesion problems. The material boasts high temperature resistance and mechanical robustness, ideal for devices, automotive components and functional prototypes.
Excellent adhesion and minimal warping
The improved surface adhesion of BEDROCK 3D ABS Fusion+ ensures a stable print base, even with large objects. Thanks to the controlled shrinkage, dimensional accuracy is maintained even during long printing sessions - incorrect prints and rework are significantly reduced. This noticeably increases productivity and process reliability, especially in the case of large technical components.
Compatible with water-soluble support materials
Another advantage: BEDROCK 3D ABS Fusion+ reliably adheres to water-soluble support materials. This allows complex geometries with cavities, overhangs or internal structures to be printed - without the need for complex rework or chemicals.
