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Overview
TruPrint 2000 | High Volume Metal 3D Printer
The TruPrint 2000 delivers top-tier quality, robust processes, and high productivity with a 200 x 200 x 200 mm build volume, ideal for the tool, dental, medical, and general industries. Its extended square build plate allows for up to 36% more Removable Partial Dentures (RPDs) compared to a round plate of the same diameter. Featuring a new 80 µm basic spot configuration and full-field multilaser, it supports advanced dental parameters that enable printing up to 30 RPDs in approximately 4 hours.
Highlights
Optimized Nesting Made Simple
The square build plate and underside fastening system allow for efficient component placement, maximizing usable space right to the corners.
High-Speed Printing with Premium Quality
With 500 W laser power, an 80 µm beam diameter, and the multilaser option, the system delivers fast, high-quality results for demanding applications.
Cost-Efficient Part Production
Smartly balanced build volume, laser output, and recoating speed make for an economical setup, ideal for cost-effective series production.
Greater Flexibility & Control
Adjustable laser spot sizes (55/80 µm) and in-depth process analytics offer enhanced flexibility and precise process monitoring.
User-Friendly Operation
An inert, closed powder circuit ensures easy, safe handling of both powder and printed parts, simplifying the user experience.
Consistent Quality Across Builds
Advanced thermal control and process precision ensure uniform part quality across the entire plate, even in long runs.
A square fits better
The TruPrint 2000 provides a 200 x 200 x 200 mm build volume with high-quality, screw-free printing even at the edges. It lets dental labs fit 36% more dentures per plate and boosts tool and mold making with a larger build area and stronger laser power.
Powder preparation station
The TruPrint 2000’s inert system with powder preparation station enables safe, easy handling of parts and powder under shielding gas. Printed parts are unpacked inside the machine, and excess powder is collected, sieved, and recycled in a closed loop to prevent user contact.
Integrated powder feeder
After the LMF process, the finished component separates from the powder in the chamber using the integrated powder feeder. The 200 x 200 mm square substrate plate allows easy handling, minimizing peripheral equipment to mainly the powder preparation station.
Fullfield multilaser
The full-field multilaser system (2 x 300 W, optionally 2 x 500 W) enables simultaneous exposure across the entire build volume, significantly reducing production times per component. To ensure maximum precision, the multi-laser scan fields are fully automatically calibrated.
Motorized optics
Easily switch between a 55 µm and 80 µm beam diameter in the powder bed to prioritize either high energy density (55 µm) or greater productivity (80 µm). This flexibility allows processing of materials requiring higher energy density, such as highly reflective metals.
Powder bed monitoring
The TruPrint’s integrated camera and automatic image processing continuously monitor the powder bed inside the component chamber, providing real-time, layer-by-layer quality analysis. If powder coverage is insufficient, the coating process is automatically repeated.
Hybrid production
Combining conventional manufacturing with 3D printing enables efficient production by printing complex geometries onto affordable preform blanks, precisely positioned via the machine’s HMI. This option supports both repairs and batch production for cost-effective hybrid manufacturing.
Applications
Next-Level Dental Manufacturing with TruPrint 2000
Experience the TruPrint 2000’s superior precision, efficiency, and versatility in producing top-quality dental parts and enabling seamless hybrid manufacturing workflows.
Removable partial denture
The TruPrint 2000’s fine 80-µm laser beam ensures high detail and productivity for dental parts, with low surface roughness that minimizes the need for refinishing.
Expansion Sleeve
The expansion sleeve made from AMLOY ZR01 is lightweight due to the material’s strength and elasticity. It enables printing complex geometries as one part, reducing assembly needs.
Software
TruTops Print
TRUMPF’s TruTops Print software optimizes TruPrint machine performance with an intuitive interface and quick function access. It offers flexible data preparation, including z-segmentation, and full parameter control for high print quality, efficiency, and reproducibility. The integrated BuildJob Viewer ensures quality by verifying the generated WZA vector data. Ideal for streamlined, support-reduced metal 3D printing.
Oqcam
Oqcam for TRUMPF delivers advanced monitoring and quality assurance for TruPrint machines. Its user-friendly interface enables real-time visibility and quick access to monitoring tools. Featuring automated defect detection, process analysis, and comprehensive reporting, it ensures reliable part quality and minimizes downtime. Oqcam integrates smoothly with TruTops Print for an efficient, connected production environment.
Options
Multilaser Productivity Boost
Boost productivity by up to 80% with two synchronized TRUMPF fiber lasers. Enjoy seamless part quality, 100% overlap coverage, and automatic alignment for optimal results, ideal for fast, flexible, high-volume production.
Powder Bed Monitoring
An integrated camera with image processing enables automatic, layer-by-layer monitoring of the powder bed. The system detects coating issues in real time and triggers automatic re-coating to ensure consistent build quality.
Calibration Options
Ensure precision with TruPrint calibration tools, including laser power calibration (also for multilasers), focus position checks, and scan field calibration. Measure, adjust as needed, and document results to meet verification requirements.
Melt Pool Monitoring
Sensors detect early deviations in the laser metal fusion process and provide real-time views of critical areas. Parallel monitoring of all weld pools is available, especially useful with the fullfield multilaser option.
Preform Option
Lower part costs and boost productivity by printing precise additive structures onto affordable preform blanks. Positioning is controlled by HMI and verified via Powder Bed Monitoring for efficient hybrid production, from repairs to series manufacturing.
Digital Integration for Smart Solutions
Easily connect multiple TRUMPF machines to your software environment. Whether via Oseon, monitoring tools, or third-party systems, our OPC UA–based interfaces ensure seamless integration for efficient, connected production workflows.
Monitoring
Advanced Monitoring & Calibration
With TRUMPF’s intelligent monitoring solutions, you can easily monitor, analyze, and calibrate the laser metal fusion (LFM) process of TruPrint machines. This enables more efficient production and improved component quality. The system offers comprehensive monitoring of process, condition, and performance through sensor-based data, which can be viewed directly on the TruPrint HMI or analyzed offline using the Monitoring Analyzer. TruTops Monitor provides full transparency and remote access via PC or tablet. Additionally, an OPC UA interface allows seamless integration with your own software. Calibration functions are also available to verify key process parameters, ensuring optimal production conditions before each build.
Periphery
Powder Preparation Station for Safe and Efficient Handling
The TruPrint 2000’s inert design with the powder preparation station enables safe, easy handling of powder and parts under shielding gas. Its closed circuit reduces powder exposure, enhancing safety and preventing material degradation. After the laser metal fusion process, components are unpacked in the chamber, and powder is collected via an integrated conveyor into the overflow bin. The powder is then quickly sieved into the supply cylinder and automatically weighed. This inert, closed-loop system ensures quality and supports multiple TruPrint machines simultaneously.
Powder
Enhanced Powders and Process Settings
TRUMPF’s TruPrint 2000 supports an open-materials platform including Cobalt-Chrome (CoCr), Titanium, and Stainless Steel, ideal for dental, orthodontic, and medical uses. We validate popular powders with leading manufacturers to ensure consistent, high-quality results. Using premium metal powders alongside precise process parameters guarantees superior material integrity and reliable 3D-printed parts.
We proudly collaborate with BEGO, offering their innovative CoCr powders Mediloy RPD (Wironium) and Mediloy S-Co, renowned worldwide for precision, dependability, and exceptional ductility. This partnership ensures access to premium materials that enhance the entire dental production workflow, from design to finished parts.
BEGO powders are available for purchase through our online store, exclusively for the US market.
Build volume (cylinder) L x W x H
- 202 mm x 202 mm x 200 mm
Processable materials
- Metal powders for welding, such as stainless steels, tool steels, and aluminum, nickel-based, cobalt-chrome or titanium alloys, amorphous metals. Current availability of materials and their parameters available on request.
Preheating (standard)
- Up to 200 °C
Maximum laser power at the workpiece (TRUMPF fiber laser)
- 300 W (Optional 500 W, single-laser or dual-laser)
Beam diameter (standard)
- 80 μm
Beam diameter (option)
- 55 μm – 80 μm
Layer thickness
- 20 – 100 μm
Electrical connection (voltage)
- 400 / 460 V
Electrical connection (current intensity)
- 32 A
Electrical connection (line frequency)
- 50 Hz / 60 Hz
Shielding gas
- Nitrogen, argon
Dimensions (W x H x D)
- 2180 mm x 2030 mm x 1400 mm
Weight (including powder)
- 2500 kg
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