The Micro Plus XL provides the ideal desktop companion for a wide variety of 3D printing applications. It is a professional grade 3D printing solution utilizing an industrial UV LED light source and the largest build envelope available in the Micro Plus Series.
A touchscreen adds convenience to the user interface, allowing for the necessary files for the print to quickly and easily be transferred from any network computer directly to the Micro Plus via Wi-Fi.
The Micro Plus 3D printers can produce functional parts with exceptional surface quality without sacrificing speed. The materials available for the Micro Plus line cover a wide range of applications, including dental, jewelry, toy, medical, industrial design, engineering, and more.
Machine Properties
Build Envelope
120 x 74 x 85 mm (4.72 x 2.9 x 3.35 in.)
XY Resolution*
82 µm (0.003 in.) in X and 105 µm (0.004 in.) in Y
Dynamic Voxel Resolution in Z (User adjustable and material dependent)
25 – 75 µm (0.001” – 0.003”)
Light Source
Industrial UV LED
Data Handling
STL
Warranty
1 year back to factory including parts and labor
System Properties
- Changeover between materials is quick and easy with no waste.
- Plug and play with an easy to use software interface.
- Very few moving parts guarantees a strong and reliable production system.
- Touchscreen and embedded PC with Wi-Fi capability add ease to the user interface.
- Footprint (L x W x H): 22.86 x 24.13 x 70.87 cm (9 x 9.5 x 27.9 in.)
- Weight: 16 kg (35 lbs)
Materials Available
Snap-fit items that require some elasticity
Strong, clear material with flexible capabilities
Flexible, holding high stress and force
A biocompatible material for precision surgical drill guides used in surgery
A castable material with moderate levels of wax for 3D printing heavier jewelry pieces up to 20 grams finish weight
Dental crown and bridge dental material.
A biocompatible crystal clear material for accurate bite and night guards
A castable material specifically formulated for patterns with thin features and some flexibility, such as partial frameworks
A low-wax 3D printing material ideal for professional retail and jewelry customers who require flexibility between large and small pieces
For hearing aid products, otoplastics, and medical devices
for applications in the Hearing Aid industries
Custom hearing device applications
for hearing aid industries, distinguished for rigidity and durability
silicone otoplastics by additive manufacture
High temperature molding material for non-metal masters
extremely durable for use in high accuracy parts
A popular casting material, PIC 100 is ideal for printing jewelry, dental and other parts requiring exceptional detail and surface finish
highly detailed parts with crisp features
Super-fast printing material for quick design verification models
for robust and durable parts
A material developed specifically for the rapid production of highly accurate, scannable dental models
robust, accurate, and functional parts
robust, accurate, and functional parts
Ceramic-filled material for 3D printing very high resolution parts that are also tough and stiff
Prototype and end-use model printing
Dental crown and bridge material
Creates flexible gingival masks for use in combination with 3D printed dental models.
Orthodontic indirect bonding trays
A biocompatible material for direct 3D printing of pink denture bases
Polyurethane-like resin that 3D prints end-use and prototype parts that compete with injection molded plastics
Applications
3
Related Printers:
Micro Plus Hi-Res
Mit der Micro Plus Hi-Res lassen sich kleine, hochwertige und präzise Bauteile fertigen. Somit ist dieser Drucker ideal für Designer, Juweliere und Schmuckhersteller. Er fertigt fünf bis sechs durchschnittlich große Ringe in einem Durchgang, mit exzellenter Detailgenauigkeit und Oberflächengüte.
Bauraum
45 x 28 x 100 mm (1.77 x 1.10 x 3.94 in.)
XY-Auflösung*
30 μm (0.0012 in.)
Primärmarkt
Desktop XL Plus
Die Desktop XL Plus bietet einen Bauraum von bis zu 93 cm3 (36.6 in3) bei einer Auflösung von bis zu 36 µm und verbesserter Baugeschwindigkeit. Das macht diesen Drucker zur idealen Lösung für kleine und mittlere Unternehmen, die nach einem flexiblen 3D-Drucksystem suchen.
Bauraum
100 x 75 x 80 mm (3.94 x 2.95 x 3.15 in.)
XY-Auflösung*
71 µm (0.0028 in.)
Primärmarkt
P4 Standard
Die Beste Lösung für Kunden im Bereich der Gebrauchsgüter bzw. im Animationssegment. Auflösungen von bis zu 42 µm (0,0017 Zoll) bei Baugrößen von 2687 cm³ sind möglich.
Bauraum
160 x 100 x 180 or 230 mm (6.3 x 3.9 x 7.09 or 9.06 in.)
XY-Auflösung*
83 µm (0.0033 in.)
Primärmarkt
Micro Plus cDLM
The Micro Plus cDLM’s patented technology allows for incredibly fast build speeds without sacrificing resolution or quality. Using a continuous motion of the build plate in the Z direction, prints can be completed in minutes rather than hours and still maintain 1 µm (0.00004 in.) accuracy in the Z direction.
Bauraum
45 x 28 x 75 mm (1.8 x 1.1 x 2.95 in.)
Pixel Size in X
39.8 µm (0.002 in.)
Primärmarkt
Micro Plus Advantage
Der kostengünstige 3D-Drucker Micro Plus Advantage ist ideal geeignet für Juweliere und Branchen, die sich auf kleine Präzisionsteile spezialisiert haben. In einem Durchgang lassen sich zehn bis zwölf durchschnittlich große Ringe fertigen.
Bauraum
65 x 40 x 100 mm (2.36 x 1.77 x 3.94 in.)
XY-Auflösung*
60 µm (0.0024 in.)
Primärmarkt
Materials Available for the Micro Plus XL Printer
EnvisionTEC‘s ABS Flex White 3SP is an extremely flexible ABS-like 3D printing material for 3SP technology. ABS Flex White is an ideal solution for a wide variety of applications including snap-fit items and assembly applications which require some elasticity.
EnvisionTEC‘s ABS Tough is an extremely tough ABS-like 3D printing material. ABS Tough is an ideal solution for a wide variety of applications including snap-fit items and assembly applications which require some elasticity.
The EnvisionTEC E-Clear series is a liquid photopolymer that produces strong, tough, water-resistant parts especially for applications in the custom hearing device market.
A material developed specifically for the rapid production of highly accurate, scannable dental models. Looks and feels similar to traditional gypsum models.
EnvisionTEC’s E-Dent 100 is a light-cured micro-hybrid filled dental crown and bridge dental material for long term temporaries. Provisionals are photo polymerized on a voxel-by-voxel basis (volumetric pixel) of the liquid resin.
EnvisionTEC's E-Dent 400 printing material is an FDA-approved solution for the accurate 3D printing of crowns and bridges for long-term temporary use.
EnvisionTEC's E-Denture material is an FDA-approved, biocompatible Class IIa material suitable for 3D-printing all types of denture bases.
EnvisionTEC’s E-Glass 2.0 material is a transparent material for use on EnvisionTEC's 3D Printers. Featuring excellent surface finish quality and feature resolution, E-Glass 2.0 is an ideal 3D printing solution for simulating clear plastics.
E-Guard is a biocompatible transparent material for the production of accurate bite splints and night guards on the Perfactory® line of 3D Printers. The results produced by combining E-Guard with EnvisionTEC technology are superior to traditional methods of manufacturing bite guards and night guards. It is a clear material, allowing for maximum visibility.
EnvisionTEC’s E-Guide Tint is a biocompatible certified Class I material, developed for the production of high precision surgical drill guides for use in implant surgery. The results produced by combining E-Guide Tint with EnvisionTEC technology are superior to traditional methods of manufacturing implant placement guides.
E-Gum is used to create flexible gingival masks for use in combination with 3D printed dental models, simulating the flexibility of the patient's gum in order to adjust dental prostheses properly.
E-IDB is a 3D printing material allowing for the production of indirect bonding trays for the precise placement and release of orthodontic brackets.
E-Model is a tough material, suitable for high quality prototypes of items in categories such as automotive and consumer goods as well as stable enough for production-quality end use parts. It is also the ideal material for dental and orthodontic models.
E-OrthoShape is a grey ABS-like material that prints in 100 micron layers. It is recommended for the affordable volume production of models on which to produce clear thermoformed aligners by orthodontic professionals.
A castable material developed for a specific need in the dental industry: delivering delicate partial frameworks with thin features and some flexibility.
E-Rigid PU is a polyurethane-like resin that 3D prints end-use and prototype parts that compete with injection molded plastics. Available in black, natural and white, E-Rigid PU is hard and stiff but also maintains good strength, marked by flexibility and impact resistance. With a hardness value of Shore D 80, the same value as a cast urethane plastic, E-Rigid PU is a versatile and tough material. E-Rigid PU is ideal for end-use and prototype applications that may have previously used ABS, nylon or urethane plastics, such as casings for handheld devices, snap-fit or consumer and sporting goods.
EnvisionTEC’s E-Shell 200 Series 3D Printer Material is a low viscosity liquid photopolymer that produces strong, tough, water-resistant ABS like parts with high detail that are Class IIa biocompatible according to ISO 10993/Medical Product Law and are CE certified for use as hearing aid products, otoplastics, and medical devices.
The E-Shell 300 3D Printer Material series has been designed especially for applications in the hearing aid industries and is distinguished for rigidity and durability. It is CE certified and Class-IIa biocompatible according to ISO 10993 (Medical Product Law) for hearing aid shells and otoplastics.
The E-Shell 3000 3D Printer Material series has been designed especially for applications in the hearing aid industries and is distinguished for rigidity and durability. It is CE certified and Class-IIa biocompatible according to ISO 10993 (Medical Product Law) for hearing aid shells and otoplastics.
E-Silicone offers a solution to produce silicone otoplastics by additive manufacture of cocoon molds.