Machining
MORI SEIKI, MAKINO, GF AgieCharmilles, FANUC and Sodick equipment support machining and EDM work.
Equipment & Inspection
Mold making, injection molding and inspection equipment.
Cemal combines mold machining, injection production and inspection equipment across Shenzhen and Huizhou operations.
75+Manufacturing and inspection equipment
18Injection molding machines
120T–850TInjection molding clamping range
3/4/5-axisCNC machining capability
Capability map
Equipment connected to the manufacturing workflow.
Machine lists are useful only when tied to the part, process, operator, inspection plan and acceptance criteria.
| Prototype & mold | 3-axis, 4-axis and 5-axis CNC, CNC lathes, EDM, grinding, drilling, polishing and mold assembly. |
|---|---|
| Injection molding | 18 injection molding machines from 120T to 850T, plus insert molding, production molding, assembly and packaging support. |
| Inspection | CMM, 2D projector, microscope, hardness, color, surface and visual checks. |
| Reporting | First article and critical-dimension review, material confirmation and export-ready records according to project requirements. |
Equipment brands
Representative manufacturing and inspection systems.
Molding
Sumitomo, NISSEI and FANUC injection molding equipment supports the 120T–850T range.
Inspection
Mitutoyo and Nikon systems support dimensional and optical measurement requirements.
Factory review
Buyers can ask for equipment and process evidence relevant to the specific part rather than relying only on a general list.
Matching a project
What determines the right equipment route.
Part size, projected area, material, geometry, tolerance, appearance, tool construction and volume all influence equipment selection. A larger clamping-force number alone does not establish process suitability. The engineering team reviews the complete requirement before confirming the manufacturing route.
For inspection, identify critical-to-function and critical-to-appearance characteristics. This allows the measurement approach and reporting level to be planned around buyer risk instead of applying the same inspection effort to every feature.
Supplier review
Turn an equipment list into a project-specific check.
The listed equipment provides an overview. Confirm the proposed route and availability for your part before treating it as a production commitment.
Tool build and handover
For mold manufacturing, ask which operations apply to your tool and what trial and handover records are included. If molding will take place elsewhere, provide the destination machine requirements.
Molding process fit
For injection molding production, ask for confirmation against the part drawing, resin and proposed tool. The clamping range does not by itself specify maximum part size, available capacity or an achievable tolerance.
Measurement plan
Mark the dimensions and appearance features that govern acceptance. Agree the drawing revision, measurement method, sample quantity and report format; instrument names alone do not establish that every feature can be measured as required.
Evidence to request
Ask which relevant equipment details, measurement records and sample inspection results can be provided for the proposed work. Agree any additional documentation requirements before placing an order.
Resolve design and acceptance questions together.
Use DFM review to discuss features that may affect the production route. The parts and applications page helps translate intended use into questions about assembly, appearance and validation.
When comparing tool quotations, use the injection mold cost guide to separate tool construction, trial scope and production assumptions. Confirm project-specific figures in the quotation.
Put equipment evidence in context
Use the supplier selection guide to connect equipment, process responsibility and sample acceptance.
Need to confirm factory fit for your project?
Send the part, material, quantity and critical dimensions for review.