Power Tool Housing Injection Molding Service PA6 GF30 Impact Resistant Shell

Power tools live in harsh conditions, so their housings must absorb drops, resist heat, and hold screws under vibration. This injection molding service delivers impact resistant PA6 GF30 and PA66 GF30 housings engineered for professional grade tools.

We design for glass filled flow, weld line strength, and metal insert retention so that the finished shell survives field abuse and repeated assembly.

• Impact resistant material: PA6 GF30 and PA66 GF30 for drop and shock resistance
• Insert and thread bosses: reinforced bosses for self tapping screws and metal inserts
• Weld line strength: gate placement tuned to keep structural weld lines strong
• Ergonomic texture: VDI 3400 and soft touch zones for a secure grip
• Heat and chemical resistance: stable performance near motors and batteries
• High output tooling: hot runner and robot take-out for volume programs

We help tool makers and tool brands hit the balance of strength, weight, and cost that professional users expect, with tooling built to survive high volume output.

• Glass filled flow simulation to avoid void and short shot on thin ribs
• Insert molding for metal threads and mounting hardware in one cycle
• Two-shot options for soft touch overmold on grip areas
• Assembly fixtures and jigs to speed up final product build

• Cordless drill and impact driver housings
• Angle grinder and sander bodies
• Circular saw and reciprocating saw shells
• Garden and outdoor power equipment housings
• Battery pack enclosures and charger cases

With more than 18 years of focused experience in plastic injection molding, our factory runs an integrated tooling room, a clean injection workshop, and a controlled assembly line under one roof. We are ISO 9001:2015 certified and export precision molds and molded components to over 40 countries across Europe, North America, and Southeast Asia, supporting OEM and ODM programs from concept to serial delivery.

• 18 years of OEM and ODM experience in plastic injection molding with an integrated tooling room and clean injection workshop
• Injection machines from 60T to 1600T, all fitted with controlled robotic handling systems
• Advanced equipment and skilled engineers covering CNC machining, EDM, wire cutting, mold flow analysis, and DFM reporting
• In-house prototyping, tooling, injection, painting, printing, and assembly services delivered under one roof
• Experienced quality team performing dimensional inspection with CMM and 3D scanning before every shipment

Reference lead times appear above. Provide your drawing and yearly volume and we will confirm tooling and sampling dates in the DFM quotation.

• A power tool OEM cut waste on a GF30 drill housing by adding flow simulation that removed short shot rejects on the first trial.
• A European brand specified insert molded brass threads that eliminated a secondary tapping step and reduced assembly time by 20 percent.
• A North American distributor runs a 2-cavity grinder housing mold at 700,000 shots per year with automated packing.

Molds ship in a treated wooden case with anti-rust film and a full mold report. Molded housings are packed in PE bags within reinforced cartons, and heavy parts use returnable racks. Each lot includes dimensional records on request.

Q1. Can you make a prototype for us?

Yes. We produce prototypes by CNC machining and hand polishing so that fit, finish, and function can be validated before tooling is cut.

Q2. How can I place an order?

Send your 2D and 3D drawings (a .step file is preferred) together with annual volume, material, and surface requirements. Our engineers reply with a DFM report and quotation within one working day.

Q3. How can I get a sample to check your quality?

After price confirmation you can request samples. For a new mold we provide T1 samples for evaluation; the buyer covers the express freight.

Q4. Can you do the design for us?

Yes. Our design team has rich experience in plastic products and molds. Share your idea or a reference part and we will refine it into a manufacturable design.

Q5. How long can I expect to get the sample and mass production?

For an existing mold, samples take 3-7 days and mass production 1-2 weeks. For a new mold, allow 25-35 days for mold building plus 1-4 weeks for mass production.

Q6. What are your terms of delivery?

We accept EXW, FOB, CFR, CIF, DDU, and DDP. Choose the option that best fits your cost and logistics plan.