Moulds, dies & production tooling
BGS coordinates injection mould sourcing from India and supplies plastic injection tooling, dies and production tools through manufacturing partners.
Send your part drawing, material, volume and machine requirements. We coordinate quotations, trials and agreed ownership and handover terms.
Part definition · Machine interface · Trials · Handover
Match the tool to the process
Evaluate tooling against the part, material, machine and expected output. Include trials, corrections, documentation and production location in the source review.
From part definition to mould concept
Single- or multi-cavity, insert and overmoulding requirements reviewed around the polymer, geometry, production machine and demand. Runner systems and cavity strategy are assessed for the project.
Part CAD + resin grade + critical features + machine data.
Compound and process reviewed together
Compression, transfer or rubber injection moulds, plus plastic or rubber profile dies, evaluated for the specified process, material and finished component.
Compound or resin + profile/part drawing + trial criteria.
Define the forming or casting requirement
Die-casting dies and blanking, piercing, bending or forming tools reviewed around alloy or sheet grade, component geometry and intended production equipment.
Material + part definition + process + equipment interface.
Provide part data, production process, machine interface and trial criteria.
Separate design, manufacture, trials and samples.
Share ownership, location, condition and available records.
Define the modification or transfer boundary.
Agree tool ownership, sample release and repeat-part requirements.
Keep tooling and production quotations distinct.
Machining, assembly and inspection fixtures can be evaluated from the workpiece, locating scheme, operation, equipment and acceptance requirements. Include clamping, access and operator-interface needs.
Images illustrate tooling categories and are not evidence of completed BGS projects. Specific manufacturing and trial capabilities are confirmed with the selected partner.
Evidence for your source review
Match the evidence to the proposed manufacturer, product and market. Include your requirements in the RFQ so the relevant records can be requested and checked during source evaluation.
Identify the certificate holder and actual manufacturing facility. Review the standard, certified scope, issuing body and validity for the proposed source.
Applies to the named manufacturer or facility.
Where applicable, identify the covered product/model, configuration, market and approval or file reference. Confirm that the proposed item falls within the documented scope.
Applies to the identified product and approval scope.
Specify tool-material or treatment records, dimensional reports, trial evidence and acceptance documents. Tool qualification and product approval are separate.
A quotation needs a production basis
Give each prospective source the same revision, material, output needs and acceptance scope. Identify fixed requirements and where alternatives may be proposed.
Download the Tooling RFQ Checklist
State where trials and series production will take place. A tool must be assessed for the intended equipment, utilities and operating conditions.
Review cavities, inserts, parting and release concepts, runner or feed system and thermal control where applicable. Document proposed changes.
Specify material and treatment requirements, expected wear, spare inserts and maintenance assumptions for the intended duty.
Separate design, manufacture, trials, corrections, samples, spare parts and delivery. Define how buyer design changes affect cost and timing.
Compare the whole offer
Ask each source to state the same deliverables and exclusions so the quotation can be evaluated on a consistent basis.
Tool completion is a milestone
Agree what is checked, under which conditions and who releases the next stage. A finished tool and an approved production process are different milestones.
Confirm the controlled part definition, tooling concept and proposed departures before manufacture.
Run the agreed material and process on the agreed equipment. Record conditions, observations and sample identification.
Track trial findings, agree responsibility for changes and revalidate affected features. Keep drawing revisions controlled.
Review the agreed dimensional, appearance, fit and functional evidence before tool acceptance or production release.
Tool number, approved design status, inserts, machine/interface information and included spare parts.
Trial conditions, sample references, relevant material records, dimensional and agreed functional results.
Corrections, concessions, remaining tests and clear responsibility and timing for closure.
Agree responsibilities before release
Clarify the intended use and location of the tool, together with the documentation and ongoing support included in the order.
Agree ownership, permitted use, identification, storage and access or transfer arrangements.
Define routine care, wear items, modification responsibility, maintenance records and replacement assumptions.
Confirm preservation, packing, lifting or handling information, destination and commissioning or retrial needs.
Agree tool inspection, trial evidence, drawings and documentation required at the stated handover milestone.
Tool acceptance follows the agreed tool and trial criteria. For component orders placed on BGS, every unit is inspected against agreed criteria. For direct manufacturer orders, inspection and coordination services are agreed separately. This does not imply every tool characteristic or component feature is measured.
Your sourcing and coordination contact
Bhuvika Global Solutions, a trade name of S.B. Enterprises, keeps the sourcing, quotation and agreed development scope connected. Set the approval and purchasing responsibilities before work begins.
Evaluate relevant equipment, trial support and inspection resources. Verify any required certification for the actual facility and project.
Practical buyer questions
Bhuvika Global Solutions (BGS), a trade name of S.B. Enterprises, coordinates tooling sourcing through suitable Indian manufacturing partners. The selected toolmaker designs and manufactures within the agreed scope. Engineering resources, equipment, trial capability and quality-system requirements are checked for the individual source and project.
Share the current part drawing and CAD model, component material, critical dimensions, appearance requirements, intended process and production demand. Include machine/interface data, cavity needs where fixed, tool-life target and trial acceptance criteria. State what remains open for manufacturer review.
Yes, the tooling and component-supply requirements can be reviewed together. Confirm whether the tool stays with the manufacturer or is delivered to your production location. Tooling approval, component approval and recurring production supply are separate agreed milestones.
Share tool drawings, condition, production history, ownership and location, sample issues and intended machine data. The proposed source must review compatibility, refurbishment, transfer logistics and revalidation before committing to the work.
Ownership, usage rights, storage, maintenance, access to design data, spare parts and any transfer or delivery arrangements must be agreed for the project. The quotation and order should identify the included deliverables and responsibilities; payment for tooling alone should not be treated as a complete handover specification.
Timing depends on design maturity, material, complexity, capacity, trial equipment and correction cycles. Define the target life and its operating assumptions, planned trials, included corrections and how later design changes are quoted. No universal lead time or tool-life guarantee applies to every project.
Yes. Name the required records, measurement methods, material or heat-treatment records, trial conditions and approval criteria. Verify any certification against the actual manufacturer and facility. Availability, scope, cost and buyer approval responsibilities are agreed before release.
Choose your starting point
Send what you have and identify open inputs. We’ll review the requirement and clarify the next step for toolmaker evaluation.
Share the part model and drawing, material, process, production demand and intended machine data. Flag requirements that need review.
Share available tool records, ownership, condition, sample findings, proposed changes and the intended production location.
Include tooling needs and recurring part demand. Define where production will run and separate tooling approval from part acceptance.
Start with the part and production plan
Share the available engineering files, production context and acceptance requirements. We’ll review the inputs and clarify what is needed for manufacturer evaluation.
Confidential engineering information can be discussed under an agreed NDA where required.
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