Call Us 24/7
+91 9900003300Send Us Mail
support@lodestar3d.com
Call Us 24/7
+91 9900003300Send Us Mail
support@lodestar3d.com
Small / R&D HIP Systems are designed primarily for research and development, material evaluation, process development and laboratory-scale applications.
Compact Hot Isostatic Pressing systems developed for laboratory research, material evaluation, process optimisation and advanced R&D applications.
Models: AIP6-30H, AIP 8 and AIP10-30H.
The Small / R&D HIP family supports controlled high-pressure and high-temperature processing for universities, research laboratories, materials teams and industrial R&D centres.
The range is structured to help users progress from compact laboratory-scale work toward larger sample development while remaining within the R&D-focused HIP category.
Explore AIP 6, AIP 8 and AIP 10 Hot Isostatic Pressing (HIP) systems through Lodestar 3D for research laboratories, materials development teams and industrial R&D applications. Speak with our specialists to discuss your project requirements.
Compact Hot Isostatic Pressing solutions supporting material research, controlled process development and laboratory-scale applications.
The AIP Small / R&D HIP family is designed for organisations that need reliable, compact hot isostatic pressing systems for research, material evaluation, process development and laboratory-scale applications.
Designed for research teams moving from material evaluation and process trials toward broader sample-development goals, with configurations selected according to project requirements.
The product family supports research-focused processing and flexible workflow development. Suitable operating conditions and configuration options can be discussed with Lodestar 3D for each application.
Available models for enquiry: AIP6-30H · AIP 8 · AIP10-30H. Contact Lodestar 3D to discuss system configuration, application requirements and technical details.
Designed for laboratory and development environments where controlled processing and manageable working zones are important.
Supports research teams evaluating materials under controlled high-pressure and high-temperature conditions.
Suitable for developing, testing and refining HIP process parameters before larger-scale implementation.
The family allows users to progress from smaller laboratory work toward larger sample-development requirements.
Controlled material evaluation and research programmes.
Develop and refine HIP cycle parameters.
Research suitable powder-processing workflows.
Evaluate alloy behaviour under pressure and temperature.
Research compatible ceramic and high-temperature materials.
Study applicable HIP post-processing workflows for metal AM parts.
Support academic and institutional research environments.
Support development teams working toward scale-up and qualification.
They are compact HIP systems designed primarily for research and development, material evaluation, process development and laboratory-scale applications.
The range includes AIP 6, AIP 8 and AIP 10. Contact Lodestar 3D to discuss the configuration suited to your research application.
Contact Lodestar 3D for configuration and technical details relevant to your intended application.
Applications include material evaluation, laboratory research, process development and sample development. Suitability depends on processing and material requirements.
Share your sample size, material, pressure, temperature, furnace, gas environment and research goals to identify the appropriate configuration.
Phone: +91 990-000-3300
Email: support@lodestar3d.com
Location: Bengaluru, India