Lithostek engineers complete testing workflows for asphalt, concrete, soil, aggregates, bitumen, cement, rock mechanics, and thermal analysis laboratories, from research protocol to equipment configuration, data acquisition, calibration, and acceptance testing.
Choose a starting point by mission. Lithostek then maps your standards, workflow, equipment platform, configuration requirements, and acceptance criteria into a practical laboratory system.
For professors and principal investigators, configure instruments, fixtures, sensors, software logic, and reporting outputs around your research topic, specimen format, loading path, thermal condition, and target publication or grant requirements.
Build reliable daily testing capacity for asphalt mixtures, concrete, soil, aggregates, cement, and bitumen, with standard workflows, repeatability checks, calibration documents, and technician-friendly operation.
Plan complete equipment packages, specimen preparation areas, environmental conditioning, installation sequencing, operator training, documentation, and after-sales technical support.
Develop tailor-made systems for special loading paths, non-standard fixtures, controlled temperature environments, automated measurement, custom data acquisition, and factory acceptance testing before shipment.
Clarify specimen geometry, test purpose, measurement range, control mode, data output, and laboratory constraints.
Connect the required ASTM, EN, ISO, or AASHTO method to real specimen preparation, testing, reporting, and traceability steps.
Select the equipment platform, grips, molds, loading frame, thermal system, sensors, and accessories that match the method.
Align control logic, acquisition frequency, report format, calibration data, and export workflow with the laboratory's research process.
Run acceptance checks before shipment so the customer can review machine function, repeatability, documentation, and configuration.
Support commissioning, operator training, remote technical review, and long-term service for stable laboratory operation.
For new facilities and lab expansions, review the dedicated turnkey service path for equipment lists, workflow planning, installation, training, and acceptance support.
These guide paths connect solution planning to the standard numbers and equipment categories used during technical specification.
Plan AASHTO asphalt testing laboratory workflows across binder penetration, ductility, softening point, gyratory compaction, wheel tracking, moisture susceptibility, fatigue, and asphalt mixture performance testing.
Build standards-led concrete, cement, mortar, and aggregate testing capacity around specimen preparation, curing, compression, flexural strength, fineness, setting time, abrasion, and sieve analysis.
Configure geotechnical, rock mechanics, and mechanical testing systems around CBR, triaxial, direct shear, permeability, UCS, point load, universal testing, fixtures, and data acquisition.
These links connect the consultative solutions page to equipment families for asphalt, concrete, soil, aggregate, bitumen, cement, rock mechanics, and thermal analysis laboratories.
Send us your target standard, specimen, load range, temperature condition, control requirement, and reporting workflow. Lithostek will translate it into an equipment configuration and engineering review path.