Blasting and profiling
Wheel blast, air blast and cabinet systems for scale removal, coating profile and foundry cleaning.
View blasting systemsSurface engineering / industrial automation
Surface Finishing Lines
Complete automated systems for blasting, vibratory finishing, washing, drying, inspection and production data capture. Built for manufacturers who need measurable surface quality, stable throughput and a defensible cost per part.
Ra/Rzsurface profile targets and inspection plans
OEEavailability, performance and quality monitoring
ROIlabor, rework, media and energy cost models
Integrated line concept: pretreatment, finishing, separation, wash, dry, inspection and PLC feedback.
Production systems, not isolated machines
A finishing line succeeds when process stations, transfer points, consumables, sensors and inspection criteria are engineered around the same production target.
Mass finishing
Vibratory and tumbling processes for edge break, burr removal, smoothing and controlled surface texture.
View mass finishingCleaning and drying
Washers, rinses, air knives, dryers and corrosion protection sized around part geometry and carryover.
View process flowConveyors and robotics
Batch, continuous and robotic layouts for stable takt time, ergonomics and repeatable coverage.
Compare configurationsAutomation controls
PLC recipes, HMI screens, alarms, sensors, OEE and process monitoring for production evidence.
Review controlsInspection and ROI
Roughness measurement, abrasive quality control, first-pass yield and cost-per-part models.
See metricsProcess engineering
Line concepts built around geometry, volume and surface specification
We evaluate contamination, burr condition, part handling, media behavior, cleaning burden, drying risk and inspection criteria before selecting equipment. That makes the commercial proposal stronger because the scope matches the manufacturing problem.
Part drawings + samples
Throughput model
Utilities and layout
Acceptance criteria
Commercial outcomes buyers care about
The line should improve more than appearance. The proposal should show how the system affects labor, rework, consumables, uptime and downstream yield.
ThroughputGood parts per hour, not theoretical machine loading.
QualitySurface roughness, cleanliness, burr condition and first-pass yield.
CostLabor, media, water, energy, filters, maintenance and waste handling.
PaybackAnnual net savings compared with total installed project cost.
Technical resource pages
Use these pages as internal buying guides for equipment selection, process validation and quality control.
Shot Blasting Machines
Wheel blast and air blast systems for descaling, cleaning, foundry finishing and coating profile control.
Open guideVibratory Finishing Equipment
Batch and continuous vibratory systems for deburring, edge rounding, smoothing, polishing and washing support.
Open guideTumbling Machine Guide
Barrel, centrifugal barrel and centrifugal disc tumbling processes for robust batch finishing applications.
Open guideBlasting Cabinet Systems
Manual, semi-automatic and robotic blast cabinet systems for precision surface preparation and localized finishing.
Open guideSurface Roughness Measurement
Practical guidance for Ra, Rz, sampling locations, profilometer setup and finishing line acceptance criteria.
Open guideAbrasive Quality Control
Media operating mix, separator performance, contamination control and abrasive cost management for blast lines.
Open guideRFQ support
Start with part data. Leave with a line concept.
Share part drawings, photos, current surface condition, annual volume, target throughput and surface requirements. The first engineering response should define the process route, equipment scope, controls concept and budgetary ROI assumptions.