Shot Blasting Machines Selected Around Your Workpiece
Start with the part you need to clean, how it can be handled and the surface required by the next process. Hitech supplies shot blasting equipment with configuration selected around those inputs.
Find the Machine Family That Fits the Workpiece
Compare handling architecture first. Detailed model limits and configuration conditions belong on each machine page.
Steel pipe
Select external pipe cleaning and separately specified internal blasting modules around the pipe envelope and handling route.
Anchor chain
Compare chain diameter, pitch and mass per metre with the model and guide arrangement.
Wire rod coils
Use the dual-station coil batch architecture for coil handling; this is not a continuous wire feed-through line.
Rotary table
Review supported components against table diameter, total loaded mass and clearance.
Handling Changes the Machine Choice
Workpiece support, motion and access to the target surface influence the cleaning arrangement. Coil and table systems use batch handling; pipe and chain travel arrangements must be sized around workpiece support and the required process time. Wheel blasting and air blasting are different process arrangements: an internal air-blasting module must be selected separately, not inferred from an external wheel-blast machine. Output targets must include loading, transfer and unloading as well as treatment time.
Additional Hitech Equipment Families
Hitech offers mesh belt shot blasting machines, preservation lines and blast rooms. Selection starts with the workpiece and the required treatment sequence; the configuration and supply boundary are confirmed for the enquiry.
Mesh belt
Parts pass through the blast zone on a mesh conveyor. Check minimum support area, openings, orientation, part stability and abrasive access. Conveyor width, wheel arrangement and travel speed are selected together.
Preservation line
Plan blasting and coating preparation as connected process stages. Heating, abrasive removal, coating application, drying, handling and controls are included only when agreed in the supply scope.
Blast room
Use an enclosed air-blasting arrangement for parts needing operator access or flexible treatment paths. Room envelope, nozzle duty, compressed air, abrasive recovery and extraction require a coordinated design.
| Family | Key selection fields | Final confirmation |
|---|---|---|
| Mesh belt | Part footprint and mass, belt openings, loading density, conveyor speed, wheel coverage | Workpiece stability and finish trials; quoted belt and blast package. |
| Preservation line | Product envelope, incoming surface, coating system, transfer and stage timing | Agreed process stages, interfaces, coating acceptance and overall scope. |
| Blast room | Part access, room layout, nozzle count, recovery, extraction and operator position | Air demand, airflow design, safety controls and commissioning basis. |
Machine size, output, motor ratings and surface result are configuration-specific. A family name or reference image is not a guaranteed model specification.
Pipe transport
Define pipe support and rotation for external cleaning. Internal cleaning requires its own module and access review.
Chain travel
Review guide-wheel arrangement, chain pitch and mass per metre before selecting a travel-speed target.
Coil batch handling
Plan coil loading and unloading around the mandrel envelope. Alternating stations does not make the wire feed continuously.
Table-supported parts
Include fixtures in the loaded mass and check access to surfaces that may be shielded by the support.
A Different Requirement: Road and Floor Surfaces
Road and floor surface preparation follows a different handling route from component cleaning. Review the dedicated machine and project conditions before selection.
Build a Useful Machine Enquiry
Provide workpiece material, dimensions, mass, current surface, required cleanliness and profile, production target and next process. Include drawings and the proposed handling method.
Separate Application Fit from Equipment Design
Use Applications to describe the workpiece and process problem. Use Engineering to review selection logic, abrasive, blast arrangement, dust collection and system interfaces.
Plan Utilities, Access and Lifecycle Support
Floor space, electrical supply, dust-system interfaces, service access and loading equipment form part of the configuration review. Support scope is agreed for the equipment and location.
Questions Before Selecting a Family
The workpiece and acceptance conditions should lead the comparison.
Does one machine suit every part?
No. Shape, dimensions, mass, handling and surface access determine which configuration can be considered.
Can a cleaning grade be guaranteed from a model name?
No. Agree the initial condition, abrasive, process settings and inspection criteria for the intended workpiece.
Where should an unusual workpiece start?
Send its drawing, mass and production requirement for an engineering review before assuming a machine family is suitable.
Request a Workpiece-based Configuration
Share a drawing or photograph, surface requirement, output target and site constraints. Identify any existing line interfaces so the proposed scope can be reviewed.
